FSL-TLS-FAB to TSMC SOIC 14 Ld Package...AEC-Q100G Template 4 of 4 Rev. 01Sep09 TSMC 14ld SOIC...

TM

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FSL-TLS-FAB to TSMC SOIC 14 Ld Package

1

May, 2011

Qualification Results

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TSMC – SOIC 14ld Qualification data

Qualification Vehicles: SW CAN- MC33897CTEF (R2)

Fab site: TSMCAssembly site: ASECLFinal Test site: ASECL

Qualification Plan /Results: attached

Electrical Distribution: attached

2

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TSMC – SOIC 14ld Devices

Devices Affected:

3

Qual family NEW Replacement Device

TLSDevice

TSMC -14 ld MC33897CTEF MCZ33897CEFTSMC -14 ld MC33897CTEFR2 MCZ33897CEFR2

MC33897CTEFR2(SWCAN P3.2) Customer Name(s): PN(s):

Test Program ID:Test Program Rev:

Rel. Circuits Doc. #:

NA Report Type:Revision #:

Date:

QUAL RESULTS12/09/10

SM514ld SOIC

Mask set#:Revision #:

CAB #:FSL Qual Quartz

Tracking #:10282112M

Rel. Engr. Approval Signature:

Date:

Tutu Adenle12/09/10

TSMCASECLASECL

Design Engr:Product Engr:

Packaging Engr:Reliability Engr:

Target DatesTest Start:

Test Finish:PPAP target date:

NA CAB Approval Signature:

Date:

Yanil Cruz12/09/10

1.67x2.64 Part OperatingTemp. Range:

AEC Grade:

Freescale Contact:Phone Number:

Customer ApprovalSignature:

Date: NA

Lot A Lot B Lot C

PC A113J-STD-020

Preconditioning (PC)MSL 3 at 260°C, +5/-0°CCSAM: Note 3

TEST at RH (add C if PC before HTOL);CSAM

PC is performed and results reported as part of the individual stress tests.

HAST A110 Highly Accelerated Stress Test (HAST):PC before HAST if required.HAST = 130°C/85%RH for 96 hrs.Bias: per schematicTimed RO of 48hrs. MAX

TEST @ RH;CSAM

77 3 240 0/80 0/80 0/80 When biased humidity is required either HAST or THB can be performed. HAST is the preferred biased humidity test

UHST A118 Unbiased HAST (UHST):PC before UHST if required.UHST = 130°C/85%RH for 96 hrs.Timed RO of 48hrs. MAX

TEST @ R;CSAM

77 3 240 0/80 0/80 0/80 When unbaised humidity testing is required, UHST is the preferred unbiased humidity test. The AC option is NOT recommended.

TC

A104AEC Q100-Appendix 3

Temperature Cycle (TC):PC before TC if required.TC = -50°C to 150°C for 1000 cycles. WBP after qual readpoint on 5 devices from each lot; 2 bonds per corner and one mid-bond per side on each device. Record which pins were used.

TEST @ HWBP =/> 3 gramsCSAM

77 3 240 0/80 0/80 0/80 If WP is to be performed at interim readpoints, add additional samples so that the minimum sample size is maintained for the final readpoint.

Die Size (in mm)W x L x T

Comments(Generic Data: Note 2)

AUTOMOTIVE PRODUCT AEC-Q100G Qualification Test Results

PRE-STRESS REQUIREMENTS/OPTIONSStress JEDEC22

ReferenceTest Conditions End Point

RequirementsTotal Units

includingspares(Note 1)

ResultsMinimum Sample Size per

lot

# of Lots

General Market Part

Chan TieuHosoda DaisukeTutu Adenle

-40 ot 125

Qualification of Products from FSL-TLS-FAB to TSMC in ASECL

N17B

GROUP A - ACCELERATED ENVIRONMENTAL STRESS TESTS

All surface mount devices prior to THB/HAST, AC/UHST, TC, PC+PTC, or as required per individual stress Test Conditions.

Objective:Qual Vehicle Name:

Qual Vehicle PN:

Technology: Package Description:

Fab site:Assembly site:Final Test site:

Rel Test site:

AEC-Q100G Template 1 of 4 Rev. 01Sep09

Lot A Lot B Lot CComments

(Generic Data: Note 2)Stress JEDEC22





lot

# of Lots

HTSL A103 High Temperature Storage Life (HTSL):HTSL = 150°C for 1000 hrsTimed RO = 96hrs. MAX

TEST @ RH 45 1 48 0/48

HTOL A108 High Temperature Operating Life (HTOL):HTOL = 125°C for 504,1008hrsBias: per HTOL schematicTimed RO of 96hrs. MAX

TEST @ RHC;HTOL drift

77 3 240 0/80 0/80 0/80 For HTOL drift analysis requirements, see Notes 5 & 6.

ELFR AEC Q100-008

Early Life Failure Rate ELFR):ELFR = 125°C for 48hrs;Bias: per HTOL schematicTimed RO of 48 hrs MAX

TEST @ RH 800 3 2409 0/801 0/803 0/803

WBS AEC Q100-001

Wire Bond shear (WBS) Cpk = or > 1.67 30 bondsfrom minimum 5

units

1 5 PASS Performed by Assembly Site during qual lot builds - PE to include this requirement in the qual lot build ERF

WBP MilStd883-2011

Wire Bond Pull (WBP):Cond. C or D

Cpk = or > 1.67 30 bondsfrom minimum 5

units

1 5 PASS Performed by Assembly Site during qual lot builds - PE to include this requirement in the qual lot build ERF

SD B102 Solderability (SD):8hr.(1 hr. for Au-plated leads) Steam age prior to test.

>95% lead coverage of critical areas

15 1 15 PASS If production BI is performed, samples for SD must first undergo BI.

PD B100 Physical Dimensions(PD):PD per FSL 98A drawing

Cpk = or > 1.67 10 1 10 PASS Performed by Assembly Site during qual lot builds - PE to include the PD requirement in the qual lot build ERF

TEST Freescale 48A

Pre- and Post Functional / Parametrics (TEST):Test software shall meet requirements of AEC-Q100-007. Testing performed to the limits of device specification in temperature and limit value.

0 Fails All All All TEST results is shown for each individual stress test in the qual results report generated upon qual completion. FSL SQA release required for qual test program.

TEST GROUP E - ELECTRICAL VERIFICATION TESTS

TEST GROUP C - PACKAGE ASSEMBLY INTEGRITY TESTS

TEST GROUP D - DIE FABRICATION RELIABILITY TESTS(For new technologies, the data, test method, calculations and internal criteria for EM, TDDB, HCI, NBTI, and SM are available to the customer upon request.)

TEST GROUP B - ACCELERATED LIFETIME SIMULATION TESTS








lot

# of Lots

HBM AEC-Q100-002

ElectroStatic DischargeHuman Body Model Classification (HBM):Test @ 250/500/1000/1500/2000/2500 VoltsSee AEC-Q100-002 for classification levels.

TEST @ RH2KV min.

3 units per Voltage level

1 18 Either HBM or MM is required per AEC; NPI PRQE may require both.Levels below 2000V require customer approval.

MM AEC-Q100-003

ElectroStatic Discharge/Machine Model Classification m(MM):Test @ 50/100/150/200/250 VoltsSee AEC-Q100-003 for classification levels.

TEST @ RH200V min.


1 15 Either HBM or MM is required per AEC; NPI PRQE may require both.Levels below 200V require customer approval.

CDM AEC-Q100-011

ElectroStatic Discharge/Charged Device Model Classification (CDM):Test @ 125/250/500/750/1000/1250 VoltsSee AEC-Q100-011 for classification levels.Timed RO of 96hrs MAX.

TEST @ RHCorner pins =/> 750V;All other pins =/> 500V


1 15 Levels below 750V for corner pins and below 500V for all other pins require customer approval.

LU JESD78plus

AEC-Q100-004

Latch-up (LU):Test per JEDEC JESD78 with the AEC-Q100-004 requirements.Ta= 125 (Maximum operating temperature)

TEST @ RH 6 1 6

ED AEC-Q100-009,

Freescale 48A spec

Electrical Distribution (ED) TEST @ RHCCpk = or > 1.67

30 3 90

SR Statistical Relevance:Performed on newchanges affecting the electrical performance of the device

Classification Level Attained: 2.5KVClassification Level Attained: 4KV for BUS pin

Classification Level Attained:450VCorner pins = 450VOther pins = 450V

Pass 100mA

See Justifications

Classification Level Attained: 150V








lot

# of Lots

Generic Data Reference List: References shall include (as applicable) Part Number, PPAP#, QUARTZ#, and date data generated. Generic data can not be older than 2 years and must not have ANY valid rejects. CofDC's must be available for all devices used as generic data in order to show applicability to the part being qualified.

General Notes:1- Optional Spare Units: 'xx+y' indicates additional units have been added to the sample size to be used ONLY in the event of lost or mechanically damaged units so as to have the required number of samples at test completion; these 'spares' shall not be used to replace failing units; ALL failures found in the total sample size shall be recorded and acted upon accordingly.2- Generic Data: Document source of all generic data in the Generic Data Reference List below.3- CSAM SS=11 units for each stress test for each lot when required.5- HTOL Drift Analysis (%drift): Drift analysis will be performed on all 3 HTOL lots, 80 units per lot, and will consist of evaluating the T0 to Treadpoint parametric means of the populations at each readpoint looking for drift that exceeds 10%; [% of drift = (Average value @ Treadpoint - Average value @ T0) / (Limit Max- Limit Min)]6- HTOL Drift Analysis (Cpk): Any parameter with a Cpk less than 1.67 after the final readpoint will be identified.


TSMC 14ld SOIC ED_3lots_TriTemp_CAB.xlsx, Tested by Tempe Test Team, 17 Aug 2010, PC33897CTEF, 48ASA12398D

Test# Test Name Lo Limit Hi Limit Unit Lot Temp N Mean Std Dev Cp Cpk Lo Cpk Hi Cpk

1 TXD cont @ 300ua ‐1 ‐0.1 V 1 125C 3377 ‐0.42 0.00 194.76 252.22 137.31 137.311 TXD cont @ 300ua ‐1 ‐0.1 V 1 25C 336 ‐0.62 0.00 160.61 135.58 185.65 135.581 TXD cont @ 300ua ‐1 ‐0.1 V 1 ‐40C 337 ‐0.76 0.00 51.47 27.43 75.51 27.431 TXD cont @ 300ua ‐1 ‐0.1 V 2 125C 333 ‐0.40 0.00 59.23 79.42 39.04 39.041 TXD cont @ 300ua ‐1 ‐0.1 V 2 25C 342 ‐0.61 0.01 12.39 10.63 14.15 10.631 TXD cont @ 300ua ‐1 ‐0.1 V 2 ‐40C 339 ‐0.75 0.00 460.89 255.88 665.91 255.881 TXD cont @ 300ua ‐1 ‐0.1 V 3 125C 306 ‐0.40 0.00 91.00 121.92 60.08 60.081 TXD cont @ 300ua ‐1 ‐0.1 V 3 25C 335 ‐0.62 0.00 131.87 110.27 153.47 110.271 TXD cont @ 300ua ‐1 ‐0.1 V 3 ‐40C 338 ‐0.76 0.00 244.62 128.59 360.66 128.592 MODE1 cont @ 300ua ‐1 ‐0.1 V 1 125C 3377 ‐0.42 0.00 195.83 253.59 138.07 138.072 MODE1 cont @ 300ua ‐1 ‐0.1 V 1 25C 336 ‐0.62 0.00 160.18 135.22 185.14 135.222 MODE1 cont @ 300ua ‐1 ‐0.1 V 1 ‐40C 337 ‐0.76 0.00 51.39 27.39 75.38 27.392 MODE1 cont @ 300ua ‐1 ‐0.1 V 2 125C 333 ‐0.40 0.00 59.03 79.15 38.90 38.902 MODE1 cont @ 300ua ‐1 ‐0.1 V 2 25C 342 ‐0.61 0.01 12.39 10.63 14.15 10.632 MODE1 cont @ 300ua ‐1 ‐0.1 V 2 ‐40C 339 ‐0.75 0.00 458.83 254.72 662.94 254.722 MODE1 cont @ 300ua ‐1 ‐0.1 V 3 125C 306 ‐0.40 0.00 89.48 119.89 59.07 59.072 MODE1 cont @ 300ua ‐1 ‐0.1 V 3 25C 335 ‐0.62 0.00 131.59 110.04 153.13 110.042 MODE1 cont @ 300ua ‐1 ‐0.1 V 3 ‐40C 338 ‐0.76 0.00 247.67 130.21 365.13 130.213 MODE0 cont @ 300ua ‐2 ‐0.1 V 1 125C 3377 ‐1.22 0.00 405.09 334.53 475.65 334.533 MODE0 cont @ 300ua ‐2 ‐0.1 V 1 25C 336 ‐1.42 0.00 321.18 195.97 446.40 195.973 MODE0 cont @ 300ua ‐2 ‐0.1 V 1 ‐40C 337 ‐1.56 0.00 108.89 50.29 167.49 50.293 MODE0 cont @ 300ua ‐2 ‐0.1 V 2 125C 333 ‐1.20 0.00 121.01 102.41 139.62 102.413 MODE0 cont @ 300ua ‐2 ‐0.1 V 2 25C 342 ‐1.41 0.01 26.07 16.11 36.03 16.113 MODE0 cont @ 300ua ‐2 ‐0.1 V 2 ‐40C 339 ‐1.55 0.00 1072.93 508.04 1637.81 508.043 MODE0 cont @ 300ua ‐2 ‐0.1 V 3 125C 306 ‐1.20 0.00 185.28 156.74 213.83 156.743 MODE0 cont @ 300ua ‐2 ‐0.1 V 3 25C 335 ‐1.42 0.00 274.65 166.48 382.82 166.483 MODE0 cont @ 300ua ‐2 ‐0.1 V 3 ‐40C 338 ‐1.56 0.00 518.17 237.52 798.82 237.524 RXD cont @ 300ua ‐2 ‐0.1 V 1 125C 3377 ‐1.22 0.00 408.33 337.21 479.46 337.21

TSMC - 14 LD SOIC ResultsSW CAN

Electrical Distribution TM

4 RXD cont @ 300ua ‐2 ‐0.1 V 1 25C 336 ‐1.42 0.00 323.25 197.23 449.28 197.234 RXD cont @ 300ua ‐2 ‐0.1 V 1 ‐40C 337 ‐1.56 0.00 108.58 50.15 167.02 50.154 RXD cont @ 300ua ‐2 ‐0.1 V 2 125C 333 ‐1.20 0.00 121.49 102.81 140.18 102.814 RXD cont @ 300ua ‐2 ‐0.1 V 2 25C 342 ‐1.41 0.01 26.10 16.13 36.07 16.134 RXD cont @ 300ua ‐2 ‐0.1 V 2 ‐40C 339 ‐1.55 0.00 1053.51 498.87 1608.15 498.874 RXD cont @ 300ua ‐2 ‐0.1 V 3 125C 306 ‐1.20 0.00 183.55 155.27 211.83 155.274 RXD cont @ 300ua ‐2 ‐0.1 V 3 25C 335 ‐1.42 0.00 276.29 167.47 385.11 167.474 RXD cont @ 300ua ‐2 ‐0.1 V 3 ‐40C 338 ‐1.56 0.00 516.25 236.62 795.87 236.625 BATT cont @ 300ua ‐2 ‐0.1 V 1 125C 3377 ‐0.38 0.00 407.57 693.95 121.19 121.195 BATT cont @ 300ua ‐2 ‐0.1 V 1 25C 336 ‐0.60 0.00 344.22 508.88 179.55 179.555 BATT cont @ 300ua ‐2 ‐0.1 V 1 ‐40C 337 ‐0.74 0.00 104.78 138.75 70.82 70.825 BATT cont @ 300ua ‐2 ‐0.1 V 2 125C 333 ‐0.36 0.00 118.81 204.78 32.84 32.845 BATT cont @ 300ua ‐2 ‐0.1 V 2 25C 342 ‐0.59 0.01 24.88 36.94 12.82 12.825 BATT cont @ 300ua ‐2 ‐0.1 V 2 ‐40C 339 ‐0.73 0.00 892.39 1191.08 593.69 593.695 BATT cont @ 300ua ‐2 ‐0.1 V 3 125C 306 ‐0.36 0.00 184.07 317.29 50.85 50.855 BATT cont @ 300ua ‐2 ‐0.1 V 3 25C 335 ‐0.60 0.00 252.60 372.51 132.69 132.695 BATT cont @ 300ua ‐2 ‐0.1 V 3 ‐40C 338 ‐0.75 0.00 491.30 648.94 333.66 333.666 CNTL cont @ 300ua ‐2 ‐0.1 V 1 125C 3377 ‐0.38 0.00 408.12 694.85 121.39 121.396 CNTL cont @ 300ua ‐2 ‐0.1 V 1 25C 336 ‐0.60 0.00 346.27 511.93 180.61 180.616 CNTL cont @ 300ua ‐2 ‐0.1 V 1 ‐40C 337 ‐0.74 0.00 104.73 138.68 70.79 70.796 CNTL cont @ 300ua ‐2 ‐0.1 V 2 125C 333 ‐0.36 0.00 118.99 205.09 32.90 32.906 CNTL cont @ 300ua ‐2 ‐0.1 V 2 25C 342 ‐0.59 0.01 24.90 36.96 12.83 12.836 CNTL cont @ 300ua ‐2 ‐0.1 V 2 ‐40C 339 ‐0.73 0.00 961.77 1283.64 639.90 639.906 CNTL cont @ 300ua ‐2 ‐0.1 V 3 125C 306 ‐0.36 0.00 185.00 318.88 51.12 51.126 CNTL cont @ 300ua ‐2 ‐0.1 V 3 25C 335 ‐0.60 0.00 251.42 370.76 132.07 132.076 CNTL cont @ 300ua ‐2 ‐0.1 V 3 ‐40C 338 ‐0.75 0.00 487.13 643.42 330.84 330.847 LOAD cont @ 300ua ‐0.1 1 V 1 125C 3377 0.44 0.00 259.41 255.98 262.84 255.987 LOAD cont @ 300ua ‐0.1 1 V 1 25C 336 0.65 0.00 201.35 272.75 129.95 129.957 LOAD cont @ 300ua ‐0.1 1 V 1 ‐40C 337 0.78 0.00 65.77 105.39 26.16 26.167 LOAD cont @ 300ua ‐0.1 1 V 2 125C 333 0.42 0.00 71.31 67.79 74.83 67.797 LOAD cont @ 300ua ‐0.1 1 V 2 25C 342 0.64 0.01 15.31 20.56 10.05 10.05




7 LOAD cont @ 300ua ‐0.1 1 V 2 ‐40C 339 0.77 0.00 707.24 1121.15 293.33 293.337 LOAD cont @ 300ua ‐0.1 1 V 3 125C 306 0.42 0.00 110.89 105.22 116.56 105.227 LOAD cont @ 300ua ‐0.1 1 V 3 25C 335 0.65 0.00 171.43 233.05 109.82 109.827 LOAD cont @ 300ua ‐0.1 1 V 3 ‐40C 338 0.78 0.00 319.07 512.70 125.44 125.448 VM0_thf @ vbat 5v 0.8 2 V 1 125C 3377 1.01 0.01 17.57 6.20 28.94 6.208 VM0_thf @ vbat 5v 0.8 2 V 1 25C 336 1.02 0.01 19.40 7.19 31.61 7.198 VM0_thf @ vbat 5v 0.8 2 V 1 ‐40C 337 1.00 0.01 17.81 6.00 29.62 6.008 VM0_thf @ vbat 5v 0.8 2 V 2 125C 333 1.02 0.01 29.30 10.53 48.06 10.538 VM0_thf @ vbat 5v 0.8 2 V 2 25C 342 1.02 0.01 24.87 9.29 40.45 9.298 VM0_thf @ vbat 5v 0.8 2 V 2 ‐40C 339 1.00 0.01 24.90 8.37 41.43 8.378 VM0_thf @ vbat 5v 0.8 2 V 3 125C 306 1.02 0.01 24.70 8.94 40.45 8.948 VM0_thf @ vbat 5v 0.8 2 V 3 25C 335 1.03 0.01 24.03 9.22 38.85 9.228 VM0_thf @ vbat 5v 0.8 2 V 3 ‐40C 338 1.00 0.01 21.96 7.46 36.45 7.469 VM0_thf @ vbat 27v 0.8 2 V 1 125C 3377 1.07 0.01 17.68 7.93 27.43 7.939 VM0_thf @ vbat 27v 0.8 2 V 1 25C 336 1.07 0.01 18.74 8.37 29.11 8.379 VM0_thf @ vbat 27v 0.8 2 V 1 ‐40C 337 1.05 0.01 18.55 7.66 29.45 7.669 VM0_thf @ vbat 27v 0.8 2 V 2 125C 333 1.07 0.01 28.27 12.78 43.75 12.789 VM0_thf @ vbat 27v 0.8 2 V 2 25C 342 1.07 0.01 24.14 10.78 37.49 10.789 VM0_thf @ vbat 27v 0.8 2 V 2 ‐40C 339 1.05 0.01 23.30 9.54 37.06 9.549 VM0_thf @ vbat 27v 0.8 2 V 3 125C 306 1.07 0.01 24.35 11.15 37.56 11.159 VM0_thf @ vbat 27v 0.8 2 V 3 25C 335 1.08 0.01 23.73 10.89 36.58 10.899 VM0_thf @ vbat 27v 0.8 2 V 3 ‐40C 338 1.05 0.01 21.22 8.84 33.61 8.8410 VM0_thr @ vbat 5v 0.8 2 V 1 125C 3377 1.57 0.01 15.18 19.52 10.83 10.8310 VM0_thr @ vbat 5v 0.8 2 V 1 25C 336 1.67 0.01 16.24 23.47 9.01 9.0110 VM0_thr @ vbat 5v 0.8 2 V 1 ‐40C 337 1.74 0.01 15.38 23.98 6.77 6.7710 VM0_thr @ vbat 5v 0.8 2 V 2 125C 333 1.58 0.01 20.84 27.10 14.57 14.5710 VM0_thr @ vbat 5v 0.8 2 V 2 25C 342 1.68 0.01 17.18 25.18 9.17 9.1710 VM0_thr @ vbat 5v 0.8 2 V 2 ‐40C 339 1.75 0.01 22.20 34.98 9.42 9.4210 VM0_thr @ vbat 5v 0.8 2 V 3 125C 306 1.57 0.01 21.29 27.29 15.30 15.3010 VM0_thr @ vbat 5v 0.8 2 V 3 25C 335 1.68 0.01 19.27 28.18 10.37 10.3710 VM0_thr @ vbat 5v 0.8 2 V 3 ‐40C 338 1.74 0.01 18.25 28.69 7.80 7.8011 VM0_thr @ vbat 27v 0.8 2 V 1 125C 3377 1.63 0.01 15.63 21.70 9.57 9.5711 VM0_thr @ vbat 27v 0.8 2 V 1 25C 336 1.71 0.01 16.37 24.86 7.89 7.8911 VM0_thr @ vbat 27v 0.8 2 V 1 ‐40C 337 1.77 0.01 15.20 24.63 5.77 5.7711 VM0_thr @ vbat 27v 0.8 2 V 2 125C 333 1.64 0.01 20.90 29.27 12.53 12.5311 VM0_thr @ vbat 27v 0.8 2 V 2 25C 342 1.72 0.01 17.83 27.40 8.27 8.2711 VM0_thr @ vbat 27v 0.8 2 V 2 ‐40C 339 1.78 0.01 22.07 36.09 8.04 8.0411 VM0_thr @ vbat 27v 0.8 2 V 3 125C 306 1.63 0.01 22.73 31.47 13.99 13.9911 VM0_thr @ vbat 27v 0.8 2 V 3 25C 335 1.72 0.01 20.16 30.93 9.38 9.3811 VM0_thr @ vbat 27v 0.8 2 V 3 ‐40C 338 1.78 0.01 18.54 30.30 6.79 6.7912 VM1_thf @ vbat 5v 0.8 2 V 1 125C 3377 1.01 0.01 18.99 6.67 31.31 6.6712 VM1_thf @ vbat 5v 0.8 2 V 1 25C 336 1.02 0.01 20.18 7.47 32.90 7.4712 VM1_thf @ vbat 5v 0.8 2 V 1 ‐40C 337 1.00 0.01 17.96 6.01 29.91 6.0112 VM1_thf @ vbat 5v 0.8 2 V 2 125C 333 1.01 0.01 24.34 8.69 39.99 8.6912 VM1_thf @ vbat 5v 0.8 2 V 2 25C 342 1.02 0.01 18.01 6.59 29.43 6.5912 VM1_thf @ vbat 5v 0.8 2 V 2 ‐40C 339 0.99 0.01 14.60 4.74 24.46 4.7412 VM1_thf @ vbat 5v 0.8 2 V 3 125C 306 1.02 0.01 24.40 8.78 40.02 8.7812 VM1_thf @ vbat 5v 0.8 2 V 3 25C 335 1.03 0.01 21.84 8.29 35.39 8.2912 VM1_thf @ vbat 5v 0.8 2 V 3 ‐40C 338 1.00 0.01 17.23 5.74 28.72 5.7413 VM1_thf @ vbat 27v 0.8 2 V 1 125C 3377 1.07 0.01 18.97 8.47 29.46 8.4713 VM1_thf @ vbat 27v 0.8 2 V 1 25C 336 1.07 0.01 19.72 8.79 30.65 8.7913 VM1_thf @ vbat 27v 0.8 2 V 1 ‐40C 337 1.05 0.01 18.68 7.66 29.69 7.6613 VM1_thf @ vbat 27v 0.8 2 V 2 125C 333 1.07 0.01 23.63 10.64 36.62 10.6413 VM1_thf @ vbat 27v 0.8 2 V 2 25C 342 1.06 0.01 19.35 8.52 30.19 8.5213 VM1_thf @ vbat 27v 0.8 2 V 2 ‐40C 339 1.04 0.01 13.53 5.38 21.69 5.3813 VM1_thf @ vbat 27v 0.8 2 V 3 125C 306 1.07 0.01 24.74 11.26 38.22 11.2613 VM1_thf @ vbat 27v 0.8 2 V 3 25C 335 1.07 0.01 22.69 10.34 35.05 10.3413 VM1_thf @ vbat 27v 0.8 2 V 3 ‐40C 338 1.05 0.01 16.13 6.60 25.66 6.6014 VM1_thr @ vbat 5v 0.8 2 V 1 125C 3377 1.57 0.01 14.79 19.01 10.57 10.5714 VM1_thr @ vbat 5v 0.8 2 V 1 25C 336 1.67 0.01 15.68 22.66 8.70 8.70




14 VM1_thr @ vbat 5v 0.8 2 V 1 ‐40C 337 1.74 0.01 14.87 23.19 6.56 6.5614 VM1_thr @ vbat 5v 0.8 2 V 2 125C 333 1.58 0.01 18.42 23.91 12.92 12.9214 VM1_thr @ vbat 5v 0.8 2 V 2 25C 342 1.68 0.01 15.90 23.30 8.50 8.5014 VM1_thr @ vbat 5v 0.8 2 V 2 ‐40C 339 1.74 0.01 19.05 30.00 8.10 8.1014 VM1_thr @ vbat 5v 0.8 2 V 3 125C 306 1.57 0.01 18.84 24.11 13.57 13.5714 VM1_thr @ vbat 5v 0.8 2 V 3 25C 335 1.68 0.01 17.10 24.99 9.22 9.2214 VM1_thr @ vbat 5v 0.8 2 V 3 ‐40C 338 1.74 0.01 16.74 26.30 7.17 7.1715 VM1_thr @ vbat 27v 0.8 2 V 1 125C 3377 1.63 0.01 15.10 20.95 9.25 9.2515 VM1_thr @ vbat 27v 0.8 2 V 1 25C 336 1.71 0.01 16.04 24.35 7.72 7.7215 VM1_thr @ vbat 27v 0.8 2 V 1 ‐40C 337 1.77 0.01 14.62 23.70 5.55 5.5515 VM1_thr @ vbat 27v 0.8 2 V 2 125C 333 1.64 0.01 18.72 26.18 11.27 11.2715 VM1_thr @ vbat 27v 0.8 2 V 2 25C 342 1.72 0.01 16.24 24.95 7.53 7.5315 VM1_thr @ vbat 27v 0.8 2 V 2 ‐40C 339 1.78 0.01 18.82 30.79 6.86 6.8615 VM1_thr @ vbat 27v 0.8 2 V 3 125C 306 1.63 0.01 19.70 27.25 12.16 12.1615 VM1_thr @ vbat 27v 0.8 2 V 3 25C 335 1.72 0.01 17.90 27.45 8.35 8.3515 VM1_thr @ vbat 27v 0.8 2 V 3 ‐40C 338 1.78 0.01 17.05 27.84 6.25 6.2516 VTXD_thf @ vbat 5v 0.8 2 V 1 125C 3377 1.18 0.01 17.78 11.36 24.20 11.3616 VTXD_thf @ vbat 5v 0.8 2 V 1 25C 336 1.21 0.01 18.21 12.37 24.06 12.3716 VTXD_thf @ vbat 5v 0.8 2 V 1 ‐40C 337 1.20 0.01 18.78 12.39 25.17 12.3916 VTXD_thf @ vbat 5v 0.8 2 V 2 125C 333 1.19 0.01 23.24 15.01 31.48 15.0116 VTXD_thf @ vbat 5v 0.8 2 V 2 25C 342 1.21 0.01 21.84 14.78 28.90 14.7816 VTXD_thf @ vbat 5v 0.8 2 V 2 ‐40C 339 1.19 0.01 18.25 11.86 24.64 11.8616 VTXD_thf @ vbat 5v 0.8 2 V 3 125C 306 1.19 0.01 24.51 15.77 33.26 15.7716 VTXD_thf @ vbat 5v 0.8 2 V 3 25C 335 1.21 0.01 22.42 15.43 29.40 15.4316 VTXD_thf @ vbat 5v 0.8 2 V 3 ‐40C 338 1.19 0.01 17.62 11.59 23.65 11.5917 VTXD_thf @ vbat 27v 0.8 2 V 1 125C 3377 1.25 0.01 18.31 13.59 23.04 13.5917 VTXD_thf @ vbat 27v 0.8 2 V 1 25C 336 1.26 0.01 18.88 14.57 23.18 14.5717 VTXD_thf @ vbat 27v 0.8 2 V 1 ‐40C 337 1.25 0.01 17.60 13.14 22.05 13.1417 VTXD_thf @ vbat 27v 0.8 2 V 2 125C 333 1.25 0.01 22.92 17.10 28.74 17.1017 VTXD_thf @ vbat 27v 0.8 2 V 2 25C 342 1.26 0.01 21.76 16.71 26.82 16.7117 VTXD_thf @ vbat 27v 0.8 2 V 2 ‐40C 339 1.24 0.01 20.03 14.71 25.34 14.7117 VTXD_thf @ vbat 27v 0.8 2 V 3 125C 306 1.25 0.01 24.90 18.59 31.21 18.5917 VTXD_thf @ vbat 27v 0.8 2 V 3 25C 335 1.27 0.01 23.22 18.14 28.31 18.1417 VTXD_thf @ vbat 27v 0.8 2 V 3 ‐40C 338 1.25 0.01 19.30 14.38 24.22 14.3818 VTXD_thr @ vbat 5v 0.8 2 V 1 125C 3377 1.58 0.01 15.24 19.84 10.64 10.6418 VTXD_thr @ vbat 5v 0.8 2 V 1 25C 336 1.68 0.01 16.31 23.80 8.82 8.8218 VTXD_thr @ vbat 5v 0.8 2 V 1 ‐40C 337 1.74 0.01 15.49 24.32 6.66 6.6618 VTXD_thr @ vbat 5v 0.8 2 V 2 125C 333 1.59 0.01 18.73 24.62 12.84 12.8418 VTXD_thr @ vbat 5v 0.8 2 V 2 25C 342 1.69 0.01 15.84 23.42 8.26 8.2618 VTXD_thr @ vbat 5v 0.8 2 V 2 ‐40C 339 1.75 0.01 19.33 30.63 8.02 8.0218 VTXD_thr @ vbat 5v 0.8 2 V 3 125C 306 1.58 0.01 19.94 25.87 14.01 14.0118 VTXD_thr @ vbat 5v 0.8 2 V 3 25C 335 1.68 0.01 18.17 26.79 9.54 9.5418 VTXD_thr @ vbat 5v 0.8 2 V 3 ‐40C 338 1.75 0.01 17.13 27.10 7.16 7.1619 VTXD_thr @ vbat 27v 0.8 2 V 1 125C 3377 1.65 0.01 15.77 22.22 9.31 9.3119 VTXD_thr @ vbat 27v 0.8 2 V 1 25C 336 1.72 0.01 16.64 25.57 7.70 7.7019 VTXD_thr @ vbat 27v 0.8 2 V 1 ‐40C 337 1.78 0.01 15.39 25.17 5.62 5.6219 VTXD_thr @ vbat 27v 0.8 2 V 2 125C 333 1.65 0.01 19.11 27.15 11.08 11.0819 VTXD_thr @ vbat 27v 0.8 2 V 2 25C 342 1.73 0.01 16.53 25.67 7.38 7.3819 VTXD_thr @ vbat 27v 0.8 2 V 2 ‐40C 339 1.79 0.01 19.47 32.11 6.84 6.8419 VTXD_thr @ vbat 27v 0.8 2 V 3 125C 306 1.64 0.01 21.50 30.24 12.77 12.7719 VTXD_thr @ vbat 27v 0.8 2 V 3 25C 335 1.73 0.01 18.69 29.00 8.38 8.3819 VTXD_thr @ vbat 27v 0.8 2 V 3 ‐40C 338 1.79 0.01 17.40 28.65 6.14 6.1420 IM0_ih_pd @ vbat 5v 10 50 uA 1 125C 3377 29.38 0.52 12.77 12.37 13.16 12.3720 IM0_ih_pd @ vbat 5v 10 50 uA 1 25C 336 31.45 0.62 10.69 11.47 9.92 9.9220 IM0_ih_pd @ vbat 5v 10 50 uA 1 ‐40C 337 30.44 0.64 10.35 10.58 10.12 10.1220 IM0_ih_pd @ vbat 5v 10 50 uA 2 125C 333 28.95 0.59 11.26 10.67 11.85 10.6720 IM0_ih_pd @ vbat 5v 10 50 uA 2 25C 342 30.92 0.78 8.49 8.88 8.10 8.1020 IM0_ih_pd @ vbat 5v 10 50 uA 2 ‐40C 339 30.19 0.97 6.85 6.91 6.79 6.7920 IM0_ih_pd @ vbat 5v 10 50 uA 3 125C 306 28.93 0.55 12.03 11.38 12.67 11.3820 IM0_ih_pd @ vbat 5v 10 50 uA 3 25C 335 31.36 0.56 11.92 12.74 11.11 11.11




20 IM0_ih_pd @ vbat 5v 10 50 uA 3 ‐40C 338 30.28 0.69 9.73 9.87 9.59 9.5921 IM0_ih_pd@vbat 27v 10 50 uA 1 125C 3377 31.31 0.52 12.86 13.70 12.02 12.0221 IM0_ih_pd@vbat 27v 10 50 uA 1 25C 336 33.51 0.63 10.58 12.44 8.72 8.7221 IM0_ih_pd@vbat 27v 10 50 uA 1 ‐40C 337 32.43 0.66 10.14 11.37 8.91 8.9121 IM0_ih_pd@vbat 27v 10 50 uA 2 125C 333 30.73 0.60 11.13 11.54 10.73 10.7321 IM0_ih_pd@vbat 27v 10 50 uA 2 25C 342 32.84 0.81 8.24 9.40 7.07 7.0721 IM0_ih_pd@vbat 27v 10 50 uA 2 ‐40C 339 32.05 1.00 6.64 7.32 5.96 5.9621 IM0_ih_pd@vbat 27v 10 50 uA 3 125C 306 30.79 0.56 11.83 12.30 11.36 11.3621 IM0_ih_pd@vbat 27v 10 50 uA 3 25C 335 33.38 0.58 11.42 13.35 9.49 9.4921 IM0_ih_pd@vbat 27v 10 50 uA 3 ‐40C 338 32.24 0.71 9.37 10.42 8.32 8.3222 IM1_ih_pd @ vbat 5v 10 50 uA 1 125C 3377 29.40 0.52 12.83 12.45 13.22 12.4522 IM1_ih_pd @ vbat 5v 10 50 uA 1 25C 336 31.52 0.61 10.94 11.78 10.11 10.1122 IM1_ih_pd @ vbat 5v 10 50 uA 1 ‐40C 337 30.53 0.67 10.02 10.29 9.76 9.7622 IM1_ih_pd @ vbat 5v 10 50 uA 2 125C 333 28.79 0.43 15.65 14.71 16.60 14.7122 IM1_ih_pd @ vbat 5v 10 50 uA 2 25C 342 30.76 0.56 11.88 12.33 11.43 11.4322 IM1_ih_pd @ vbat 5v 10 50 uA 2 ‐40C 339 29.94 0.68 9.84 9.81 9.87 9.8122 IM1_ih_pd @ vbat 5v 10 50 uA 3 125C 306 28.91 0.53 12.51 11.83 13.19 11.8322 IM1_ih_pd @ vbat 5v 10 50 uA 3 25C 335 31.33 0.56 11.95 12.74 11.15 11.1522 IM1_ih_pd @ vbat 5v 10 50 uA 3 ‐40C 338 30.24 0.66 10.05 10.17 9.93 9.9323 IM1_ih_pd@vbat 27v 10 50 uA 1 125C 3377 31.33 0.51 12.95 13.81 12.09 12.0923 IM1_ih_pd@vbat 27v 10 50 uA 1 25C 336 33.60 0.62 10.84 12.79 8.89 8.8923 IM1_ih_pd@vbat 27v 10 50 uA 1 ‐40C 337 32.54 0.68 9.88 11.13 8.62 8.6223 IM1_ih_pd@vbat 27v 10 50 uA 2 125C 333 30.58 0.43 15.43 15.88 14.98 14.9823 IM1_ih_pd@vbat 27v 10 50 uA 2 25C 342 32.67 0.58 11.55 13.09 10.00 10.0023 IM1_ih_pd@vbat 27v 10 50 uA 2 ‐40C 339 31.80 0.70 9.50 10.36 8.64 8.6423 IM1_ih_pd@vbat 27v 10 50 uA 3 125C 306 30.79 0.54 12.25 12.73 11.76 11.7623 IM1_ih_pd@vbat 27v 10 50 uA 3 25C 335 33.36 0.58 11.41 13.33 9.49 9.4923 IM1_ih_pd@vbat 27v 10 50 uA 3 ‐40C 338 32.20 0.69 9.62 10.68 8.56 8.5624 VRXD_ol @ BAT 5v 0 450 mV 1 125C 3377 232.35 1.10 68.06 70.28 65.83 65.8324 VRXD_ol @ BAT 5v 0 450 mV 1 25C 336 193.22 0.78 95.90 82.36 109.45 82.3624 VRXD_ol @ BAT 5v 0 450 mV 1 ‐40C 337 169.45 0.86 86.98 65.51 108.46 65.5124 VRXD_ol @ BAT 5v 0 450 mV 2 125C 333 232.50 1.08 69.15 71.45 66.84 66.8424 VRXD_ol @ BAT 5v 0 450 mV 2 25C 342 190.98 2.27 32.97 27.98 37.95 27.9824 VRXD_ol @ BAT 5v 0 450 mV 2 ‐40C 339 168.43 0.93 80.61 60.34 100.87 60.3424 VRXD_ol @ BAT 5v 0 450 mV 3 125C 306 235.60 1.18 63.75 66.75 60.75 60.7524 VRXD_ol @ BAT 5v 0 450 mV 3 25C 335 191.15 0.89 84.16 71.50 96.83 71.5024 VRXD_ol @ BAT 5v 0 450 mV 3 ‐40C 338 168.02 0.91 82.42 61.55 103.29 61.5525 VRXD_ol @ BAT 27v 0 450 mV 1 125C 3377 227.39 1.04 71.99 72.75 71.22 71.2225 VRXD_ol @ BAT 27v 0 450 mV 1 25C 336 190.71 0.78 96.03 81.39 110.66 81.3925 VRXD_ol @ BAT 27v 0 450 mV 1 ‐40C 337 168.15 0.86 86.89 64.93 108.84 64.9325 VRXD_ol @ BAT 27v 0 450 mV 2 125C 333 228.06 1.06 70.71 71.67 69.74 69.7425 VRXD_ol @ BAT 27v 0 450 mV 2 25C 342 188.65 2.18 34.38 28.83 39.93 28.8325 VRXD_ol @ BAT 27v 0 450 mV 2 ‐40C 339 166.93 0.91 82.20 60.98 103.41 60.9825 VRXD_ol @ BAT 27v 0 450 mV 3 125C 306 230.85 1.13 66.61 68.34 64.88 64.8825 VRXD_ol @ BAT 27v 0 450 mV 3 25C 335 188.82 0.88 84.96 71.29 98.62 71.2925 VRXD_ol @ BAT 27v 0 450 mV 3 ‐40C 338 166.68 0.90 83.38 61.77 104.99 61.7726 VCNTL_ol @ vbat 5v 0 800 mV 1 125C 3377 9.11 0.16 850.01 19.36 1680.66 19.3626 VCNTL_ol @ vbat 5v 0 800 mV 1 25C 336 6.36 0.10 1292.91 20.57 2565.25 20.5726 VCNTL_ol @ vbat 5v 0 800 mV 1 ‐40C 337 5.25 0.12 1083.14 14.22 2152.05 14.2226 VCNTL_ol @ vbat 5v 0 800 mV 2 125C 333 8.90 0.19 705.74 15.70 1395.78 15.7026 VCNTL_ol @ vbat 5v 0 800 mV 2 25C 342 6.18 0.17 784.73 12.13 1557.32 12.1326 VCNTL_ol @ vbat 5v 0 800 mV 2 ‐40C 339 5.11 0.11 1202.51 15.35 2389.67 15.3526 VCNTL_ol @ vbat 5v 0 800 mV 3 125C 306 9.11 0.30 451.68 10.29 893.07 10.2926 VCNTL_ol @ vbat 5v 0 800 mV 3 25C 335 6.45 0.10 1389.57 22.40 2756.74 22.4026 VCNTL_ol @ vbat 5v 0 800 mV 3 ‐40C 338 5.30 0.09 1405.38 18.61 2792.15 18.6127 VCNTL_ol @ vbat 27v 0 800 mV 1 125C 3377 8.92 0.13 1062.40 23.69 2101.11 23.6927 VCNTL_ol @ vbat 27v 0 800 mV 1 25C 336 6.25 0.11 1217.75 19.03 2416.47 19.0327 VCNTL_ol @ vbat 27v 0 800 mV 1 ‐40C 337 5.18 0.11 1173.53 15.20 2331.87 15.2027 VCNTL_ol @ vbat 27v 0 800 mV 2 125C 333 8.66 0.15 899.38 19.46 1779.30 19.4627 VCNTL_ol @ vbat 27v 0 800 mV 2 25C 342 6.08 0.16 814.67 12.38 1616.96 12.38




27 VCNTL_ol @ vbat 27v 0 800 mV 2 ‐40C 339 5.04 0.12 1105.78 13.94 2197.63 13.9427 VCNTL_ol @ vbat 27v 0 800 mV 3 125C 306 8.80 0.20 670.96 14.77 1327.15 14.7727 VCNTL_ol @ vbat 27v 0 800 mV 3 25C 335 6.32 0.10 1326.10 20.97 2631.24 20.9727 VCNTL_ol @ vbat 27v 0 800 mV 3 ‐40C 338 5.21 0.10 1373.76 17.91 2729.61 17.9128 VCNTL_oh @ Vbat 5v 4.2 5 V 1 125C 3377 4.62 0.01 17.17 18.12 16.23 16.2328 VCNTL_oh @ Vbat 5v 4.2 5 V 1 25C 336 4.68 0.01 17.82 21.42 14.23 14.2328 VCNTL_oh @ Vbat 5v 4.2 5 V 1 ‐40C 337 4.72 0.01 18.30 23.87 12.73 12.7328 VCNTL_oh @ Vbat 5v 4.2 5 V 2 125C 333 4.62 0.01 19.78 20.84 18.73 18.7328 VCNTL_oh @ Vbat 5v 4.2 5 V 2 25C 342 4.68 0.01 15.35 18.45 12.25 12.2528 VCNTL_oh @ Vbat 5v 4.2 5 V 2 ‐40C 339 4.72 0.01 18.77 24.48 13.06 13.0628 VCNTL_oh @ Vbat 5v 4.2 5 V 3 125C 306 4.62 0.01 18.97 19.89 18.05 18.0528 VCNTL_oh @ Vbat 5v 4.2 5 V 3 25C 335 4.69 0.01 20.38 24.73 16.02 16.0228 VCNTL_oh @ Vbat 5v 4.2 5 V 3 ‐40C 338 4.73 0.01 21.90 28.87 14.93 14.9329 VCNTL_oh @ Vbat 27v 26.2 27 V 1 125C 3377 26.62 0.01 17.26 18.07 16.46 16.4629 VCNTL_oh @ Vbat 27v 26.2 27 V 1 25C 336 26.68 0.01 17.74 21.10 14.39 14.3929 VCNTL_oh @ Vbat 27v 26.2 27 V 1 ‐40C 337 26.72 0.01 19.08 24.77 13.39 13.3929 VCNTL_oh @ Vbat 27v 26.2 27 V 2 125C 333 26.62 0.01 19.70 20.45 18.95 18.9529 VCNTL_oh @ Vbat 27v 26.2 27 V 2 25C 342 26.68 0.01 15.36 18.31 12.42 12.4229 VCNTL_oh @ Vbat 27v 26.2 27 V 2 ‐40C 339 26.72 0.01 19.12 24.74 13.50 13.5029 VCNTL_oh @ Vbat 27v 26.2 27 V 3 125C 306 26.61 0.01 18.91 19.56 18.26 18.2629 VCNTL_oh @ Vbat 27v 26.2 27 V 3 25C 335 26.68 0.01 20.82 24.94 16.71 16.7129 VCNTL_oh @ Vbat 27v 26.2 27 V 3 ‐40C 338 26.72 0.01 22.44 29.28 15.60 15.6030 IBUS_po_pi_leak@vbat=0v ‐5 5 uA 1 125C 3377 ‐0.93 0.01 123.20 100.19 146.20 100.1930 IBUS_po_pi_leak@vbat=0v ‐5 5 uA 1 25C 336 ‐0.78 0.01 132.72 111.95 153.49 111.9530 IBUS_po_pi_leak@vbat=0v ‐5 5 uA 1 ‐40C 337 ‐0.68 0.01 143.47 123.84 163.10 123.8430 IBUS_po_pi_leak@vbat=0v ‐5 5 uA 2 125C 333 ‐0.96 0.01 140.39 113.34 167.43 113.3430 IBUS_po_pi_leak@vbat=0v ‐5 5 uA 2 25C 342 ‐0.83 0.01 138.47 115.55 161.38 115.5530 IBUS_po_pi_leak@vbat=0v ‐5 5 uA 2 ‐40C 339 ‐0.72 0.01 145.01 124.11 165.91 124.1130 IBUS_po_pi_leak@vbat=0v ‐5 5 uA 3 125C 306 ‐0.97 0.01 146.66 118.20 175.11 118.2030 IBUS_po_pi_leak@vbat=0v ‐5 5 uA 3 25C 335 ‐0.83 0.01 172.35 143.72 200.98 143.7230 IBUS_po_pi_leak@vbat=0v ‐5 5 uA 3 ‐40C 338 ‐0.72 0.01 186.22 159.53 212.91 159.5331 IBUS_po_pi_leak@vbat=27v ‐5 5 uA 1 125C 3377 ‐1.09 0.01 111.54 87.17 135.92 87.1731 IBUS_po_pi_leak@vbat=27v ‐5 5 uA 1 25C 336 ‐0.91 0.01 126.32 103.44 149.20 103.4431 IBUS_po_pi_leak@vbat=27v ‐5 5 uA 1 ‐40C 337 ‐0.79 0.01 131.91 111.12 152.70 111.1231 IBUS_po_pi_leak@vbat=27v ‐5 5 uA 2 125C 333 ‐1.14 0.01 129.21 99.65 158.77 99.6531 IBUS_po_pi_leak@vbat=27v ‐5 5 uA 2 25C 342 ‐0.95 0.01 126.76 102.67 150.85 102.6731 IBUS_po_pi_leak@vbat=27v ‐5 5 uA 2 ‐40C 339 ‐0.83 0.01 134.36 112.17 156.55 112.1731 IBUS_po_pi_leak@vbat=27v ‐5 5 uA 3 125C 306 ‐1.15 0.01 129.82 99.93 159.71 99.9331 IBUS_po_pi_leak@vbat=27v ‐5 5 uA 3 25C 335 ‐0.95 0.01 161.21 130.53 191.89 130.5331 IBUS_po_pi_leak@vbat=27v ‐5 5 uA 3 ‐40C 338 ‐0.82 0.01 173.34 144.86 201.82 144.8632 ILKLOG_BUS ‐90 0 uA 1 125C 3377 ‐15.34 0.23 64.78 107.48 22.08 22.0832 ILKLOG_BUS ‐90 0 uA 1 25C 336 ‐16.10 0.28 53.54 87.92 19.15 19.1532 ILKLOG_BUS ‐90 0 uA 1 ‐40C 337 ‐16.76 0.35 43.43 70.69 16.18 16.1832 ILKLOG_BUS ‐90 0 uA 2 125C 333 ‐15.40 0.18 82.68 137.06 28.30 28.3032 ILKLOG_BUS ‐90 0 uA 2 25C 342 ‐16.13 0.22 69.20 113.60 24.80 24.8032 ILKLOG_BUS ‐90 0 uA 2 ‐40C 339 ‐16.42 0.25 60.79 99.41 22.18 22.1832 ILKLOG_BUS ‐90 0 uA 3 125C 306 ‐15.66 0.15 102.48 169.30 35.66 35.6632 ILKLOG_BUS ‐90 0 uA 3 25C 335 ‐16.54 0.17 89.17 145.57 32.77 32.7732 ILKLOG_BUS ‐90 0 uA 3 ‐40C 338 ‐17.22 0.25 59.90 96.88 22.93 22.9333 ILKLOG_LOAD ‐15 10 uA 1 125C 3377 ‐0.02 0.01 412.00 493.65 330.35 330.3533 ILKLOG_LOAD ‐15 10 uA 1 25C 336 ‐0.02 0.01 527.31 631.73 422.89 422.8933 ILKLOG_LOAD ‐15 10 uA 1 ‐40C 337 ‐0.03 0.01 622.35 745.26 499.43 499.4333 ILKLOG_LOAD ‐15 10 uA 2 125C 333 ‐0.03 0.01 570.57 683.22 457.92 457.9233 ILKLOG_LOAD ‐15 10 uA 2 25C 342 ‐0.03 0.01 553.73 663.06 444.40 444.4033 ILKLOG_LOAD ‐15 10 uA 2 ‐40C 339 ‐0.04 0.01 563.95 675.15 452.75 452.7533 ILKLOG_LOAD ‐15 10 uA 3 125C 306 ‐0.04 0.01 649.12 776.94 521.30 521.3033 ILKLOG_LOAD ‐15 10 uA 3 25C 335 ‐0.04 0.01 577.93 691.83 464.03 464.0333 ILKLOG_LOAD ‐15 10 uA 3 ‐40C 338 ‐0.03 0.01 573.92 687.21 460.63 460.6334 IBUS_po_ai_leak@vbat=0v ‐5 5 uA 1 125C 3377 0.19 0.01 195.46 202.72 188.20 188.2034 IBUS_po_ai_leak@vbat=0v ‐5 5 uA 1 25C 336 0.04 0.00 413.99 416.93 411.04 411.04




34 IBUS_po_ai_leak@vbat=0v ‐5 5 uA 1 ‐40C 337 0.02 0.00 379.46 380.89 378.03 378.0334 IBUS_po_ai_leak@vbat=0v ‐5 5 uA 2 125C 333 0.37 0.04 46.70 50.18 43.21 43.2134 IBUS_po_ai_leak@vbat=0v ‐5 5 uA 2 25C 342 0.01 0.01 195.47 195.73 195.21 195.2134 IBUS_po_ai_leak@vbat=0v ‐5 5 uA 2 ‐40C 339 0.02 0.01 311.17 312.26 310.07 310.0734 IBUS_po_ai_leak@vbat=0v ‐5 5 uA 3 125C 306 0.37 0.03 60.73 65.18 56.28 56.2834 IBUS_po_ai_leak@vbat=0v ‐5 5 uA 3 25C 335 0.00 0.00 471.07 471.33 470.81 470.8134 IBUS_po_ai_leak@vbat=0v ‐5 5 uA 3 ‐40C 338 0.01 0.00 431.01 431.49 430.54 430.5435 IBUS_po_ai_leak@vbat=27v ‐5 5 uA 1 125C 3377 0.09 0.01 251.75 256.32 247.19 247.1935 IBUS_po_ai_leak@vbat=27v ‐5 5 uA 1 25C 336 0.12 0.01 267.06 273.42 260.69 260.6935 IBUS_po_ai_leak@vbat=27v ‐5 5 uA 1 ‐40C 337 0.17 0.01 215.51 222.64 208.37 208.3735 IBUS_po_ai_leak@vbat=27v ‐5 5 uA 2 125C 333 0.07 0.01 254.31 257.83 250.80 250.8035 IBUS_po_ai_leak@vbat=27v ‐5 5 uA 2 25C 342 0.10 0.01 292.06 297.67 286.45 286.4535 IBUS_po_ai_leak@vbat=27v ‐5 5 uA 2 ‐40C 339 0.17 0.01 232.82 240.56 225.08 225.0835 IBUS_po_ai_leak@vbat=27v ‐5 5 uA 3 125C 306 0.07 0.01 289.51 293.69 285.34 285.3435 IBUS_po_ai_leak@vbat=27v ‐5 5 uA 3 25C 335 0.09 0.01 324.75 330.46 319.05 319.0535 IBUS_po_ai_leak@vbat=27v ‐5 5 uA 3 ‐40C 338 0.16 0.01 225.98 233.08 218.88 218.8836 Iq_sleep 0 75 uA 1 125C 3377 65.47 2.06 6.07 10.59 1.54 1.5436 Iq_sleep 0 75 uA 1 25C 336 59.28 1.27 9.87 15.60 4.14 4.1436 Iq_sleep 0 75 uA 1 ‐40C 337 55.84 0.41 30.37 45.22 15.52 15.5236 Iq_sleep 0 75 uA 2 125C 333 69.98 1.53 8.15 15.20 1.09 1.0936 Iq_sleep 0 75 uA 2 25C 342 59.61 1.27 9.86 15.67 4.05 4.0536 Iq_sleep 0 75 uA 2 ‐40C 339 54.68 0.47 26.43 38.53 14.32 14.3236 Iq_sleep 0 75 uA 3 125C 306 65.00 1.77 7.07 12.26 1.89 1.8936 Iq_sleep 0 75 uA 3 25C 335 58.66 1.04 12.04 18.84 5.25 5.2536 Iq_sleep 0 75 uA 3 ‐40C 338 55.45 0.36 34.85 51.53 18.16 18.1637 Iq_awake_bus_dis_vbat5 0 4 mA 1 125C 3377 1.09 0.02 39.82 21.67 57.96 21.6737 Iq_awake_bus_dis_vbat5 0 4 mA 1 25C 336 1.16 0.02 30.38 17.67 43.09 17.6737 Iq_awake_bus_dis_vbat5 0 4 mA 1 ‐40C 337 1.19 0.03 24.51 14.62 34.40 14.6237 Iq_awake_bus_dis_vbat5 0 4 mA 2 125C 333 1.09 0.02 39.24 21.31 57.17 21.3137 Iq_awake_bus_dis_vbat5 0 4 mA 2 25C 342 1.16 0.02 27.66 16.02 39.30 16.0237 Iq_awake_bus_dis_vbat5 0 4 mA 2 ‐40C 339 1.18 0.03 24.54 14.54 34.54 14.5437 Iq_awake_bus_dis_vbat5 0 4 mA 3 125C 306 1.08 0.02 42.55 22.99 62.11 22.9937 Iq_awake_bus_dis_vbat5 0 4 mA 3 25C 335 1.16 0.02 33.62 19.57 47.67 19.5737 Iq_awake_bus_dis_vbat5 0 4 mA 3 ‐40C 338 1.19 0.02 27.43 16.35 38.51 16.3538 Iq_awake_bus_dis_vbat27 0 4 mA 1 125C 3377 1.21 0.02 38.20 23.11 53.30 23.1138 Iq_awake_bus_dis_vbat27 0 4 mA 1 25C 336 1.31 0.02 28.64 18.69 38.58 18.6938 Iq_awake_bus_dis_vbat27 0 4 mA 1 ‐40C 337 1.37 0.03 22.93 15.68 30.18 15.6838 Iq_awake_bus_dis_vbat27 0 4 mA 2 125C 333 1.20 0.02 37.49 22.49 52.49 22.4938 Iq_awake_bus_dis_vbat27 0 4 mA 2 25C 342 1.30 0.03 25.38 16.46 34.30 16.4638 Iq_awake_bus_dis_vbat27 0 4 mA 2 ‐40C 339 1.35 0.03 22.57 15.26 29.89 15.2638 Iq_awake_bus_dis_vbat27 0 4 mA 3 125C 306 1.20 0.02 40.47 24.22 56.71 24.2238 Iq_awake_bus_dis_vbat27 0 4 mA 3 25C 335 1.31 0.02 31.55 20.62 42.47 20.6238 Iq_awake_bus_dis_vbat27 0 4 mA 3 ‐40C 338 1.37 0.03 25.70 17.55 33.85 17.5539 Iq_awake_bus_en_vbat5 0 9 mA 1 125C 3377 1.12 0.02 84.45 21.06 147.84 21.0639 Iq_awake_bus_en_vbat5 0 9 mA 1 25C 336 1.17 0.02 64.18 16.75 111.60 16.7539 Iq_awake_bus_en_vbat5 0 9 mA 1 ‐40C 337 1.21 0.03 51.97 14.02 89.91 14.0239 Iq_awake_bus_en_vbat5 0 9 mA 2 125C 333 1.11 0.02 81.00 20.07 141.94 20.0739 Iq_awake_bus_en_vbat5 0 9 mA 2 25C 342 1.20 0.03 59.61 15.85 103.38 15.8539 Iq_awake_bus_en_vbat5 0 9 mA 2 ‐40C 339 1.22 0.03 53.30 14.43 92.17 14.4339 Iq_awake_bus_en_vbat5 0 9 mA 3 125C 306 1.11 0.02 85.62 21.11 150.14 21.1139 Iq_awake_bus_en_vbat5 0 9 mA 3 25C 335 1.19 0.02 67.48 17.84 117.12 17.8439 Iq_awake_bus_en_vbat5 0 9 mA 3 ‐40C 338 1.22 0.03 56.91 15.43 98.39 15.4340 Iq_awake_bus_en_vbat27 0 9 mA 1 125C 3377 1.22 0.02 76.24 20.72 131.76 20.7240 Iq_awake_bus_en_vbat27 0 9 mA 1 25C 336 1.30 0.02 60.01 17.35 102.66 17.3540 Iq_awake_bus_en_vbat27 0 9 mA 1 ‐40C 337 1.38 0.03 48.15 14.73 81.57 14.7340 Iq_awake_bus_en_vbat27 0 9 mA 2 125C 333 1.21 0.02 77.23 20.84 133.62 20.8440 Iq_awake_bus_en_vbat27 0 9 mA 2 25C 342 1.32 0.03 55.72 16.37 95.07 16.3740 Iq_awake_bus_en_vbat27 0 9 mA 2 ‐40C 339 1.37 0.03 49.07 14.96 83.18 14.9640 Iq_awake_bus_en_vbat27 0 9 mA 3 125C 306 1.21 0.02 79.21 21.32 137.09 21.3240 Iq_awake_bus_en_vbat27 0 9 mA 3 25C 335 1.32 0.02 63.86 18.75 108.97 18.75




40 Iq_awake_bus_en_vbat27 0 9 mA 3 ‐40C 338 1.38 0.03 54.50 16.74 92.26 16.7441 VBAT_uv_thf 4 5 V 1 125C 3377 4.75 0.03 5.83 8.75 2.92 2.9241 VBAT_uv_thf 4 5 V 1 25C 336 4.75 0.02 8.18 12.33 4.03 4.0341 VBAT_uv_thf 4 5 V 1 ‐40C 337 4.72 0.02 7.81 11.21 4.40 4.4041 VBAT_uv_thf 4 5 V 2 125C 333 4.75 0.02 10.60 15.80 5.40 5.4041 VBAT_uv_thf 4 5 V 2 25C 342 4.72 0.02 8.91 12.88 4.93 4.9341 VBAT_uv_thf 4 5 V 2 ‐40C 339 4.68 0.03 6.39 8.73 4.05 4.0541 VBAT_uv_thf 4 5 V 3 125C 306 4.76 0.03 4.95 7.48 2.41 2.4141 VBAT_uv_thf 4 5 V 3 25C 335 4.76 0.02 7.63 11.62 3.64 3.6441 VBAT_uv_thf 4 5 V 3 ‐40C 338 4.72 0.02 7.31 10.50 4.12 4.1242 Vbatt_uv_thr 3 5.5 V 1 125C 3377 5.01 0.03 16.39 26.42 6.36 6.3642 Vbatt_uv_thr 3 5.5 V 1 25C 336 5.01 0.02 26.20 42.20 10.19 10.1942 Vbatt_uv_thr 3 5.5 V 1 ‐40C 337 4.97 0.01 28.75 45.33 12.17 12.1742 Vbatt_uv_thr 3 5.5 V 2 125C 333 5.00 0.02 27.47 44.03 10.90 10.9042 Vbatt_uv_thr 3 5.5 V 2 25C 342 4.98 0.02 25.46 40.39 10.53 10.5342 Vbatt_uv_thr 3 5.5 V 2 ‐40C 339 4.94 0.02 25.14 38.97 11.31 11.3142 Vbatt_uv_thr 3 5.5 V 3 125C 306 5.01 0.03 15.08 24.27 5.88 5.8842 Vbatt_uv_thr 3 5.5 V 3 25C 335 5.01 0.02 25.37 40.82 9.92 9.9242 Vbatt_uv_thr 3 5.5 V 3 ‐40C 338 4.96 0.02 27.43 43.10 11.76 11.7643 VBAT_uv_hyst 100 500 mV 1 125C 3377 265.06 7.64 8.72 7.20 10.25 7.2043 VBAT_uv_hyst 100 500 mV 1 25C 336 260.29 8.28 8.05 6.45 9.65 6.4543 VBAT_uv_hyst 100 500 mV 1 ‐40C 337 252.46 12.16 5.48 4.18 6.79 4.1843 VBAT_uv_hyst 100 500 mV 2 125C 333 258.64 7.38 9.03 7.16 10.90 7.1643 VBAT_uv_hyst 100 500 mV 2 25C 342 259.96 11.40 5.85 4.68 7.02 4.6843 VBAT_uv_hyst 100 500 mV 2 ‐40C 339 254.62 23.43 2.84 2.20 3.49 2.2043 VBAT_uv_hyst 100 500 mV 3 125C 306 256.46 8.94 7.46 5.83 9.08 5.8343 VBAT_uv_hyst 100 500 mV 3 25C 335 249.55 9.45 7.05 5.27 8.83 5.2743 VBAT_uv_hyst 100 500 mV 3 ‐40C 338 245.85 15.58 4.28 3.12 5.44 3.1244 Vload Sleep 0 0.1 V 1 125C 3377 0.07 0.00 18.77 25.05 12.49 12.4944 Vload Sleep 0 0.1 V 1 25C 336 0.05 0.00 25.31 23.48 27.13 23.4844 Vload Sleep 0 0.1 V 1 ‐40C 337 0.03 0.00 29.55 20.38 38.73 20.3844 Vload Sleep 0 0.1 V 2 125C 333 0.07 0.00 30.44 41.07 19.82 19.8244 Vload Sleep 0 0.1 V 2 25C 342 0.05 0.00 15.97 14.71 17.24 14.7144 Vload Sleep 0 0.1 V 2 ‐40C 339 0.03 0.00 39.26 27.47 51.06 27.4744 Vload Sleep 0 0.1 V 3 125C 306 0.07 0.00 24.29 33.23 15.35 15.3544 Vload Sleep 0 0.1 V 3 25C 335 0.05 0.00 30.46 27.97 32.95 27.9744 Vload Sleep 0 0.1 V 3 ‐40C 338 0.03 0.00 30.69 21.28 40.09 21.2845 Vload @ Vbat 5v 0 100 mV 1 125C 3377 10.09 0.15 113.53 22.92 204.15 22.9245 Vload @ Vbat 5v 0 100 mV 1 25C 336 7.13 0.14 120.38 17.17 223.58 17.1745 Vload @ Vbat 5v 0 100 mV 1 ‐40C 337 5.05 0.13 133.20 13.46 252.95 13.4645 Vload @ Vbat 5v 0 100 mV 2 125C 333 9.68 0.06 302.84 58.64 547.04 58.6445 Vload @ Vbat 5v 0 100 mV 2 25C 342 6.94 0.17 95.50 13.26 177.75 13.2645 Vload @ Vbat 5v 0 100 mV 2 ‐40C 339 5.34 0.12 137.70 14.71 260.70 14.7145 Vload @ Vbat 5v 0 100 mV 3 125C 306 9.72 0.11 149.57 29.08 270.07 29.0845 Vload @ Vbat 5v 0 100 mV 3 25C 335 6.96 0.12 144.13 20.05 268.20 20.0545 Vload @ Vbat 5v 0 100 mV 3 ‐40C 338 5.26 0.13 132.26 13.92 250.59 13.9246 Vload @ Vbat 27v 0 100 mV 1 125C 3377 9.87 0.16 103.15 20.35 185.95 20.3546 Vload @ Vbat 27v 0 100 mV 1 25C 336 7.04 0.14 115.76 16.29 215.22 16.2946 Vload @ Vbat 27v 0 100 mV 1 ‐40C 337 4.99 0.14 121.98 12.16 231.79 12.1646 Vload @ Vbat 27v 0 100 mV 2 125C 333 9.63 0.07 254.65 49.07 460.23 49.0746 Vload @ Vbat 27v 0 100 mV 2 25C 342 6.85 0.18 91.81 12.58 171.03 12.5846 Vload @ Vbat 27v 0 100 mV 2 ‐40C 339 5.28 0.12 143.35 15.14 271.55 15.1446 Vload @ Vbat 27v 0 100 mV 3 125C 306 9.65 0.08 204.44 39.47 369.40 39.4746 Vload @ Vbat 27v 0 100 mV 3 25C 335 6.87 0.12 137.09 18.85 255.34 18.8546 Vload @ Vbat 27v 0 100 mV 3 ‐40C 338 5.24 0.12 133.89 14.03 253.74 14.0347 Vload_lob @ Vbat 0v 0 1 V 1 125C 3377 0.57 0.00 297.49 340.18 254.80 254.8047 Vload_lob @ Vbat 0v 0 1 V 1 25C 336 0.74 0.00 180.18 265.59 94.78 94.7847 Vload_lob @ Vbat 0v 0 1 V 1 ‐40C 337 0.85 0.00 77.13 130.59 23.67 23.6747 Vload_lob @ Vbat 0v 0 1 V 2 125C 333 0.56 0.00 86.94 96.61 77.27 77.2747 Vload_lob @ Vbat 0v 0 1 V 2 25C 342 0.73 0.01 17.43 25.49 9.38 9.38




47 Vload_lob @ Vbat 0v 0 1 V 2 ‐40C 339 0.84 0.00 157.99 264.68 51.30 51.3047 Vload_lob @ Vbat 0v 0 1 V 3 125C 306 0.55 0.00 116.20 128.84 103.56 103.5647 Vload_lob @ Vbat 0v 0 1 V 3 25C 335 0.74 0.00 138.23 204.20 72.27 72.2747 Vload_lob @ Vbat 0v 0 1 V 3 ‐40C 338 0.85 0.00 155.51 263.69 47.34 47.3448 VBUS_ao_wu_lr@BAT 12v 9.9 12.5 V 1 125C 3377 10.50 0.07 6.00 2.78 9.22 2.7848 VBUS_ao_wu_lr@BAT 12v 9.9 12.5 V 1 25C 336 10.60 0.07 6.04 3.25 8.83 3.2548 VBUS_ao_wu_lr@BAT 12v 9.9 12.5 V 1 ‐40C 337 10.43 0.06 7.23 2.96 11.50 2.9648 VBUS_ao_wu_lr@BAT 12v 9.9 12.5 V 2 125C 333 10.57 0.07 6.58 3.41 9.76 3.4148 VBUS_ao_wu_lr@BAT 12v 9.9 12.5 V 2 25C 342 10.63 0.06 7.46 4.17 10.76 4.1748 VBUS_ao_wu_lr@BAT 12v 9.9 12.5 V 2 ‐40C 339 10.46 0.07 6.19 2.67 9.71 2.6748 VBUS_ao_wu_lr@BAT 12v 9.9 12.5 V 3 125C 306 10.49 0.05 8.91 4.02 13.80 4.0248 VBUS_ao_wu_lr@BAT 12v 9.9 12.5 V 3 25C 335 10.60 0.07 6.32 3.39 9.25 3.3948 VBUS_ao_wu_lr@BAT 12v 9.9 12.5 V 3 ‐40C 338 10.42 0.06 7.72 3.12 12.32 3.1249 VBUS_ao_wu_lr@BAT 18v 9.9 12.5 V 1 125C 3377 10.63 0.05 8.09 4.55 11.63 4.5549 VBUS_ao_wu_lr@BAT 18v 9.9 12.5 V 1 25C 336 10.63 0.04 11.64 6.58 16.71 6.5849 VBUS_ao_wu_lr@BAT 18v 9.9 12.5 V 1 ‐40C 337 10.50 0.03 13.16 6.11 20.21 6.1149 VBUS_ao_wu_lr@BAT 18v 9.9 12.5 V 2 125C 333 10.69 0.04 10.81 6.59 15.04 6.5949 VBUS_ao_wu_lr@BAT 18v 9.9 12.5 V 2 25C 342 10.66 0.04 10.62 6.17 15.06 6.1749 VBUS_ao_wu_lr@BAT 18v 9.9 12.5 V 2 ‐40C 339 10.52 0.04 11.46 5.48 17.44 5.4849 VBUS_ao_wu_lr@BAT 18v 9.9 12.5 V 3 125C 306 10.63 0.04 9.86 5.51 14.20 5.5149 VBUS_ao_wu_lr@BAT 18v 9.9 12.5 V 3 25C 335 10.63 0.03 12.51 7.05 17.96 7.0549 VBUS_ao_wu_lr@BAT 18v 9.9 12.5 V 3 ‐40C 338 10.50 0.04 12.03 5.51 18.55 5.5150 VBUS_ao_wu_lr@BAT 27v 9.9 12.5 V 1 125C 3377 10.68 0.05 8.00 4.81 11.20 4.8150 VBUS_ao_wu_lr@BAT 27v 9.9 12.5 V 1 25C 336 10.68 0.04 11.54 6.91 16.16 6.9150 VBUS_ao_wu_lr@BAT 27v 9.9 12.5 V 1 ‐40C 337 10.55 0.03 13.09 6.55 19.62 6.5550 VBUS_ao_wu_lr@BAT 27v 9.9 12.5 V 2 125C 333 10.74 0.04 10.96 7.09 14.82 7.0950 VBUS_ao_wu_lr@BAT 27v 9.9 12.5 V 2 25C 342 10.70 0.04 10.74 6.62 14.87 6.6250 VBUS_ao_wu_lr@BAT 27v 9.9 12.5 V 2 ‐40C 339 10.57 0.04 11.59 5.98 17.21 5.9850 VBUS_ao_wu_lr@BAT 27v 9.9 12.5 V 3 125C 306 10.68 0.04 9.68 5.79 13.58 5.7950 VBUS_ao_wu_lr@BAT 27v 9.9 12.5 V 3 25C 335 10.68 0.03 12.52 7.49 17.55 7.4950 VBUS_ao_wu_lr@BAT 27v 9.9 12.5 V 3 ‐40C 338 10.54 0.04 12.17 6.03 18.31 6.0351 VBUS_ao_wu_hr@BAT 12v 9.9 12.5 V 1 125C 3377 10.90 0.09 4.80 3.71 5.89 3.7151 VBUS_ao_wu_hr@BAT 12v 9.9 12.5 V 1 25C 336 11.02 0.14 3.16 2.72 3.61 2.7251 VBUS_ao_wu_hr@BAT 12v 9.9 12.5 V 1 ‐40C 337 10.78 0.07 6.06 4.10 8.03 4.1051 VBUS_ao_wu_hr@BAT 12v 9.9 12.5 V 2 125C 333 10.97 0.09 5.03 4.15 5.90 4.1551 VBUS_ao_wu_hr@BAT 12v 9.9 12.5 V 2 25C 342 11.06 0.11 3.85 3.45 4.25 3.4551 VBUS_ao_wu_hr@BAT 12v 9.9 12.5 V 2 ‐40C 339 10.81 0.09 5.07 3.57 6.58 3.5751 VBUS_ao_wu_hr@BAT 12v 9.9 12.5 V 3 125C 306 10.88 0.06 7.66 5.79 9.53 5.7951 VBUS_ao_wu_hr@BAT 12v 9.9 12.5 V 3 25C 335 11.01 0.12 3.50 2.99 4.02 2.9951 VBUS_ao_wu_hr@BAT 12v 9.9 12.5 V 3 ‐40C 338 10.78 0.06 7.20 4.86 9.54 4.8652 VBUS_ao_wu_hr@BAT 18v 9.9 12.5 V 1 125C 3377 11.02 0.06 7.12 6.11 8.13 6.1152 VBUS_ao_wu_hr@BAT 18v 9.9 12.5 V 1 25C 336 10.98 0.04 10.52 8.70 12.33 8.7052 VBUS_ao_wu_hr@BAT 18v 9.9 12.5 V 1 ‐40C 337 10.83 0.03 12.70 9.12 16.28 9.1252 VBUS_ao_wu_hr@BAT 18v 9.9 12.5 V 2 125C 333 11.07 0.04 11.92 10.73 13.12 10.7352 VBUS_ao_wu_hr@BAT 18v 9.9 12.5 V 2 25C 342 10.99 0.04 11.50 9.68 13.33 9.6852 VBUS_ao_wu_hr@BAT 18v 9.9 12.5 V 2 ‐40C 339 10.85 0.04 12.16 8.91 15.41 8.9152 VBUS_ao_wu_hr@BAT 18v 9.9 12.5 V 3 125C 306 11.01 0.05 8.42 7.17 9.66 7.1752 VBUS_ao_wu_hr@BAT 18v 9.9 12.5 V 3 25C 335 10.97 0.04 12.24 10.12 14.36 10.1252 VBUS_ao_wu_hr@BAT 18v 9.9 12.5 V 3 ‐40C 338 10.83 0.03 12.70 9.11 16.29 9.1153 VBUS_ao_wu_hr@BAT 27v 9.9 12.5 V 1 125C 3377 11.04 0.06 7.10 6.23 7.96 6.2353 VBUS_ao_wu_hr@BAT 27v 9.9 12.5 V 1 25C 336 10.99 0.04 10.48 8.82 12.14 8.8253 VBUS_ao_wu_hr@BAT 27v 9.9 12.5 V 1 ‐40C 337 10.85 0.03 12.65 9.24 16.06 9.2453 VBUS_ao_wu_hr@BAT 27v 9.9 12.5 V 2 125C 333 11.09 0.04 11.98 11.00 12.96 11.0053 VBUS_ao_wu_hr@BAT 27v 9.9 12.5 V 2 25C 342 11.01 0.04 11.52 9.87 13.17 9.8753 VBUS_ao_wu_hr@BAT 27v 9.9 12.5 V 2 ‐40C 339 10.87 0.04 12.22 9.13 15.31 9.1353 VBUS_ao_wu_hr@BAT 27v 9.9 12.5 V 3 125C 306 11.03 0.05 8.34 7.27 9.41 7.2753 VBUS_ao_wu_hr@BAT 27v 9.9 12.5 V 3 25C 335 10.99 0.04 12.18 10.24 14.12 10.2453 VBUS_ao_wu_hr@BAT 27v 9.9 12.5 V 3 ‐40C 338 10.85 0.03 12.75 9.31 16.20 9.3154 VBUS_ao_wu_lb_lr@BAT 5v 3.5 5 V 1 125C 3377 4.07 0.00 211.17 161.70 260.63 161.7054 VBUS_ao_wu_lb_lr@BAT 5v 3.5 5 V 1 25C 336 3.98 0.00 72.44 46.33 98.54 46.33




54 VBUS_ao_wu_lb_lr@BAT 5v 3.5 5 V 1 ‐40C 337 3.91 0.00 114.25 62.18 166.32 62.1854 VBUS_ao_wu_lb_lr@BAT 5v 3.5 5 V 2 125C 333 4.09 0.00 141.29 111.36 171.22 111.3654 VBUS_ao_wu_lb_lr@BAT 5v 3.5 5 V 2 25C 342 3.98 0.01 37.94 24.36 51.53 24.3654 VBUS_ao_wu_lb_lr@BAT 5v 3.5 5 V 2 ‐40C 339 3.91 0.00 146.03 80.07 211.98 80.0754 VBUS_ao_wu_lb_lr@BAT 5v 3.5 5 V 3 125C 306 4.09 0.00 127.12 100.01 154.23 100.0154 VBUS_ao_wu_lb_lr@BAT 5v 3.5 5 V 3 25C 335 3.98 0.00 133.93 85.45 182.41 85.4554 VBUS_ao_wu_lb_lr@BAT 5v 3.5 5 V 3 ‐40C 338 3.90 0.00 74.46 40.00 108.93 40.0055 VBUS_ao_wu_lb_hr@BAT 5v 3.5 5 V 1 125C 3377 4.41 0.00 357.44 432.64 282.23 282.2355 VBUS_ao_wu_lb_hr@BAT 5v 3.5 5 V 1 25C 336 4.24 0.00 169.14 167.74 170.55 167.7455 VBUS_ao_wu_lb_hr@BAT 5v 3.5 5 V 1 ‐40C 337 4.12 0.00 89.97 74.96 104.97 74.9655 VBUS_ao_wu_lb_hr@BAT 5v 3.5 5 V 2 125C 333 4.42 0.00 125.98 154.81 97.16 97.1655 VBUS_ao_wu_lb_hr@BAT 5v 3.5 5 V 2 25C 342 4.24 0.01 25.79 25.58 26.00 25.5855 VBUS_ao_wu_lb_hr@BAT 5v 3.5 5 V 2 ‐40C 339 4.13 0.00 99.12 83.31 114.93 83.3155 VBUS_ao_wu_lb_hr@BAT 5v 3.5 5 V 3 125C 306 4.42 0.00 165.57 203.69 127.45 127.4555 VBUS_ao_wu_lb_hr@BAT 5v 3.5 5 V 3 25C 335 4.24 0.00 161.82 159.30 164.33 159.3055 VBUS_ao_wu_lb_hr@BAT 5v 3.5 5 V 3 ‐40C 338 4.12 0.00 112.40 93.07 131.73 93.0756 VBUS_ao_wu_lb_lr@BAT 8v 6.5 8 V 1 125C 3377 6.82 0.00 151.11 65.26 236.96 65.2656 VBUS_ao_wu_lb_lr@BAT 8v 6.5 8 V 1 25C 336 6.75 0.01 46.78 15.68 77.88 15.6856 VBUS_ao_wu_lb_lr@BAT 8v 6.5 8 V 1 ‐40C 337 6.70 0.00 93.74 25.59 161.89 25.5956 VBUS_ao_wu_lb_lr@BAT 8v 6.5 8 V 2 125C 333 6.85 0.00 120.52 56.78 184.26 56.7856 VBUS_ao_wu_lb_lr@BAT 8v 6.5 8 V 2 25C 342 6.77 0.01 42.64 15.18 70.09 15.1856 VBUS_ao_wu_lb_lr@BAT 8v 6.5 8 V 2 ‐40C 339 6.71 0.00 119.43 33.25 205.61 33.2556 VBUS_ao_wu_lb_lr@BAT 8v 6.5 8 V 3 125C 306 6.85 0.00 102.90 48.15 157.65 48.1556 VBUS_ao_wu_lb_lr@BAT 8v 6.5 8 V 3 25C 335 6.76 0.00 93.90 32.91 154.90 32.9156 VBUS_ao_wu_lb_lr@BAT 8v 6.5 8 V 3 ‐40C 338 6.70 0.01 46.81 12.35 81.28 12.3557 VBUS_ao_wu_lb_hr@BAT 8v 6.5 8 V 1 125C 3377 7.37 0.00 351.72 406.16 297.27 297.2757 VBUS_ao_wu_lb_hr@BAT 8v 6.5 8 V 1 25C 336 7.21 0.00 155.77 147.37 164.18 147.3757 VBUS_ao_wu_lb_hr@BAT 8v 6.5 8 V 1 ‐40C 337 7.10 0.00 93.24 74.03 112.44 74.0357 VBUS_ao_wu_lb_hr@BAT 8v 6.5 8 V 2 125C 333 7.38 0.00 135.55 158.61 112.49 112.4957 VBUS_ao_wu_lb_hr@BAT 8v 6.5 8 V 2 25C 342 7.21 0.01 27.23 25.78 28.68 25.7857 VBUS_ao_wu_lb_hr@BAT 8v 6.5 8 V 2 ‐40C 339 7.10 0.00 106.77 85.68 127.86 85.6857 VBUS_ao_wu_lb_hr@BAT 8v 6.5 8 V 3 125C 306 7.38 0.00 175.43 205.49 145.36 145.3657 VBUS_ao_wu_lb_hr@BAT 8v 6.5 8 V 3 25C 335 7.20 0.00 186.22 174.73 197.70 174.7357 VBUS_ao_wu_lb_hr@BAT 8v 6.5 8 V 3 ‐40C 338 7.09 0.00 119.62 94.32 144.93 94.3258 VBUS_ao_wu_lb_lr@BAT 11v 9.5 11 V 1 125C 3377 9.77 0.00 116.41 41.94 190.88 41.9458 VBUS_ao_wu_lb_lr@BAT 11v 9.5 11 V 1 25C 336 9.72 0.01 32.99 9.57 56.42 9.5758 VBUS_ao_wu_lb_lr@BAT 11v 9.5 11 V 1 ‐40C 337 9.67 0.00 73.64 16.68 130.59 16.6858 VBUS_ao_wu_lb_lr@BAT 11v 9.5 11 V 2 125C 333 9.79 0.00 100.21 38.64 161.78 38.6458 VBUS_ao_wu_lb_lr@BAT 11v 9.5 11 V 2 25C 342 9.72 0.01 45.18 13.26 77.11 13.2658 VBUS_ao_wu_lb_lr@BAT 11v 9.5 11 V 2 ‐40C 339 9.67 0.00 95.84 22.01 169.66 22.0158 VBUS_ao_wu_lb_lr@BAT 11v 9.5 11 V 3 125C 306 9.79 0.00 85.74 32.62 138.86 32.6258 VBUS_ao_wu_lb_lr@BAT 11v 9.5 11 V 3 25C 335 9.72 0.00 70.82 20.54 121.09 20.5458 VBUS_ao_wu_lb_lr@BAT 11v 9.5 11 V 3 ‐40C 338 9.66 0.01 33.35 7.16 59.54 7.1659 VBUS_ao_wu_lb_hr@BAT 11v 9.5 11 V 1 125C 3377 10.34 0.00 341.36 384.29 298.43 298.4359 VBUS_ao_wu_lb_hr@BAT 11v 9.5 11 V 1 25C 336 10.19 0.00 154.61 142.86 166.35 142.8659 VBUS_ao_wu_lb_hr@BAT 11v 9.5 11 V 1 ‐40C 337 10.08 0.00 94.67 73.41 115.93 73.4159 VBUS_ao_wu_lb_hr@BAT 11v 9.5 11 V 2 125C 333 10.35 0.00 133.29 151.51 115.08 115.0859 VBUS_ao_wu_lb_hr@BAT 11v 9.5 11 V 2 25C 342 10.19 0.01 28.07 25.85 30.29 25.8559 VBUS_ao_wu_lb_hr@BAT 11v 9.5 11 V 2 ‐40C 339 10.09 0.00 110.09 86.16 134.02 86.1659 VBUS_ao_wu_lb_hr@BAT 11v 9.5 11 V 3 125C 306 10.35 0.00 166.73 189.72 143.75 143.7559 VBUS_ao_wu_lb_hr@BAT 11v 9.5 11 V 3 25C 335 10.19 0.00 183.85 167.93 199.77 167.9359 VBUS_ao_wu_lb_hr@BAT 11v 9.5 11 V 3 ‐40C 338 10.08 0.00 114.71 88.23 141.19 88.2360 VBUS_ao_hs_lr@BAT 8v 4.2 5.1 V 1 125C 3377 4.54 0.02 7.07 5.36 8.78 5.3660 VBUS_ao_hs_lr@BAT 8v 4.2 5.1 V 1 25C 336 4.53 0.02 9.98 7.28 12.69 7.2860 VBUS_ao_hs_lr@BAT 8v 4.2 5.1 V 1 ‐40C 337 4.49 0.01 10.23 6.59 13.88 6.5960 VBUS_ao_hs_lr@BAT 8v 4.2 5.1 V 2 125C 333 4.52 0.02 8.11 5.75 10.47 5.7560 VBUS_ao_hs_lr@BAT 8v 4.2 5.1 V 2 25C 342 4.53 0.02 8.44 6.18 10.70 6.1860 VBUS_ao_hs_lr@BAT 8v 4.2 5.1 V 2 ‐40C 339 4.48 0.02 8.68 5.37 11.98 5.3760 VBUS_ao_hs_lr@BAT 8v 4.2 5.1 V 3 125C 306 4.50 0.02 9.08 5.97 12.19 5.9760 VBUS_ao_hs_lr@BAT 8v 4.2 5.1 V 3 25C 335 4.53 0.01 10.71 7.76 13.65 7.76




60 VBUS_ao_hs_lr@BAT 8v 4.2 5.1 V 3 ‐40C 338 4.48 0.02 9.28 5.68 12.87 5.6861 VBUS_ao_hs_lr@BAT 16v 4.2 5.1 V 1 125C 3377 4.59 0.02 6.71 5.86 7.57 5.8661 VBUS_ao_hs_lr@BAT 16v 4.2 5.1 V 1 25C 336 4.58 0.02 9.47 7.94 11.01 7.9461 VBUS_ao_hs_lr@BAT 16v 4.2 5.1 V 1 ‐40C 337 4.54 0.02 9.87 7.42 12.33 7.4261 VBUS_ao_hs_lr@BAT 16v 4.2 5.1 V 2 125C 333 4.57 0.02 8.43 6.96 9.90 6.9661 VBUS_ao_hs_lr@BAT 16v 4.2 5.1 V 2 25C 342 4.58 0.02 8.67 7.29 10.06 7.2961 VBUS_ao_hs_lr@BAT 16v 4.2 5.1 V 2 ‐40C 339 4.53 0.02 8.80 6.39 11.21 6.3961 VBUS_ao_hs_lr@BAT 16v 4.2 5.1 V 3 125C 306 4.55 0.02 8.70 6.74 10.66 6.7461 VBUS_ao_hs_lr@BAT 16v 4.2 5.1 V 3 25C 335 4.57 0.01 10.74 8.94 12.54 8.9461 VBUS_ao_hs_lr@BAT 16v 4.2 5.1 V 3 ‐40C 338 4.52 0.02 9.28 6.67 11.89 6.6762 VBUS_ao_hs_hr@BAT 8v 4.2 5.1 V 1 125C 3377 4.64 0.02 6.62 6.46 6.79 6.4662 VBUS_ao_hs_hr@BAT 8v 4.2 5.1 V 1 25C 336 4.66 0.02 9.44 9.61 9.28 9.2862 VBUS_ao_hs_hr@BAT 8v 4.2 5.1 V 1 ‐40C 337 4.62 0.01 10.24 9.45 11.02 9.4562 VBUS_ao_hs_hr@BAT 8v 4.2 5.1 V 2 125C 333 4.65 0.02 9.25 9.25 9.25 9.2562 VBUS_ao_hs_hr@BAT 8v 4.2 5.1 V 2 25C 342 4.66 0.02 9.30 9.52 9.07 9.0762 VBUS_ao_hs_hr@BAT 8v 4.2 5.1 V 2 ‐40C 339 4.62 0.02 9.15 8.45 9.85 8.4562 VBUS_ao_hs_hr@BAT 8v 4.2 5.1 V 3 125C 306 4.63 0.02 8.53 8.14 8.93 8.1462 VBUS_ao_hs_hr@BAT 8v 4.2 5.1 V 3 25C 335 4.66 0.01 11.60 11.74 11.46 11.4662 VBUS_ao_hs_hr@BAT 8v 4.2 5.1 V 3 ‐40C 338 4.61 0.01 10.16 9.21 11.11 9.2163 VBUS_ao_hs_hr@BAT 16v 4.2 5.1 V 1 125C 3377 4.69 0.02 6.31 6.80 5.82 5.8263 VBUS_ao_hs_hr@BAT 16v 4.2 5.1 V 1 25C 336 4.70 0.02 8.96 9.93 7.99 7.9963 VBUS_ao_hs_hr@BAT 16v 4.2 5.1 V 1 ‐40C 337 4.65 0.02 9.88 9.97 9.78 9.7863 VBUS_ao_hs_hr@BAT 16v 4.2 5.1 V 2 125C 333 4.70 0.02 9.56 10.54 8.57 8.5763 VBUS_ao_hs_hr@BAT 16v 4.2 5.1 V 2 25C 342 4.70 0.02 9.50 10.58 8.42 8.4263 VBUS_ao_hs_hr@BAT 16v 4.2 5.1 V 2 ‐40C 339 4.65 0.02 9.21 9.28 9.14 9.1463 VBUS_ao_hs_hr@BAT 16v 4.2 5.1 V 3 125C 306 4.68 0.02 8.09 8.55 7.64 7.6463 VBUS_ao_hs_hr@BAT 16v 4.2 5.1 V 3 25C 335 4.70 0.01 11.41 12.56 10.25 10.2563 VBUS_ao_hs_hr@BAT 16v 4.2 5.1 V 3 ‐40C 338 4.65 0.01 10.12 10.03 10.21 10.0364 VBUS_ao_n_lr@BAT 6v 4.4 5.1 V 1 125C 3377 4.55 0.02 5.53 2.42 8.65 2.4264 VBUS_ao_n_lr@BAT 6v 4.4 5.1 V 1 25C 336 4.56 0.02 6.80 3.19 10.41 3.1964 VBUS_ao_n_lr@BAT 6v 4.4 5.1 V 1 ‐40C 337 4.53 0.02 6.63 2.49 10.77 2.4964 VBUS_ao_n_lr@BAT 6v 4.4 5.1 V 2 125C 333 4.57 0.02 5.20 2.59 7.80 2.5964 VBUS_ao_n_lr@BAT 6v 4.4 5.1 V 2 25C 342 4.57 0.02 5.11 2.50 7.71 2.5064 VBUS_ao_n_lr@BAT 6v 4.4 5.1 V 2 ‐40C 339 4.54 0.02 5.29 2.06 8.52 2.0664 VBUS_ao_n_lr@BAT 6v 4.4 5.1 V 3 125C 306 4.56 0.02 6.07 2.70 9.44 2.7064 VBUS_ao_n_lr@BAT 6v 4.4 5.1 V 3 25C 335 4.57 0.02 6.19 2.98 9.40 2.9864 VBUS_ao_n_lr@BAT 6v 4.4 5.1 V 3 ‐40C 338 4.53 0.02 5.50 2.05 8.96 2.0565 VBUS_ao_n_lr@BAT 18v 4.4 5.1 V 1 125C 3377 4.68 0.02 4.81 3.81 5.81 3.8165 VBUS_ao_n_lr@BAT 18v 4.4 5.1 V 1 25C 336 4.66 0.02 6.10 4.56 7.64 4.5665 VBUS_ao_n_lr@BAT 18v 4.4 5.1 V 1 ‐40C 337 4.60 0.02 6.05 3.47 8.62 3.4765 VBUS_ao_n_lr@BAT 18v 4.4 5.1 V 2 125C 333 4.70 0.02 4.86 4.13 5.58 4.1365 VBUS_ao_n_lr@BAT 18v 4.4 5.1 V 2 25C 342 4.67 0.03 4.62 3.51 5.74 3.5165 VBUS_ao_n_lr@BAT 18v 4.4 5.1 V 2 ‐40C 339 4.60 0.02 4.83 2.81 6.85 2.8165 VBUS_ao_n_lr@BAT 18v 4.4 5.1 V 3 125C 306 4.68 0.02 5.53 4.39 6.68 4.3965 VBUS_ao_n_lr@BAT 18v 4.4 5.1 V 3 25C 335 4.66 0.02 5.63 4.18 7.08 4.1865 VBUS_ao_n_lr@BAT 18v 4.4 5.1 V 3 ‐40C 338 4.60 0.02 4.98 2.79 7.17 2.7966 VBUS_ao_n_lr@BAT 27v 4.4 5.1 V 1 125C 3377 4.71 0.02 4.76 4.16 5.36 4.1666 VBUS_ao_n_lr@BAT 27v 4.4 5.1 V 1 25C 336 4.69 0.02 6.07 5.02 7.12 5.0266 VBUS_ao_n_lr@BAT 27v 4.4 5.1 V 1 ‐40C 337 4.64 0.02 6.07 4.08 8.06 4.0866 VBUS_ao_n_lr@BAT 27v 4.4 5.1 V 2 125C 333 4.73 0.02 4.93 4.58 5.27 4.5866 VBUS_ao_n_lr@BAT 27v 4.4 5.1 V 2 25C 342 4.69 0.02 4.70 3.95 5.46 3.9566 VBUS_ao_n_lr@BAT 27v 4.4 5.1 V 2 ‐40C 339 4.64 0.02 4.95 3.37 6.53 3.3766 VBUS_ao_n_lr@BAT 27v 4.4 5.1 V 3 125C 306 4.71 0.02 5.45 4.77 6.13 4.7766 VBUS_ao_n_lr@BAT 27v 4.4 5.1 V 3 25C 335 4.69 0.02 5.67 4.68 6.67 4.6866 VBUS_ao_n_lr@BAT 27v 4.4 5.1 V 3 ‐40C 338 4.63 0.02 5.08 3.37 6.79 3.3767 VBUS_ao_n_hr @Vbat=6v 4.4 5.1 V 1 125C 3377 4.78 0.02 4.93 5.38 4.47 4.4767 VBUS_ao_n_hr @Vbat=6v 4.4 5.1 V 1 25C 336 4.76 0.02 6.56 6.73 6.38 6.3867 VBUS_ao_n_hr @Vbat=6v 4.4 5.1 V 1 ‐40C 337 4.71 0.02 6.75 5.98 7.52 5.9867 VBUS_ao_n_hr @Vbat=6v 4.4 5.1 V 2 125C 333 4.80 0.02 5.64 6.47 4.82 4.8267 VBUS_ao_n_hr @Vbat=6v 4.4 5.1 V 2 25C 342 4.77 0.02 5.46 5.72 5.20 5.20




67 VBUS_ao_n_hr @Vbat=6v 4.4 5.1 V 2 ‐40C 339 4.72 0.02 5.76 5.21 6.31 5.2167 VBUS_ao_n_hr @Vbat=6v 4.4 5.1 V 3 125C 306 4.78 0.02 5.38 5.90 4.86 4.8667 VBUS_ao_n_hr @Vbat=6v 4.4 5.1 V 3 25C 335 4.76 0.02 6.38 6.62 6.14 6.1467 VBUS_ao_n_hr @Vbat=6v 4.4 5.1 V 3 ‐40C 338 4.71 0.02 5.97 5.33 6.62 5.3368 VBUS_ao_n_hr @Vbat=18v 4.4 5.1 V 1 125C 3377 4.90 0.03 4.30 6.13 2.47 2.4768 VBUS_ao_n_hr @Vbat=18v 4.4 5.1 V 1 25C 336 4.85 0.02 5.80 7.45 4.15 4.1568 VBUS_ao_n_hr @Vbat=18v 4.4 5.1 V 1 ‐40C 337 4.77 0.02 6.07 6.45 5.69 5.6968 VBUS_ao_n_hr @Vbat=18v 4.4 5.1 V 2 125C 333 4.92 0.02 5.21 7.70 2.73 2.7368 VBUS_ao_n_hr @Vbat=18v 4.4 5.1 V 2 25C 342 4.85 0.02 4.88 6.32 3.44 3.4468 VBUS_ao_n_hr @Vbat=18v 4.4 5.1 V 2 ‐40C 339 4.78 0.02 5.13 5.52 4.74 4.7468 VBUS_ao_n_hr @Vbat=18v 4.4 5.1 V 3 125C 306 4.90 0.02 4.90 6.97 2.83 2.8368 VBUS_ao_n_hr @Vbat=18v 4.4 5.1 V 3 25C 335 4.85 0.02 5.76 7.36 4.15 4.1568 VBUS_ao_n_hr @Vbat=18v 4.4 5.1 V 3 ‐40C 338 4.77 0.02 5.30 5.59 5.00 5.0069 VBUS_ao_n_hr@Vbat=27v 4.4 5.1 V 1 125C 3377 4.91 0.03 4.28 6.27 2.30 2.3069 VBUS_ao_n_hr@Vbat=27v 4.4 5.1 V 1 25C 336 4.86 0.02 5.78 7.60 3.95 3.9569 VBUS_ao_n_hr@Vbat=27v 4.4 5.1 V 1 ‐40C 337 4.78 0.02 6.10 6.68 5.51 5.5169 VBUS_ao_n_hr@Vbat=27v 4.4 5.1 V 2 125C 333 4.93 0.02 5.25 7.96 2.54 2.5469 VBUS_ao_n_hr@Vbat=27v 4.4 5.1 V 2 25C 342 4.86 0.02 4.93 6.54 3.32 3.3269 VBUS_ao_n_hr@Vbat=27v 4.4 5.1 V 2 ‐40C 339 4.79 0.02 5.23 5.81 4.65 4.6569 VBUS_ao_n_hr@Vbat=27v 4.4 5.1 V 3 125C 306 4.91 0.02 4.85 7.10 2.60 2.6069 VBUS_ao_n_hr@Vbat=27v 4.4 5.1 V 3 25C 335 4.86 0.02 5.76 7.55 3.96 3.9669 VBUS_ao_n_hr@Vbat=27v 4.4 5.1 V 3 ‐40C 338 4.78 0.02 5.38 5.88 4.88 4.8870 VBUS_ao_n_lb_lr @VBAT=5v 3.4 5 V 1 125C 3377 4.08 0.00 227.66 192.11 263.21 192.1170 VBUS_ao_n_lb_lr @VBAT=5v 3.4 5 V 1 25C 336 3.98 0.00 77.45 56.12 98.77 56.1270 VBUS_ao_n_lb_lr @VBAT=5v 3.4 5 V 1 ‐40C 337 3.91 0.00 123.81 78.71 168.91 78.7170 VBUS_ao_n_lb_lr @VBAT=5v 3.4 5 V 2 125C 333 4.09 0.00 155.52 134.53 176.51 134.5370 VBUS_ao_n_lb_lr @VBAT=5v 3.4 5 V 2 25C 342 3.98 0.01 41.62 30.38 52.86 30.3870 VBUS_ao_n_lb_lr @VBAT=5v 3.4 5 V 2 ‐40C 339 3.91 0.00 157.93 101.30 214.55 101.3070 VBUS_ao_n_lb_lr @VBAT=5v 3.4 5 V 3 125C 306 4.09 0.00 136.29 117.70 154.87 117.7070 VBUS_ao_n_lb_lr @VBAT=5v 3.4 5 V 3 25C 335 3.98 0.00 141.07 102.34 179.81 102.3470 VBUS_ao_n_lb_lr @VBAT=5v 3.4 5 V 3 ‐40C 338 3.90 0.00 80.69 50.84 110.54 50.8471 VBUS_ao_n_lb_hr @VBAT=5v 3.4 5 V 1 125C 3377 4.45 0.00 361.07 473.45 248.69 248.6971 VBUS_ao_n_lb_hr @VBAT=5v 3.4 5 V 1 25C 336 4.27 0.00 183.16 199.98 166.35 166.3571 VBUS_ao_n_lb_hr @VBAT=5v 3.4 5 V 1 ‐40C 337 4.15 0.00 88.43 82.67 94.18 82.6771 VBUS_ao_n_lb_hr @VBAT=5v 3.4 5 V 2 125C 333 4.46 0.00 130.21 173.18 87.24 87.2471 VBUS_ao_n_lb_hr @VBAT=5v 3.4 5 V 2 25C 342 4.28 0.01 26.21 28.72 23.69 23.6971 VBUS_ao_n_lb_hr @VBAT=5v 3.4 5 V 2 ‐40C 339 4.16 0.00 96.27 90.95 101.59 90.9571 VBUS_ao_n_lb_hr @VBAT=5v 3.4 5 V 3 125C 306 4.47 0.00 167.99 223.67 112.31 112.3171 VBUS_ao_n_lb_hr @VBAT=5v 3.4 5 V 3 25C 335 4.27 0.00 186.15 202.37 169.92 169.9271 VBUS_ao_n_lb_hr @VBAT=5v 3.4 5 V 3 ‐40C 338 4.14 0.00 115.88 107.86 123.89 107.8672 VBUS_po_lr @vbat=5v ‐200 200 mV 1 125C 3377 0.06 0.01 8799.79 8802.64 8796.93 8796.9372 VBUS_po_lr @vbat=5v ‐200 200 mV 1 25C 336 0.03 0.01 7291.75 7292.71 7290.78 7290.7872 VBUS_po_lr @vbat=5v ‐200 200 mV 1 ‐40C 337 ‐0.05 0.01 6318.78 6317.16 6320.41 6317.1672 VBUS_po_lr @vbat=5v ‐200 200 mV 2 125C 333 0.02 0.01 7562.88 7563.70 7562.05 7562.0572 VBUS_po_lr @vbat=5v ‐200 200 mV 2 25C 342 ‐0.16 0.01 7266.73 7260.89 7272.56 7260.8972 VBUS_po_lr @vbat=5v ‐200 200 mV 2 ‐40C 339 ‐0.17 0.01 7954.50 7947.88 7961.12 7947.8872 VBUS_po_lr @vbat=5v ‐200 200 mV 3 125C 306 0.00 0.01 6664.81 6664.75 6664.87 6664.7572 VBUS_po_lr @vbat=5v ‐200 200 mV 3 25C 335 0.00 0.01 8519.48 8519.45 8519.50 8519.4572 VBUS_po_lr @vbat=5v ‐200 200 mV 3 ‐40C 338 ‐0.04 0.01 6526.96 6525.57 6528.35 6525.5773 VBUS_po_lr @Vbat=27v ‐200 200 mV 1 125C 3377 0.04 0.01 9206.52 9208.23 9204.81 9204.8173 VBUS_po_lr @Vbat=27v ‐200 200 mV 1 25C 336 0.02 0.01 6228.53 6229.06 6228.01 6228.0173 VBUS_po_lr @Vbat=27v ‐200 200 mV 1 ‐40C 337 ‐0.16 0.01 7397.56 7391.68 7403.45 7391.6873 VBUS_po_lr @Vbat=27v ‐200 200 mV 2 125C 333 ‐0.01 0.01 6946.48 6946.29 6946.67 6946.2973 VBUS_po_lr @Vbat=27v ‐200 200 mV 2 25C 342 ‐0.11 0.01 7540.51 7536.24 7544.77 7536.2473 VBUS_po_lr @Vbat=27v ‐200 200 mV 2 ‐40C 339 ‐0.12 0.01 7529.04 7524.42 7533.66 7524.4273 VBUS_po_lr @Vbat=27v ‐200 200 mV 3 125C 306 ‐0.03 0.01 6393.25 6392.18 6394.33 6392.1873 VBUS_po_lr @Vbat=27v ‐200 200 mV 3 25C 335 ‐0.03 0.01 6852.56 6851.39 6853.73 6851.3973 VBUS_po_lr @Vbat=27v ‐200 200 mV 3 ‐40C 338 ‐0.07 0.01 6345.18 6342.95 6347.42 6342.9574 [email protected] ‐350 ‐100 mA 1 125C 3377 ‐155.56 1.64 25.47 39.61 11.32 11.3274 [email protected] ‐350 ‐100 mA 1 25C 336 ‐200.11 1.71 24.38 29.23 19.52 19.52




74 [email protected] ‐350 ‐100 mA 1 ‐40C 337 ‐222.64 2.11 19.73 20.10 19.36 19.3674 [email protected] ‐350 ‐100 mA 2 125C 333 ‐155.07 1.90 21.97 34.26 9.68 9.6874 [email protected] ‐350 ‐100 mA 2 25C 342 ‐203.51 3.05 13.65 15.99 11.30 11.3074 [email protected] ‐350 ‐100 mA 2 ‐40C 339 ‐224.58 2.43 17.18 17.24 17.12 17.1274 [email protected] ‐350 ‐100 mA 3 125C 306 ‐151.43 2.17 19.20 30.49 7.90 7.9074 [email protected] ‐350 ‐100 mA 3 25C 335 ‐201.33 1.86 22.37 26.61 18.14 18.1474 [email protected] ‐350 ‐100 mA 3 ‐40C 338 ‐221.87 2.63 15.87 16.26 15.47 15.4775 IBUS_limit@VBAT18v ‐350 ‐100 mA 1 125C 3377 ‐152.86 1.53 27.26 43.00 11.53 11.5375 IBUS_limit@VBAT18v ‐350 ‐100 mA 1 25C 336 ‐199.17 1.67 24.96 30.11 19.80 19.8075 IBUS_limit@VBAT18v ‐350 ‐100 mA 1 ‐40C 337 ‐229.40 1.88 22.14 21.36 22.92 21.3675 IBUS_limit@VBAT18v ‐350 ‐100 mA 2 125C 333 ‐152.51 1.71 24.32 38.43 10.22 10.2275 IBUS_limit@VBAT18v ‐350 ‐100 mA 2 25C 342 ‐202.93 3.17 13.16 15.49 10.84 10.8475 IBUS_limit@VBAT18v ‐350 ‐100 mA 2 ‐40C 339 ‐232.27 1.79 23.33 21.97 24.69 21.9775 IBUS_limit@VBAT18v ‐350 ‐100 mA 3 125C 306 ‐148.80 1.97 21.16 34.06 8.26 8.2675 IBUS_limit@VBAT18v ‐350 ‐100 mA 3 25C 335 ‐200.66 1.79 23.24 27.76 18.71 18.7175 IBUS_limit@VBAT18v ‐350 ‐100 mA 3 ‐40C 338 ‐230.56 1.91 21.78 20.81 22.75 20.8176 IBUS_limit@VBAT27v ‐350 ‐100 mA 1 125C 3377 ‐154.12 1.57 26.54 41.58 11.49 11.4976 IBUS_limit@VBAT27v ‐350 ‐100 mA 1 25C 336 ‐201.71 1.69 24.65 29.24 20.05 20.0576 IBUS_limit@VBAT27v ‐350 ‐100 mA 1 ‐40C 337 ‐235.78 1.95 21.41 19.56 23.25 19.5676 IBUS_limit@VBAT27v ‐350 ‐100 mA 2 125C 333 ‐153.93 1.70 24.51 38.44 10.57 10.5776 IBUS_limit@VBAT27v ‐350 ‐100 mA 2 25C 342 ‐205.68 3.25 12.82 14.80 10.83 10.8376 IBUS_limit@VBAT27v ‐350 ‐100 mA 2 ‐40C 339 ‐238.89 1.66 25.03 22.25 27.81 22.2576 IBUS_limit@VBAT27v ‐350 ‐100 mA 3 125C 306 ‐150.28 1.99 20.92 33.43 8.42 8.4276 IBUS_limit@VBAT27v ‐350 ‐100 mA 3 25C 335 ‐203.53 1.83 22.82 26.74 18.90 18.9076 IBUS_limit@VBAT27v ‐350 ‐100 mA 3 ‐40C 338 ‐237.64 1.89 22.04 19.82 24.27 19.8277 IBUS_limit@VBAT13v ‐300 ‐100 mA 1 125C 3377 ‐153.86 1.57 21.1967 30.9764 11.417 11.41777 IBUS_limit@VBAT13v ‐300 ‐100 mA 1 25C 336 ‐199.66 1.69 19.73902 19.8067 19.671 19.671477 IBUS_limit@VBAT13v ‐300 ‐100 mA 1 ‐40C 337 ‐227.55 1.89 17.60644 12.755 22.458 12.75577 IBUS_limit@VBAT13v ‐300 ‐100 mA 2 125C 333 ‐153.47 1.79 18.66307 27.3476 9.9785 9.978577 IBUS_limit@VBAT13v ‐300 ‐100 mA 2 25C 342 ‐203.32 3.13 10.64804 10.2942 11.002 10.294277 IBUS_limit@VBAT13v ‐300 ‐100 mA 2 ‐40C 339 ‐230.23 1.91 17.46998 12.1886 22.751 12.188677 IBUS_limit@VBAT13v ‐300 ‐100 mA 3 125C 306 ‐149.76 2.05 16.26111 24.4302 8.092 8.0920177 IBUS_limit@VBAT13v ‐300 ‐100 mA 3 25C 335 ‐201.08 1.81 18.37296 18.1746 18.571 18.174677 IBUS_limit@VBAT13v ‐300 ‐100 mA 3 ‐40C 338 ‐228.29 2.01 16.61743 11.9169 21.318 11.916978 TLIM test check ‐1 1 mA 1 125C 3377 ‐0.01 0.02 17.87 17.61 18.13 17.6178 TLIM test check ‐1 1 mA 1 25C 336 0.03 0.01 36.62 37.56 35.68 35.6878 TLIM test check ‐1 1 mA 1 ‐40C 337 0.00 0.01 29.82 29.88 29.76 29.7678 TLIM test check ‐1 1 mA 2 125C 333 0.00 0.01 31.85 31.87 31.83 31.8378 TLIM test check ‐1 1 mA 2 25C 342 ‐0.03 0.02 19.75 19.21 20.30 19.2178 TLIM test check ‐1 1 mA 2 ‐40C 339 ‐0.01 0.02 19.32 19.09 19.54 19.0978 TLIM test check ‐1 1 mA 3 125C 306 0.00 0.01 30.09 30.01 30.16 30.0178 TLIM test check ‐1 1 mA 3 25C 335 0.00 0.01 31.57 31.57 31.57 31.5778 TLIM test check ‐1 1 mA 3 ‐40C 338 0.00 0.01 30.14 30.16 30.12 30.1279 Vbus_i_thf@Vbat 5v 2 2.2 V 1 125C 3377 2.08 0.01 2.58 2.17 2.99 2.1779 Vbus_i_thf@Vbat 5v 2 2.2 V 1 25C 336 2.08 0.01 3.84 3.06 4.61 3.0679 Vbus_i_thf@Vbat 5v 2 2.2 V 1 ‐40C 337 2.06 0.01 4.54 2.71 6.37 2.7179 Vbus_i_thf@Vbat 5v 2 2.2 V 2 125C 333 2.09 0.01 5.03 4.68 5.38 4.6879 Vbus_i_thf@Vbat 5v 2 2.2 V 2 25C 342 2.08 0.01 5.35 4.28 6.43 4.2879 Vbus_i_thf@Vbat 5v 2 2.2 V 2 ‐40C 339 2.06 0.01 5.10 2.97 7.24 2.9779 Vbus_i_thf@Vbat 5v 2 2.2 V 3 125C 306 2.08 0.01 2.93 2.42 3.44 2.4279 Vbus_i_thf@Vbat 5v 2 2.2 V 3 25C 335 2.08 0.01 4.18 3.33 5.03 3.3379 Vbus_i_thf@Vbat 5v 2 2.2 V 3 ‐40C 338 2.06 0.01 5.13 3.03 7.24 3.0380 Vbus_i_thf@vbat 27v 2 2.2 V 1 125C 3377 2.05 0.01 2.68 1.34 4.03 1.3480 Vbus_i_thf@vbat 27v 2 2.2 V 1 25C 336 2.06 0.01 4.02 2.38 5.66 2.3880 Vbus_i_thf@vbat 27v 2 2.2 V 1 ‐40C 337 2.05 0.01 4.59 2.25 6.93 2.2580 Vbus_i_thf@vbat 27v 2 2.2 V 2 125C 333 2.06 0.01 4.83 2.77 6.89 2.7780 Vbus_i_thf@vbat 27v 2 2.2 V 2 25C 342 2.06 0.01 5.24 3.10 7.38 3.1080 Vbus_i_thf@vbat 27v 2 2.2 V 2 ‐40C 339 2.05 0.01 5.10 2.40 7.81 2.4080 Vbus_i_thf@vbat 27v 2 2.2 V 3 125C 306 2.05 0.01 3.11 1.46 4.75 1.4680 Vbus_i_thf@vbat 27v 2 2.2 V 3 25C 335 2.06 0.01 4.38 2.59 6.17 2.59

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80 Vbus_i_thf@vbat 27v 2 2.2 V 3 ‐40C 338 2.05 0.01 5.14 2.45 7.83 2.4581 Vbus_i_thr@Vbat 5v 2 2.2 V 1 125C 3377 2.10 0.01 2.63 2.66 2.60 2.6081 Vbus_i_thr@Vbat 5v 2 2.2 V 1 25C 336 2.10 0.01 3.95 3.79 4.11 3.7981 Vbus_i_thr@Vbat 5v 2 2.2 V 1 ‐40C 337 2.08 0.01 4.73 3.63 5.84 3.6381 Vbus_i_thr@Vbat 5v 2 2.2 V 2 125C 333 2.11 0.01 4.96 5.44 4.49 4.4981 Vbus_i_thr@Vbat 5v 2 2.2 V 2 25C 342 2.10 0.01 5.37 5.10 5.63 5.1081 Vbus_i_thr@Vbat 5v 2 2.2 V 2 ‐40C 339 2.07 0.01 5.08 3.75 6.42 3.7581 Vbus_i_thr@Vbat 5v 2 2.2 V 3 125C 306 2.10 0.01 2.93 2.93 2.92 2.9281 Vbus_i_thr@Vbat 5v 2 2.2 V 3 25C 335 2.10 0.01 4.22 4.04 4.40 4.0481 Vbus_i_thr@Vbat 5v 2 2.2 V 3 ‐40C 338 2.08 0.01 5.09 3.83 6.34 3.8382 Vbus_i_thr@Vbat 27v 2 2.2 V 1 125C 3377 2.07 0.01 2.74 1.92 3.56 1.9282 Vbus_i_thr@Vbat 27v 2 2.2 V 1 25C 336 2.08 0.01 4.08 3.20 4.96 3.2082 Vbus_i_thr@Vbat 27v 2 2.2 V 1 ‐40C 337 2.07 0.01 4.74 3.19 6.30 3.1982 Vbus_i_thr@Vbat 27v 2 2.2 V 2 125C 333 2.08 0.01 4.76 3.69 5.83 3.6982 Vbus_i_thr@Vbat 27v 2 2.2 V 2 25C 342 2.08 0.01 5.28 4.10 6.45 4.1082 Vbus_i_thr@Vbat 27v 2 2.2 V 2 ‐40C 339 2.06 0.01 5.03 3.26 6.80 3.2682 Vbus_i_thr@Vbat 27v 2 2.2 V 3 125C 306 2.07 0.01 3.13 2.13 4.13 2.1382 Vbus_i_thr@Vbat 27v 2 2.2 V 3 25C 335 2.08 0.01 4.40 3.46 5.35 3.4682 Vbus_i_thr@Vbat 27v 2 2.2 V 3 ‐40C 338 2.07 0.01 5.18 3.42 6.95 3.4283 Vbus_i_thr_sl@Vbat 12v 6.6 7.9 V 1 125C 3377 7.56 0.03 6.25 9.28 3.23 3.2383 Vbus_i_thr_sl@Vbat 12v 6.6 7.9 V 1 25C 336 7.58 0.03 8.54 12.93 4.16 4.1683 Vbus_i_thr_sl@Vbat 12v 6.6 7.9 V 1 ‐40C 337 7.53 0.02 9.58 13.67 5.50 5.5083 Vbus_i_thr_sl@Vbat 12v 6.6 7.9 V 2 125C 333 7.59 0.02 11.08 16.89 5.27 5.2783 Vbus_i_thr_sl@Vbat 12v 6.6 7.9 V 2 25C 342 7.57 0.02 10.22 15.31 5.13 5.1383 Vbus_i_thr_sl@Vbat 12v 6.6 7.9 V 2 ‐40C 339 7.51 0.02 9.83 13.74 5.91 5.9183 Vbus_i_thr_sl@Vbat 12v 6.6 7.9 V 3 125C 306 7.57 0.03 6.57 9.78 3.36 3.3683 Vbus_i_thr_sl@Vbat 12v 6.6 7.9 V 3 25C 335 7.59 0.02 9.51 14.51 4.52 4.5283 Vbus_i_thr_sl@Vbat 12v 6.6 7.9 V 3 ‐40C 338 7.52 0.02 9.84 13.99 5.70 5.7084 Vbus_i_thr_sl@Vbat 27v 6.6 7.9 V 1 125C 3377 7.79 0.03 6.38 11.63 1.13 1.1384 Vbus_i_thr_sl@Vbat 27v 6.6 7.9 V 1 25C 336 7.75 0.03 8.60 15.18 2.01 2.0184 Vbus_i_thr_sl@Vbat 27v 6.6 7.9 V 1 ‐40C 337 7.66 0.02 9.77 15.87 3.67 3.6784 Vbus_i_thr_sl@Vbat 27v 6.6 7.9 V 2 125C 333 7.80 0.02 11.56 21.40 1.71 1.7184 Vbus_i_thr_sl@Vbat 27v 6.6 7.9 V 2 25C 342 7.73 0.02 10.16 17.66 2.66 2.6684 Vbus_i_thr_sl@Vbat 27v 6.6 7.9 V 2 ‐40C 339 7.63 0.02 10.09 16.03 4.14 4.1484 Vbus_i_thr_sl@Vbat 27v 6.6 7.9 V 3 125C 306 7.79 0.03 6.42 11.75 1.08 1.0884 Vbus_i_thr_sl@Vbat 27v 6.6 7.9 V 3 25C 335 7.75 0.02 9.49 16.83 2.15 2.1584 Vbus_i_thr_sl@Vbat 27v 6.6 7.9 V 3 ‐40C 338 7.65 0.02 9.79 15.83 3.74 3.7485 Vbus_i_thr_sl_lb@Vbat 5v 0.7 1.75 V 1 125C 3377 1.25 0.02 11.28 11.71 10.85 10.8585 Vbus_i_thr_sl_lb@Vbat 5v 0.7 1.75 V 1 25C 336 1.23 0.01 12.08 12.14 12.01 12.0185 Vbus_i_thr_sl_lb@Vbat 5v 0.7 1.75 V 1 ‐40C 337 1.23 0.01 13.16 13.19 13.12 13.1285 Vbus_i_thr_sl_lb@Vbat 5v 0.7 1.75 V 2 125C 333 1.25 0.01 12.98 13.57 12.39 12.3985 Vbus_i_thr_sl_lb@Vbat 5v 0.7 1.75 V 2 25C 342 1.23 0.01 13.69 13.78 13.60 13.6085 Vbus_i_thr_sl_lb@Vbat 5v 0.7 1.75 V 2 ‐40C 339 1.22 0.01 13.40 13.39 13.41 13.3985 Vbus_i_thr_sl_lb@Vbat 5v 0.7 1.75 V 3 125C 306 1.25 0.02 10.76 11.25 10.27 10.2785 Vbus_i_thr_sl_lb@Vbat 5v 0.7 1.75 V 3 25C 335 1.23 0.01 12.37 12.54 12.20 12.2085 Vbus_i_thr_sl_lb@Vbat 5v 0.7 1.75 V 3 ‐40C 338 1.23 0.01 12.32 12.45 12.19 12.1986 Vbus_i_thr_sl_lb@Vbat 5.5v 1.2 2.25 V 1 125C 3377 1.72 0.02 11.12 11.09 11.14 11.0986 Vbus_i_thr_sl_lb@Vbat 5.5v 1.2 2.25 V 1 25C 336 1.71 0.01 11.99 11.68 12.29 11.6886 Vbus_i_thr_sl_lb@Vbat 5.5v 1.2 2.25 V 1 ‐40C 337 1.71 0.01 12.67 12.40 12.95 12.4086 Vbus_i_thr_sl_lb@Vbat 5.5v 1.2 2.25 V 2 125C 333 1.73 0.01 12.80 12.90 12.71 12.7186 Vbus_i_thr_sl_lb@Vbat 5.5v 1.2 2.25 V 2 25C 342 1.71 0.01 13.61 13.29 13.92 13.2986 Vbus_i_thr_sl_lb@Vbat 5.5v 1.2 2.25 V 2 ‐40C 339 1.71 0.01 13.23 12.92 13.53 12.9286 Vbus_i_thr_sl_lb@Vbat 5.5v 1.2 2.25 V 3 125C 306 1.73 0.02 10.73 10.78 10.68 10.6886 Vbus_i_thr_sl_lb@Vbat 5.5v 1.2 2.25 V 3 25C 335 1.72 0.01 11.89 11.69 12.09 11.6986 Vbus_i_thr_sl_lb@Vbat 5.5v 1.2 2.25 V 3 ‐40C 338 1.72 0.01 11.96 11.80 12.13 11.8087 Vbus_i_thr_sl_lb@Vbat 6v 1.7 2.75 V 1 125C 3377 2.20 0.02 11.02 10.59 11.45 10.5987 Vbus_i_thr_sl_lb@Vbat 6v 1.7 2.75 V 1 25C 336 2.20 0.01 11.72 11.10 12.34 11.1087 Vbus_i_thr_sl_lb@Vbat 6v 1.7 2.75 V 1 ‐40C 337 2.20 0.01 12.69 12.15 13.23 12.1587 Vbus_i_thr_sl_lb@Vbat 6v 1.7 2.75 V 2 125C 333 2.21 0.01 12.74 12.39 13.09 12.3987 Vbus_i_thr_sl_lb@Vbat 6v 1.7 2.75 V 2 25C 342 2.20 0.01 13.65 12.98 14.31 12.98




87 Vbus_i_thr_sl_lb@Vbat 6v 1.7 2.75 V 2 ‐40C 339 2.20 0.01 13.23 12.66 13.80 12.6687 Vbus_i_thr_sl_lb@Vbat 6v 1.7 2.75 V 3 125C 306 2.21 0.02 10.63 10.29 10.98 10.2987 Vbus_i_thr_sl_lb@Vbat 6v 1.7 2.75 V 3 25C 335 2.20 0.01 12.03 11.50 12.56 11.5087 Vbus_i_thr_sl_lb@Vbat 6v 1.7 2.75 V 3 ‐40C 338 2.21 0.01 11.96 11.55 12.37 11.5588 Vbus_i_thr_sl_lb@Vbat 11v 6.6 7.75 V 1 125C 3377 7.16 0.02 11.75 11.47 12.03 11.4788 Vbus_i_thr_sl_lb@Vbat 11v 6.6 7.75 V 1 25C 336 7.17 0.02 12.62 12.47 12.76 12.4788 Vbus_i_thr_sl_lb@Vbat 11v 6.6 7.75 V 1 ‐40C 337 7.18 0.01 13.64 13.80 13.49 13.4988 Vbus_i_thr_sl_lb@Vbat 11v 6.6 7.75 V 2 125C 333 7.17 0.01 14.09 13.87 14.31 13.8788 Vbus_i_thr_sl_lb@Vbat 11v 6.6 7.75 V 2 25C 342 7.17 0.01 15.03 14.94 15.13 14.9488 Vbus_i_thr_sl_lb@Vbat 11v 6.6 7.75 V 2 ‐40C 339 7.18 0.01 14.17 14.35 14.00 14.0088 Vbus_i_thr_sl_lb@Vbat 11v 6.6 7.75 V 3 125C 306 7.16 0.02 11.25 10.99 11.51 10.9988 Vbus_i_thr_sl_lb@Vbat 11v 6.6 7.75 V 3 25C 335 7.17 0.01 13.07 13.01 13.14 13.0188 Vbus_i_thr_sl_lb@Vbat 11v 6.6 7.75 V 3 ‐40C 338 7.19 0.01 13.18 13.43 12.93 12.9389 TXD_BUS_dr1_n BSW3 Bat 6v 2 6.3 us 1 125C 3377 2.37 0.05 15.20 2.62 27.78 2.6289 TXD_BUS_dr1_n BSW3 Bat 6v 2 6.3 us 1 25C 336 2.46 0.05 15.61 3.30 27.92 3.3089 TXD_BUS_dr1_n BSW3 Bat 6v 2 6.3 us 1 ‐40C 337 2.64 0.07 10.83 3.24 18.42 3.2489 TXD_BUS_dr1_n BSW3 Bat 6v 2 6.3 us 2 125C 333 2.40 0.05 14.85 2.74 26.95 2.7489 TXD_BUS_dr1_n BSW3 Bat 6v 2 6.3 us 2 25C 342 2.45 0.05 14.45 3.04 25.85 3.0489 TXD_BUS_dr1_n BSW3 Bat 6v 2 6.3 us 2 ‐40C 339 2.62 0.06 12.41 3.59 21.23 3.5989 TXD_BUS_dr1_n BSW3 Bat 6v 2 6.3 us 3 125C 306 2.41 0.04 16.43 3.11 29.75 3.1189 TXD_BUS_dr1_n BSW3 Bat 6v 2 6.3 us 3 25C 335 2.49 0.05 15.36 3.53 27.20 3.5389 TXD_BUS_dr1_n BSW3 Bat 6v 2 6.3 us 3 ‐40C 338 2.68 0.07 10.91 3.46 18.36 3.4690 TXD_BUS_dr1_n BSW3 Bat 27 2 6.3 us 1 125C 3377 2.33 0.05 15.33 2.38 28.28 2.3890 TXD_BUS_dr1_n BSW3 Bat 27 2 6.3 us 1 25C 336 2.42 0.05 15.13 2.96 27.30 2.9690 TXD_BUS_dr1_n BSW3 Bat 27 2 6.3 us 1 ‐40C 337 2.61 0.07 11.01 3.13 18.89 3.1390 TXD_BUS_dr1_n BSW3 Bat 27 2 6.3 us 2 125C 333 2.36 0.05 15.08 2.54 27.61 2.5490 TXD_BUS_dr1_n BSW3 Bat 27 2 6.3 us 2 25C 342 2.42 0.05 14.62 2.87 26.38 2.8790 TXD_BUS_dr1_n BSW3 Bat 27 2 6.3 us 2 ‐40C 339 2.59 0.06 12.43 3.40 21.47 3.4090 TXD_BUS_dr1_n BSW3 Bat 27 2 6.3 us 3 125C 306 2.37 0.04 16.49 2.84 30.14 2.8490 TXD_BUS_dr1_n BSW3 Bat 27 2 6.3 us 3 25C 335 2.46 0.05 15.55 3.35 27.75 3.3590 TXD_BUS_dr1_n BSW3 Bat 27 2 6.3 us 3 ‐40C 338 2.65 0.06 11.17 3.36 18.99 3.3691 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 1 125C 3377 5.61 0.07 9.95 16.72 3.18 3.1891 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 1 25C 336 5.28 0.08 9.02 13.78 4.26 4.2691 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 1 ‐40C 337 5.49 0.11 6.50 10.54 2.45 2.4591 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 2 125C 333 5.44 0.07 9.69 15.50 3.88 3.8891 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 2 25C 342 5.44 0.08 8.77 14.02 3.51 3.5191 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 2 ‐40C 339 5.62 0.10 6.86 11.55 2.17 2.1791 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 3 125C 306 5.49 0.07 10.70 17.36 4.05 4.0591 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 3 25C 335 5.34 0.08 8.90 13.82 3.98 3.9891 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 3 ‐40C 338 5.55 0.12 6.04 9.98 2.10 2.1092 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 1 125C 3377 5.53 0.07 9.81 16.12 3.50 3.5092 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 1 25C 336 5.23 0.08 9.04 13.57 4.50 4.5092 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 1 ‐40C 337 5.42 0.11 6.55 10.41 2.68 2.6892 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 2 125C 333 5.37 0.07 9.59 15.04 4.14 4.1492 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 2 25C 342 5.37 0.08 8.79 13.79 3.79 3.7992 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 2 ‐40C 339 5.55 0.10 7.01 11.57 2.46 2.4692 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 3 125C 306 5.42 0.07 10.63 16.91 4.36 4.3692 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 3 25C 335 5.28 0.08 8.95 13.64 4.25 4.2592 TXD_BUS_dr3p7_n BSW10 Bat 2 6.3 us 3 ‐40C 338 5.48 0.12 6.15 9.96 2.35 2.3593 TXD_BUS_dr2p7_n_lb BSW10 2 6.3 us 1 125C 3377 4.91 0.06 11.33 15.35 7.32 7.3293 TXD_BUS_dr2p7_n_lb BSW10 2 6.3 us 1 25C 336 4.67 0.07 10.67 13.27 8.08 8.0893 TXD_BUS_dr2p7_n_lb BSW10 2 6.3 us 1 ‐40C 337 4.85 0.09 7.65 10.13 5.16 5.1693 TXD_BUS_dr2p7_n_lb BSW10 2 6.3 us 2 125C 333 4.77 0.06 11.04 14.23 7.85 7.8593 TXD_BUS_dr2p7_n_lb BSW10 2 6.3 us 2 25C 342 4.81 0.07 10.62 13.88 7.35 7.3593 TXD_BUS_dr2p7_n_lb BSW10 2 6.3 us 2 ‐40C 339 4.95 0.08 8.61 11.81 5.40 5.4093 TXD_BUS_dr2p7_n_lb BSW10 2 6.3 us 3 125C 306 4.80 0.06 12.16 15.85 8.47 8.4793 TXD_BUS_dr2p7_n_lb BSW10 2 6.3 us 3 25C 335 4.73 0.07 10.90 13.82 7.97 7.9793 TXD_BUS_dr2p7_n_lb BSW10 2 6.3 us 3 ‐40C 338 4.90 0.10 7.53 10.15 4.92 4.9294 TXD_BUS_dr1_n_lb BSW3 Bat 5 2 6.3 us 1 125C 3377 2.38 0.05 14.93 2.65 27.22 2.6594 TXD_BUS_dr1_n_lb BSW3 Bat 5 2 6.3 us 1 25C 336 2.47 0.05 15.73 3.44 28.02 3.44




94 TXD_BUS_dr1_n_lb BSW3 Bat 5 2 6.3 us 1 ‐40C 337 2.66 0.07 10.84 3.31 18.38 3.3194 TXD_BUS_dr1_n_lb BSW3 Bat 5 2 6.3 us 2 125C 333 2.41 0.05 14.86 2.83 26.88 2.8394 TXD_BUS_dr1_n_lb BSW3 Bat 5 2 6.3 us 2 25C 342 2.46 0.05 14.36 3.09 25.64 3.0994 TXD_BUS_dr1_n_lb BSW3 Bat 5 2 6.3 us 2 ‐40C 339 2.63 0.06 12.30 3.61 20.98 3.6194 TXD_BUS_dr1_n_lb BSW3 Bat 5 2 6.3 us 3 125C 306 2.42 0.04 16.28 3.16 29.39 3.1694 TXD_BUS_dr1_n_lb BSW3 Bat 5 2 6.3 us 3 25C 335 2.51 0.05 15.19 3.58 26.81 3.5894 TXD_BUS_dr1_n_lb BSW3 Bat 5 2 6.3 us 3 ‐40C 338 2.69 0.07 10.94 3.53 18.36 3.5395 TXD_BUS_df1_n BSW4 Bat 6v 1.8 8.5 us 1 125C 3377 5.45 0.09 12.05 13.12 10.97 10.9795 TXD_BUS_df1_n BSW4 Bat 6v 1.8 8.5 us 1 25C 336 5.38 0.09 12.39 13.24 11.55 11.5595 TXD_BUS_df1_n BSW4 Bat 6v 1.8 8.5 us 1 ‐40C 337 6.77 0.09 12.32 18.29 6.36 6.3695 TXD_BUS_df1_n BSW4 Bat 6v 1.8 8.5 us 2 125C 333 6.75 0.09 12.12 17.92 6.33 6.3395 TXD_BUS_df1_n BSW4 Bat 6v 1.8 8.5 us 2 25C 342 5.40 0.11 10.56 11.34 9.78 9.7895 TXD_BUS_df1_n BSW4 Bat 6v 1.8 8.5 us 2 ‐40C 339 5.47 0.11 10.10 11.07 9.14 9.1495 TXD_BUS_df1_n BSW4 Bat 6v 1.8 8.5 us 3 125C 306 6.76 0.08 14.03 20.79 7.27 7.2795 TXD_BUS_df1_n BSW4 Bat 6v 1.8 8.5 us 3 25C 335 6.74 0.09 13.02 19.21 6.83 6.8395 TXD_BUS_df1_n BSW4 Bat 6v 1.8 8.5 us 3 ‐40C 338 6.77 0.10 10.90 16.16 5.63 5.6396 TXD_BUS_df1_n BSW4 Bat 27 1.8 8.5 us 1 125C 3377 5.46 0.09 12.00 13.12 10.89 10.8996 TXD_BUS_df1_n BSW4 Bat 27 1.8 8.5 us 1 25C 336 5.39 0.09 12.40 13.29 11.52 11.5296 TXD_BUS_df1_n BSW4 Bat 27 1.8 8.5 us 1 ‐40C 337 6.81 0.09 12.52 18.72 6.32 6.3296 TXD_BUS_df1_n BSW4 Bat 27 1.8 8.5 us 2 125C 333 6.77 0.09 12.31 18.26 6.36 6.3696 TXD_BUS_df1_n BSW4 Bat 27 1.8 8.5 us 2 25C 342 5.41 0.11 10.52 11.32 9.71 9.7196 TXD_BUS_df1_n BSW4 Bat 27 1.8 8.5 us 2 ‐40C 339 5.48 0.11 10.17 11.19 9.16 9.1696 TXD_BUS_df1_n BSW4 Bat 27 1.8 8.5 us 3 125C 306 6.78 0.08 14.33 21.30 7.35 7.3596 TXD_BUS_df1_n BSW4 Bat 27 1.8 8.5 us 3 25C 335 6.77 0.08 13.21 19.59 6.82 6.8296 TXD_BUS_df1_n BSW4 Bat 27 1.8 8.5 us 3 ‐40C 338 6.81 0.10 11.04 16.49 5.58 5.5897 TXD_BUS_df1_n BSW10 Bat 6v 1.8 8.5 us 1 125C 3377 7.53 0.07 15.56 26.64 4.48 4.4897 TXD_BUS_df1_n BSW10 Bat 6v 1.8 8.5 us 1 25C 336 7.41 0.07 16.50 27.61 5.39 5.3997 TXD_BUS_df1_n BSW10 Bat 6v 1.8 8.5 us 1 ‐40C 337 7.61 0.08 14.24 24.72 3.76 3.7697 TXD_BUS_df1_n BSW10 Bat 6v 1.8 8.5 us 2 125C 333 7.60 0.08 13.65 23.63 3.66 3.6697 TXD_BUS_df1_n BSW10 Bat 6v 1.8 8.5 us 2 25C 342 7.50 0.09 12.73 21.66 3.80 3.8097 TXD_BUS_df1_n BSW10 Bat 6v 1.8 8.5 us 2 ‐40C 339 7.52 0.09 12.69 21.65 3.73 3.7397 TXD_BUS_df1_n BSW10 Bat 6v 1.8 8.5 us 3 125C 306 7.60 0.07 15.99 27.68 4.30 4.3097 TXD_BUS_df1_n BSW10 Bat 6v 1.8 8.5 us 3 25C 335 7.59 0.08 14.57 25.18 3.97 3.9797 TXD_BUS_df1_n BSW10 Bat 6v 1.8 8.5 us 3 ‐40C 338 7.59 0.09 12.25 21.19 3.32 3.3298 TXD_BUS_df1_n BSW10 Bat 2 1.8 8.5 us 1 125C 3377 7.61 0.07 15.70 27.22 4.19 4.1998 TXD_BUS_df1_n BSW10 Bat 2 1.8 8.5 us 1 25C 336 7.47 0.07 16.75 28.34 5.17 5.1798 TXD_BUS_df1_n BSW10 Bat 2 1.8 8.5 us 1 ‐40C 337 7.67 0.08 14.27 25.02 3.52 3.5298 TXD_BUS_df1_n BSW10 Bat 2 1.8 8.5 us 2 125C 333 7.68 0.08 13.91 24.39 3.43 3.4398 TXD_BUS_df1_n BSW10 Bat 2 1.8 8.5 us 2 25C 342 7.56 0.09 12.95 22.28 3.62 3.6298 TXD_BUS_df1_n BSW10 Bat 2 1.8 8.5 us 2 ‐40C 339 7.58 0.09 12.87 22.22 3.53 3.5398 TXD_BUS_df1_n BSW10 Bat 2 1.8 8.5 us 3 125C 306 7.67 0.07 16.46 28.87 4.06 4.0698 TXD_BUS_df1_n BSW10 Bat 2 1.8 8.5 us 3 25C 335 7.65 0.08 14.78 25.79 3.76 3.7698 TXD_BUS_df1_n BSW10 Bat 2 1.8 8.5 us 3 ‐40C 338 7.65 0.09 12.53 21.90 3.17 3.1799 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 1 125C 3377 2.73 0.07 15.25 4.25 26.24 4.2599 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 1 25C 336 2.69 0.07 15.42 4.09 26.75 4.0999 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 1 ‐40C 337 2.70 0.08 13.62 3.66 23.58 3.6699 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 2 125C 333 2.74 0.09 13.12 3.68 22.56 3.6899 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 2 25C 342 2.67 0.09 12.49 3.25 21.73 3.2599 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 2 ‐40C 339 2.68 0.09 12.54 3.29 21.79 3.2999 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 3 125C 306 2.75 0.07 15.40 4.38 26.41 4.3899 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 3 25C 335 2.67 0.08 14.12 3.67 24.57 3.6799 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 3 ‐40C 338 2.68 0.09 11.95 3.15 20.75 3.15100 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 1 125C 3377 2.79 0.07 15.09 4.45 25.73 4.45100 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 1 25C 336 2.74 0.07 15.27 4.28 26.26 4.28100 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 1 ‐40C 337 2.75 0.08 13.56 3.83 23.29 3.83100 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 2 125C 333 2.79 0.09 13.01 3.86 22.16 3.86100 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 2 25C 342 2.72 0.09 12.56 3.44 21.69 3.44100 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 2 ‐40C 339 2.73 0.09 12.56 3.47 21.66 3.47100 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 3 125C 306 2.81 0.07 15.37 4.62 26.11 4.62100 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 3 25C 335 2.72 0.08 14.08 3.86 24.31 3.86




100 TXD_BUS_df3p7_n BSW3 Bat 1.8 8.5 us 3 ‐40C 338 2.73 0.09 11.96 3.32 20.61 3.32101 TXD_BUS_df1_n_lb BSW3 Bat 1.8 8.5 us 1 125C 3377 5.74 0.08 13.20 15.53 10.87 10.87101 TXD_BUS_df1_n_lb BSW3 Bat 1.8 8.5 us 1 25C 336 5.49 0.08 14.12 15.58 12.67 12.67101 TXD_BUS_df1_n_lb BSW3 Bat 1.8 8.5 us 1 ‐40C 337 5.61 0.09 12.33 14.02 10.64 10.64101 TXD_BUS_df1_n_lb BSW3 Bat 1.8 8.5 us 2 125C 333 5.88 0.09 12.22 14.89 9.56 9.56101 TXD_BUS_df1_n_lb BSW3 Bat 1.8 8.5 us 2 25C 342 5.53 0.09 11.90 13.25 10.55 10.55101 TXD_BUS_df1_n_lb BSW3 Bat 1.8 8.5 us 2 ‐40C 339 5.48 0.10 11.51 12.64 10.38 10.38101 TXD_BUS_df1_n_lb BSW3 Bat 1.8 8.5 us 3 125C 306 5.92 0.08 13.35 16.43 10.27 10.27101 TXD_BUS_df1_n_lb BSW3 Bat 1.8 8.5 us 3 25C 335 5.64 0.08 13.19 15.12 11.25 11.25101 TXD_BUS_df1_n_lb BSW3 Bat 1.8 8.5 us 3 ‐40C 338 5.59 0.10 11.02 12.46 9.57 9.57102 TXD_BUS_df1_n_lb BSW8 Bat 1.8 8.5 us 1 125C 3377 7.06 0.06 19.23 30.19 8.27 8.27102 TXD_BUS_df1_n_lb BSW8 Bat 1.8 8.5 us 1 25C 336 6.66 0.06 19.49 28.28 10.70 10.70102 TXD_BUS_df1_n_lb BSW8 Bat 1.8 8.5 us 1 ‐40C 337 6.54 0.07 17.08 24.19 9.97 9.97102 TXD_BUS_df1_n_lb BSW8 Bat 1.8 8.5 us 2 125C 333 7.29 0.07 16.20 26.53 5.86 5.86102 TXD_BUS_df1_n_lb BSW8 Bat 1.8 8.5 us 2 25C 342 6.61 0.08 14.57 20.94 8.21 8.21102 TXD_BUS_df1_n_lb BSW8 Bat 1.8 8.5 us 2 ‐40C 339 6.37 0.07 15.42 21.03 9.82 9.82102 TXD_BUS_df1_n_lb BSW8 Bat 1.8 8.5 us 3 125C 306 7.29 0.06 18.01 29.51 6.50 6.50102 TXD_BUS_df1_n_lb BSW8 Bat 1.8 8.5 us 3 25C 335 6.81 0.07 16.93 25.30 8.55 8.55102 TXD_BUS_df1_n_lb BSW8 Bat 1.8 8.5 us 3 ‐40C 338 6.51 0.08 14.49 20.38 8.60 8.60103 TXD_BUS_df2p7_n_lb BSW3 Ba 1.8 8.5 us 1 125C 3377 3.40 0.08 13.61 6.49 20.73 6.49103 TXD_BUS_df2p7_n_lb BSW3 Ba 1.8 8.5 us 1 25C 336 3.16 0.07 15.27 6.20 24.34 6.20103 TXD_BUS_df2p7_n_lb BSW3 Ba 1.8 8.5 us 1 ‐40C 337 3.12 0.09 13.00 5.13 20.86 5.13103 TXD_BUS_df2p7_n_lb BSW3 Ba 1.8 8.5 us 2 125C 333 3.41 0.09 12.35 5.92 18.78 5.92103 TXD_BUS_df2p7_n_lb BSW3 Ba 1.8 8.5 us 2 25C 342 3.16 0.09 12.47 5.06 19.88 5.06103 TXD_BUS_df2p7_n_lb BSW3 Ba 1.8 8.5 us 2 ‐40C 339 3.10 0.09 12.40 4.80 19.99 4.80103 TXD_BUS_df2p7_n_lb BSW3 Ba 1.8 8.5 us 3 125C 306 3.45 0.08 13.64 6.70 20.58 6.70103 TXD_BUS_df2p7_n_lb BSW3 Ba 1.8 8.5 us 3 25C 335 3.17 0.08 13.58 5.54 21.61 5.54103 TXD_BUS_df2p7_n_lb BSW3 Ba 1.8 8.5 us 3 ‐40C 338 3.11 0.10 11.56 4.50 18.61 4.50104 TXD_BUS_dr3p7_hs BSW12 Ba 0.1 1.7 us 1 125C 3377 1.12 0.02 16.97 21.73 12.21 12.21104 TXD_BUS_dr3p7_hs BSW12 Ba 0.1 1.7 us 1 25C 336 1.12 0.02 14.20 18.06 10.35 10.35104 TXD_BUS_dr3p7_hs BSW12 Ba 0.1 1.7 us 1 ‐40C 337 1.10 0.02 11.59 14.48 8.70 8.70104 TXD_BUS_dr3p7_hs BSW12 Ba 0.1 1.7 us 2 125C 333 1.13 0.02 16.08 20.64 11.52 11.52104 TXD_BUS_dr3p7_hs BSW12 Ba 0.1 1.7 us 2 25C 342 1.06 0.02 13.38 16.10 10.67 10.67104 TXD_BUS_dr3p7_hs BSW12 Ba 0.1 1.7 us 2 ‐40C 339 1.09 0.03 9.97 12.35 7.60 7.60104 TXD_BUS_dr3p7_hs BSW12 Ba 0.1 1.7 us 3 125C 306 1.15 0.02 15.88 20.76 11.01 11.01104 TXD_BUS_dr3p7_hs BSW12 Ba 0.1 1.7 us 3 25C 335 1.09 0.02 13.71 16.92 10.50 10.50104 TXD_BUS_dr3p7_hs BSW12 Ba 0.1 1.7 us 3 ‐40C 338 1.12 0.03 9.90 12.61 7.19 7.19105 TXD_BUS_dr3p7_hs BSW12 B 0.1 1.7 us 1 125C 3377 1.04 0.01 19.72 23.19 16.25 16.25105 TXD_BUS_dr3p7_hs BSW12 B 0.1 1.7 us 1 25C 336 1.03 0.02 15.47 17.91 13.03 13.03105 TXD_BUS_dr3p7_hs BSW12 B 0.1 1.7 us 1 ‐40C 337 1.01 0.02 13.40 15.31 11.49 11.49105 TXD_BUS_dr3p7_hs BSW12 B 0.1 1.7 us 2 125C 333 1.05 0.01 19.03 22.56 15.51 15.51105 TXD_BUS_dr3p7_hs BSW12 B 0.1 1.7 us 2 25C 342 0.98 0.02 15.03 16.60 13.46 13.46105 TXD_BUS_dr3p7_hs BSW12 B 0.1 1.7 us 2 ‐40C 339 1.00 0.02 11.70 13.22 10.18 10.18105 TXD_BUS_dr3p7_hs BSW12 B 0.1 1.7 us 3 125C 306 1.07 0.01 18.14 21.93 14.34 14.34105 TXD_BUS_dr3p7_hs BSW12 B 0.1 1.7 us 3 25C 335 1.01 0.02 15.21 17.25 13.16 13.16105 TXD_BUS_dr3p7_hs BSW12 B 0.1 1.7 us 3 ‐40C 338 1.03 0.02 11.31 13.16 9.46 9.46106 TXD_BUS_dr1_hs BSW6 Bat 8v 0.1 1.7 us 1 125C 3377 0.65 0.01 30.25 20.70 39.80 20.70106 TXD_BUS_dr1_hs BSW6 Bat 8v 0.1 1.7 us 1 25C 336 0.68 0.01 20.05 14.41 25.69 14.41106 TXD_BUS_dr1_hs BSW6 Bat 8v 0.1 1.7 us 1 ‐40C 337 0.67 0.02 17.23 12.21 22.26 12.21106 TXD_BUS_dr1_hs BSW6 Bat 8v 0.1 1.7 us 2 125C 333 0.65 0.01 29.84 20.37 39.32 20.37106 TXD_BUS_dr1_hs BSW6 Bat 8v 0.1 1.7 us 2 25C 342 0.66 0.01 21.61 15.02 28.20 15.02106 TXD_BUS_dr1_hs BSW6 Bat 8v 0.1 1.7 us 2 ‐40C 339 0.68 0.02 15.72 11.46 19.98 11.46106 TXD_BUS_dr1_hs BSW6 Bat 8v 0.1 1.7 us 3 125C 306 0.65 0.01 31.87 22.10 41.64 22.10106 TXD_BUS_dr1_hs BSW6 Bat 8v 0.1 1.7 us 3 25C 335 0.66 0.01 22.57 15.70 29.44 15.70106 TXD_BUS_dr1_hs BSW6 Bat 8v 0.1 1.7 us 3 ‐40C 338 0.68 0.02 15.91 11.54 20.29 11.54107 TXD_BUS_dr1_hs BSW6 Bat 27 0.1 1.7 us 1 125C 3377 0.60 0.01 31.84 19.74 43.94 19.74107 TXD_BUS_dr1_hs BSW6 Bat 27 0.1 1.7 us 1 25C 336 0.56 0.01 27.54 15.90 39.17 15.90107 TXD_BUS_dr1_hs BSW6 Bat 27 0.1 1.7 us 1 ‐40C 337 0.55 0.01 22.74 12.86 32.62 12.86107 TXD_BUS_dr1_hs BSW6 Bat 27 0.1 1.7 us 2 125C 333 0.59 0.01 31.21 19.29 43.12 19.29107 TXD_BUS_dr1_hs BSW6 Bat 27 0.1 1.7 us 2 25C 342 0.56 0.01 27.20 15.59 38.81 15.59




107 TXD_BUS_dr1_hs BSW6 Bat 27 0.1 1.7 us 2 ‐40C 339 0.55 0.01 20.94 11.78 30.10 11.78107 TXD_BUS_dr1_hs BSW6 Bat 27 0.1 1.7 us 3 125C 306 0.60 0.01 33.15 20.85 45.45 20.85107 TXD_BUS_dr1_hs BSW6 Bat 27 0.1 1.7 us 3 25C 335 0.57 0.01 29.00 17.00 41.01 17.00107 TXD_BUS_dr1_hs BSW6 Bat 27 0.1 1.7 us 3 ‐40C 338 0.56 0.01 20.83 12.00 29.66 12.00108 TXD_BUS_df1_hs BSW12 Bat 8 0.04 3 us 1 125C 3377 1.89 0.01 55.36 69.38 41.35 41.35108 TXD_BUS_df1_hs BSW12 Bat 8 0.04 3 us 1 25C 336 2.33 0.01 63.38 98.14 28.61 28.61108 TXD_BUS_df1_hs BSW12 Bat 8 0.04 3 us 1 ‐40C 337 1.93 0.01 59.71 76.18 43.23 43.23108 TXD_BUS_df1_hs BSW12 Bat 8 0.04 3 us 2 125C 333 1.96 0.01 59.17 76.94 41.39 41.39108 TXD_BUS_df1_hs BSW12 Bat 8 0.04 3 us 2 25C 342 1.91 0.01 60.40 76.35 44.45 44.45108 TXD_BUS_df1_hs BSW12 Bat 8 0.04 3 us 2 ‐40C 339 1.89 0.01 59.79 74.59 45.00 45.00108 TXD_BUS_df1_hs BSW12 Bat 8 0.04 3 us 3 125C 306 1.96 0.01 72.10 93.37 50.82 50.82108 TXD_BUS_df1_hs BSW12 Bat 8 0.04 3 us 3 25C 335 1.96 0.01 69.27 89.81 48.74 48.74108 TXD_BUS_df1_hs BSW12 Bat 8 0.04 3 us 3 ‐40C 338 1.92 0.01 63.21 80.42 46.00 46.00109 TXD_BUS_df1_hs BSW12 Bat 2 0.04 3 us 1 125C 3377 1.90 0.01 57.94 72.91 42.96 42.96109 TXD_BUS_df1_hs BSW12 Bat 2 0.04 3 us 1 25C 336 2.34 0.01 53.57 83.38 23.76 23.76109 TXD_BUS_df1_hs BSW12 Bat 2 0.04 3 us 1 ‐40C 337 1.94 0.01 66.15 84.87 47.42 47.42109 TXD_BUS_df1_hs BSW12 Bat 2 0.04 3 us 2 125C 333 1.97 0.01 62.77 82.02 43.53 43.53109 TXD_BUS_df1_hs BSW12 Bat 2 0.04 3 us 2 25C 342 1.92 0.01 60.53 76.86 44.20 44.20109 TXD_BUS_df1_hs BSW12 Bat 2 0.04 3 us 2 ‐40C 339 1.90 0.01 59.01 73.98 44.03 44.03109 TXD_BUS_df1_hs BSW12 Bat 2 0.04 3 us 3 125C 306 1.97 0.01 67.69 88.05 47.33 47.33109 TXD_BUS_df1_hs BSW12 Bat 2 0.04 3 us 3 25C 335 1.97 0.01 63.91 83.25 44.56 44.56109 TXD_BUS_df1_hs BSW12 Bat 2 0.04 3 us 3 ‐40C 338 1.93 0.01 64.88 83.05 46.71 46.71110 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 1 125C 3377 0.08 0.00 208.09 5.31 410.87 5.31110 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 1 25C 336 0.07 0.00 159.29 3.29 315.28 3.29110 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 1 ‐40C 337 0.06 0.00 122.65 1.44 243.86 1.44110 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 2 125C 333 0.08 0.00 170.70 4.54 336.86 4.54110 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 2 25C 342 0.06 0.00 167.57 2.68 332.45 2.68110 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 2 ‐40C 339 0.06 0.00 144.08 1.47 286.68 1.47110 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 3 125C 306 0.08 0.00 236.24 6.27 466.21 6.27110 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 3 25C 335 0.06 0.00 166.21 2.78 329.65 2.78110 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 3 ‐40C 338 0.06 0.00 167.95 1.76 334.13 1.76111 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 1 125C 3377 0.07 0.00 229.02 4.78 453.25 4.78111 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 1 25C 336 0.07 0.00 172.90 2.95 342.86 2.95111 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 1 ‐40C 337 0.05 0.00 132.44 1.19 263.69 1.19111 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 2 125C 333 0.07 0.00 191.74 4.21 379.28 4.21111 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 2 25C 342 0.06 0.00 185.00 2.31 367.70 2.31111 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 2 ‐40C 339 0.05 0.00 158.49 1.19 315.78 1.19111 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 3 125C 306 0.07 0.00 270.67 5.93 535.41 5.93111 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 3 25C 335 0.06 0.00 185.14 2.45 367.83 2.45111 TXD_BUS_df3p7_hs BSW6 Bat 0.04 3 us 3 ‐40C 338 0.05 0.00 183.06 1.44 364.69 1.44112 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 1 125C 3377 5.45 0.08 9.24 14.84 3.64 3.64112 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 1 25C 336 5.25 0.08 8.66 13.08 4.24 4.24112 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 1 ‐40C 337 5.47 0.11 6.45 10.41 2.49 2.49112 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 2 125C 333 5.30 0.08 8.84 13.57 4.11 4.11112 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 2 25C 342 5.39 0.08 8.44 13.30 3.58 3.58112 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 2 ‐40C 339 5.59 0.10 6.84 11.43 2.25 2.25112 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 3 125C 306 5.34 0.07 9.85 15.30 4.41 4.41112 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 3 25C 335 5.30 0.08 8.55 13.13 3.98 3.98112 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 3 ‐40C 338 5.53 0.12 5.99 9.84 2.14 2.14113 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 1 125C 3377 4.67 0.08 8.92 11.09 6.76 6.76113 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 1 25C 336 4.66 0.09 8.31 10.30 6.33 6.33113 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 1 ‐40C 337 4.88 0.11 6.31 8.43 4.18 4.18113 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 2 125C 333 4.68 0.09 8.35 10.42 6.28 6.28113 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 2 25C 342 4.66 0.09 7.86 9.73 5.99 5.99113 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 2 ‐40C 339 4.87 0.11 6.33 8.45 4.21 4.21113 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 3 125C 306 4.72 0.08 9.30 11.78 6.82 6.82113 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 3 25C 335 4.71 0.09 7.83 9.87 5.79 5.79113 TXD_BUS_dr3p7_wu_1 BSW10 2 6.3 us 3 ‐40C 338 4.94 0.13 5.50 7.53 3.47 3.47114 TXD_BUS_dr1_wu BSW3 Bat 6v 2 6.3 us 1 125C 3377 2.36 0.05 15.06 2.53 27.59 2.53114 TXD_BUS_dr1_wu BSW3 Bat 6v 2 6.3 us 1 25C 336 2.44 0.05 15.37 3.18 27.57 3.18




114 TXD_BUS_dr1_wu BSW3 Bat 6v 2 6.3 us 1 ‐40C 337 2.64 0.07 10.96 3.26 18.66 3.26114 TXD_BUS_dr1_wu BSW3 Bat 6v 2 6.3 us 2 125C 333 2.39 0.05 14.79 2.67 26.90 2.67114 TXD_BUS_dr1_wu BSW3 Bat 6v 2 6.3 us 2 25C 342 2.44 0.05 14.52 3.00 26.04 3.00114 TXD_BUS_dr1_wu BSW3 Bat 6v 2 6.3 us 2 ‐40C 339 2.62 0.06 12.43 3.58 21.28 3.58114 TXD_BUS_dr1_wu BSW3 Bat 6v 2 6.3 us 3 125C 306 2.40 0.04 16.29 3.01 29.57 3.01114 TXD_BUS_dr1_wu BSW3 Bat 6v 2 6.3 us 3 25C 335 2.49 0.05 15.38 3.47 27.28 3.47114 TXD_BUS_dr1_wu BSW3 Bat 6v 2 6.3 us 3 ‐40C 338 2.68 0.06 11.13 3.50 18.75 3.50115 TXD_BUS_dr1_wu BSW3f Bat 2 2 6.3 us 1 125C 3377 2.29 0.05 15.63 2.10 29.15 2.10115 TXD_BUS_dr1_wu BSW3f Bat 2 2 6.3 us 1 25C 336 2.37 0.04 15.95 2.74 29.16 2.74115 TXD_BUS_dr1_wu BSW3f Bat 2 2 6.3 us 1 ‐40C 337 2.54 0.06 11.51 2.92 20.11 2.92115 TXD_BUS_dr1_wu BSW3f Bat 2 2 6.3 us 2 125C 333 2.31 0.05 15.29 2.23 28.34 2.23115 TXD_BUS_dr1_wu BSW3f Bat 2 2 6.3 us 2 25C 342 2.37 0.05 14.94 2.55 27.33 2.55115 TXD_BUS_dr1_wu BSW3f Bat 2 2 6.3 us 2 ‐40C 339 2.52 0.06 12.89 3.13 22.65 3.13115 TXD_BUS_dr1_wu BSW3f Bat 2 2 6.3 us 3 125C 306 2.32 0.04 16.84 2.54 31.14 2.54115 TXD_BUS_dr1_wu BSW3f Bat 2 2 6.3 us 3 25C 335 2.41 0.04 16.07 3.05 29.08 3.05115 TXD_BUS_dr1_wu BSW3f Bat 2 2 6.3 us 3 ‐40C 338 2.58 0.06 11.56 3.11 20.01 3.11116 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 1 125C 3377 10.43 0.22 12.15 12.80 11.51 11.51116 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 1 25C 336 9.72 0.28 9.51 9.18 9.83 9.18116 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 1 ‐40C 337 9.73 0.33 7.96 7.69 8.23 7.69116 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 2 125C 333 10.32 0.30 8.77 9.12 8.41 8.41116 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 2 25C 342 10.08 0.39 6.82 6.89 6.75 6.75116 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 2 ‐40C 339 10.12 0.48 5.55 5.63 5.47 5.47116 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 3 125C 306 10.37 0.29 9.19 9.61 8.77 8.77116 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 3 25C 335 9.95 0.39 6.90 6.86 6.94 6.86116 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 3 ‐40C 338 9.98 0.52 5.08 5.07 5.09 5.07117 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 1 125C 3377 9.52 0.20 13.38 12.58 14.19 12.58117 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 1 25C 336 9.16 0.25 10.62 9.51 11.73 9.51117 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 1 ‐40C 337 9.22 0.30 8.77 7.92 9.63 7.92117 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 2 125C 333 9.65 0.30 8.93 8.54 9.32 8.54117 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 2 25C 342 9.27 0.36 7.48 6.81 8.16 6.81117 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 2 ‐40C 339 9.38 0.43 6.23 5.74 6.71 5.74117 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 3 125C 306 9.70 0.28 9.49 9.13 9.85 9.13117 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 3 25C 335 9.35 0.36 7.44 6.84 8.05 6.84117 TXD_BUS_dr9p4_wu BSW10 B 2 18 us 3 ‐40C 338 9.45 0.48 5.54 5.16 5.92 5.16118 TXD_BUS_df1_wu BSW4 Bat 1 1.8 14 us 1 125C 3377 9.88 0.22 9.36 12.39 6.32 6.32118 TXD_BUS_df1_wu BSW4 Bat 1 1.8 14 us 1 25C 336 9.58 0.24 8.53 10.87 6.18 6.18118 TXD_BUS_df1_wu BSW4 Bat 1 1.8 14 us 1 ‐40C 337 9.52 0.27 7.55 9.56 5.54 5.54118 TXD_BUS_df1_wu BSW4 Bat 1 1.8 14 us 2 125C 333 10.03 0.27 7.44 10.03 4.84 4.84118 TXD_BUS_df1_wu BSW4 Bat 1 1.8 14 us 2 25C 342 9.78 0.31 6.56 8.59 4.54 4.54118 TXD_BUS_df1_wu BSW4 Bat 1 1.8 14 us 2 ‐40C 339 9.75 0.39 5.26 6.85 3.67 3.67118 TXD_BUS_df1_wu BSW4 Bat 1 1.8 14 us 3 125C 306 10.05 0.26 7.84 10.60 5.07 5.07118 TXD_BUS_df1_wu BSW4 Bat 1 1.8 14 us 3 25C 335 9.78 0.31 6.49 8.49 4.49 4.49118 TXD_BUS_df1_wu BSW4 Bat 1 1.8 14 us 3 ‐40C 338 9.69 0.40 5.04 6.52 3.56 3.56119 TXD_BUS_df1_wu BSW4 Bat 2 1.8 14 us 1 125C 3377 9.86 0.22 9.34 12.34 6.35 6.35119 TXD_BUS_df1_wu BSW4 Bat 2 1.8 14 us 1 25C 336 9.58 0.24 8.53 10.88 6.19 6.19119 TXD_BUS_df1_wu BSW4 Bat 2 1.8 14 us 1 ‐40C 337 9.54 0.27 7.62 9.67 5.57 5.57119 TXD_BUS_df1_wu BSW4 Bat 2 1.8 14 us 2 125C 333 10.01 0.27 7.44 10.01 4.87 4.87119 TXD_BUS_df1_wu BSW4 Bat 2 1.8 14 us 2 25C 342 9.78 0.31 6.59 8.62 4.56 4.56119 TXD_BUS_df1_wu BSW4 Bat 2 1.8 14 us 2 ‐40C 339 9.76 0.38 5.29 6.91 3.67 3.67119 TXD_BUS_df1_wu BSW4 Bat 2 1.8 14 us 3 125C 306 10.03 0.26 7.85 10.59 5.11 5.11119 TXD_BUS_df1_wu BSW4 Bat 2 1.8 14 us 3 25C 335 9.78 0.31 6.49 8.49 4.49 4.49119 TXD_BUS_df1_wu BSW4 Bat 2 1.8 14 us 3 ‐40C 338 9.71 0.40 5.07 6.58 3.57 3.57120 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 1 125C 3377 12.07 0.13 15.31 25.78 4.83 4.83120 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 1 25C 336 11.84 0.12 16.39 26.99 5.80 5.80120 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 1 ‐40C 337 12.24 0.14 14.16 24.25 4.08 4.08120 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 2 125C 333 12.34 0.17 11.79 20.37 3.22 3.22120 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 2 25C 342 12.02 0.16 12.66 21.22 4.11 4.11120 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 2 ‐40C 339 12.07 0.19 10.80 18.20 3.41 3.41120 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 3 125C 306 12.33 0.16 12.82 22.13 3.52 3.52120 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 3 25C 335 12.29 0.16 13.11 22.54 3.68 3.68




120 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 3 ‐40C 338 12.28 0.19 10.58 18.17 2.99 2.99121 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 1 125C 3377 12.09 0.13 15.70 26.49 4.91 4.91121 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 1 25C 336 11.88 0.12 16.59 27.40 5.78 5.78121 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 1 ‐40C 337 12.28 0.14 14.12 24.26 3.98 3.98121 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 2 125C 333 12.35 0.17 12.26 21.20 3.32 3.32121 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 2 25C 342 12.05 0.16 13.01 21.87 4.16 4.16121 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 2 ‐40C 339 12.11 0.19 10.79 18.24 3.35 3.35121 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 3 125C 306 12.34 0.15 13.49 23.31 3.66 3.66121 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 3 25C 335 12.32 0.15 13.46 23.21 3.71 3.71121 TXD_BUS_df1_wu BSW10 Bat 1.8 14 us 3 ‐40C 338 12.31 0.19 10.53 18.14 2.91 2.91122 TXD_BUS_df3p7_wu BSW3 Ba 1.8 14 us 1 125C 3377 7.24 0.17 11.93 10.64 13.22 10.64122 TXD_BUS_df3p7_wu BSW3 Ba 1.8 14 us 1 25C 336 7.02 0.18 11.29 9.66 12.91 9.66122 TXD_BUS_df3p7_wu BSW3 Ba 1.8 14 us 1 ‐40C 337 7.02 0.20 10.06 8.60 11.52 8.60122 TXD_BUS_df3p7_wu BSW3 Ba 1.8 14 us 2 125C 333 7.36 0.21 9.89 9.01 10.78 9.01122 TXD_BUS_df3p7_wu BSW3 Ba 1.8 14 us 2 25C 342 7.08 0.23 9.02 7.80 10.23 7.80122 TXD_BUS_df3p7_wu BSW3 Ba 1.8 14 us 2 ‐40C 339 7.08 0.28 7.38 6.39 8.38 6.39122 TXD_BUS_df3p7_wu BSW3 Ba 1.8 14 us 3 125C 306 7.38 0.19 10.59 9.68 11.49 9.68122 TXD_BUS_df3p7_wu BSW3 Ba 1.8 14 us 3 25C 335 7.13 0.23 8.95 7.83 10.08 7.83122 TXD_BUS_df3p7_wu BSW3 Ba 1.8 14 us 3 ‐40C 338 7.11 0.28 7.22 6.29 8.15 6.29123 TXD_BUS_df3p7_wu BSW3 Bat 1.8 14 us 1 125C 3377 7.19 0.17 11.99 10.60 13.38 10.60123 TXD_BUS_df3p7_wu BSW3 Bat 1.8 14 us 1 25C 336 7.00 0.18 11.43 9.73 13.12 9.73123 TXD_BUS_df3p7_wu BSW3 Bat 1.8 14 us 1 ‐40C 337 7.01 0.20 10.17 8.69 11.66 8.69123 TXD_BUS_df3p7_wu BSW3 Bat 1.8 14 us 2 125C 333 7.30 0.20 10.01 9.03 10.98 9.03123 TXD_BUS_df3p7_wu BSW3 Bat 1.8 14 us 2 25C 342 7.05 0.22 9.14 7.86 10.41 7.86123 TXD_BUS_df3p7_wu BSW3 Bat 1.8 14 us 2 ‐40C 339 7.06 0.27 7.49 6.46 8.51 6.46123 TXD_BUS_df3p7_wu BSW3 Bat 1.8 14 us 3 125C 306 7.33 0.19 10.67 9.67 11.67 9.67123 TXD_BUS_df3p7_wu BSW3 Bat 1.8 14 us 3 25C 335 7.10 0.22 9.09 7.90 10.27 7.90123 TXD_BUS_df3p7_wu BSW3 Bat 1.8 14 us 3 ‐40C 338 7.10 0.28 7.36 6.40 8.32 6.40124 BUS_RXD_df@bat 5v 0.2 1 us 1 125C 3377 0.72 0.01 17.00 22.29 11.70 11.70124 BUS_RXD_df@bat 5v 0.2 1 us 1 25C 336 0.65 0.01 18.59 20.79 16.39 16.39124 BUS_RXD_df@bat 5v 0.2 1 us 1 ‐40C 337 0.59 0.01 19.09 18.77 19.40 18.77124 BUS_RXD_df@bat 5v 0.2 1 us 2 125C 333 0.72 0.01 15.93 20.58 11.28 11.28124 BUS_RXD_df@bat 5v 0.2 1 us 2 25C 342 0.66 0.01 14.78 16.99 12.57 12.57124 BUS_RXD_df@bat 5v 0.2 1 us 2 ‐40C 339 0.61 0.01 17.19 17.62 16.76 16.76124 BUS_RXD_df@bat 5v 0.2 1 us 3 125C 306 0.72 0.01 18.05 23.56 12.54 12.54124 BUS_RXD_df@bat 5v 0.2 1 us 3 25C 335 0.64 0.01 18.31 20.18 16.45 16.45124 BUS_RXD_df@bat 5v 0.2 1 us 3 ‐40C 338 0.59 0.01 19.18 18.62 19.75 18.62125 BUS_RXD_df@bat 27v 0.2 1 us 1 125C 3377 0.68 0.01 18.55 22.11 15.00 15.00125 BUS_RXD_df@bat 27v 0.2 1 us 1 25C 336 0.61 0.01 18.21 18.62 17.81 17.81125 BUS_RXD_df@bat 27v 0.2 1 us 1 ‐40C 337 0.56 0.01 14.45 13.16 15.74 13.16125 BUS_RXD_df@bat 27v 0.2 1 us 2 125C 333 0.67 0.01 16.68 19.42 13.93 13.93125 BUS_RXD_df@bat 27v 0.2 1 us 2 25C 342 0.62 0.01 15.94 16.78 15.11 15.11125 BUS_RXD_df@bat 27v 0.2 1 us 2 ‐40C 339 0.58 0.01 16.12 15.39 16.85 15.39125 BUS_RXD_df@bat 27v 0.2 1 us 3 125C 306 0.67 0.01 18.30 21.60 14.99 14.99125 BUS_RXD_df@bat 27v 0.2 1 us 3 25C 335 0.60 0.01 19.32 19.47 19.16 19.16125 BUS_RXD_df@bat 27v 0.2 1 us 3 ‐40C 338 0.56 0.01 15.12 13.53 16.72 13.53126 BUS_RXD_dr Bat 5v 0.2 1 us 1 125C 3377 0.87 0.01 14.96 24.96 4.95 4.95126 BUS_RXD_dr Bat 5v 0.2 1 us 1 25C 336 0.76 0.01 15.80 22.05 9.56 9.56126 BUS_RXD_dr Bat 5v 0.2 1 us 1 ‐40C 337 0.75 0.01 16.75 23.11 10.39 10.39126 BUS_RXD_dr Bat 5v 0.2 1 us 2 125C 333 0.89 0.01 14.18 24.44 3.93 3.93126 BUS_RXD_dr Bat 5v 0.2 1 us 2 25C 342 0.78 0.01 13.62 19.81 7.44 7.44126 BUS_RXD_dr Bat 5v 0.2 1 us 2 ‐40C 339 0.73 0.01 15.15 20.18 10.12 10.12126 BUS_RXD_dr Bat 5v 0.2 1 us 3 125C 306 0.89 0.01 15.99 27.69 4.29 4.29126 BUS_RXD_dr Bat 5v 0.2 1 us 3 25C 335 0.79 0.01 16.53 24.58 8.48 8.48126 BUS_RXD_dr Bat 5v 0.2 1 us 3 ‐40C 338 0.75 0.01 16.85 23.24 10.47 10.47127 BUS_RXD_dr Bat 27v 0.2 1 us 1 125C 3377 0.83 0.01 15.74 24.90 6.58 6.58127 BUS_RXD_dr Bat 27v 0.2 1 us 1 25C 336 0.74 0.01 14.24 19.12 9.35 9.35127 BUS_RXD_dr Bat 27v 0.2 1 us 1 ‐40C 337 0.75 0.01 12.63 17.51 7.75 7.75127 BUS_RXD_dr Bat 27v 0.2 1 us 2 125C 333 0.85 0.01 15.20 24.81 5.59 5.59127 BUS_RXD_dr Bat 27v 0.2 1 us 2 25C 342 0.76 0.01 13.33 18.75 7.91 7.91




127 BUS_RXD_dr Bat 27v 0.2 1 us 2 ‐40C 339 0.73 0.01 13.06 17.26 8.86 8.86127 BUS_RXD_dr Bat 27v 0.2 1 us 3 125C 306 0.86 0.01 15.26 25.15 5.37 5.37127 BUS_RXD_dr Bat 27v 0.2 1 us 3 25C 335 0.78 0.01 14.45 21.06 7.85 7.85127 BUS_RXD_dr Bat 27v 0.2 1 us 3 ‐40C 338 0.75 0.01 12.27 17.00 7.54 7.54128 BUS_RXD_df_sl Bat 27v 10 70 us 1 125C 3377 43.37 0.55 18.04 20.07 16.01 16.01128 BUS_RXD_df_sl Bat 27v 10 70 us 1 25C 336 40.57 0.59 16.94 17.27 16.62 16.62128 BUS_RXD_df_sl Bat 27v 10 70 us 1 ‐40C 337 40.59 0.77 12.98 13.24 12.73 12.73128 BUS_RXD_df_sl Bat 27v 10 70 us 2 125C 333 44.43 0.66 15.09 17.32 12.86 12.86128 BUS_RXD_df_sl Bat 27v 10 70 us 2 25C 342 41.53 0.76 13.23 13.91 12.56 12.56128 BUS_RXD_df_sl Bat 27v 10 70 us 2 ‐40C 339 41.56 0.84 11.90 12.51 11.28 11.28128 BUS_RXD_df_sl Bat 27v 10 70 us 3 125C 306 44.06 0.50 19.86 22.55 17.17 17.17128 BUS_RXD_df_sl Bat 27v 10 70 us 3 25C 335 40.87 0.58 17.14 17.63 16.65 16.65128 BUS_RXD_df_sl Bat 27v 10 70 us 3 ‐40C 338 41.10 0.76 13.23 13.71 12.74 12.74129 BUS_RXD_df_sl Bat 5v 10 70 us 1 125C 3377 30.55 0.46 21.90 15.00 28.80 15.00129 BUS_RXD_df_sl Bat 5v 10 70 us 1 25C 336 29.43 0.47 21.39 13.85 28.92 13.85129 BUS_RXD_df_sl Bat 5v 10 70 us 1 ‐40C 337 31.02 2.08 4.81 3.37 6.25 3.37129 BUS_RXD_df_sl Bat 5v 10 70 us 2 125C 333 31.05 0.59 16.90 11.86 21.94 11.86129 BUS_RXD_df_sl Bat 5v 10 70 us 2 25C 342 30.02 0.63 15.87 10.59 21.15 10.59129 BUS_RXD_df_sl Bat 5v 10 70 us 2 ‐40C 339 32.04 1.97 5.07 3.73 6.42 3.73129 BUS_RXD_df_sl Bat 5v 10 70 us 3 125C 306 30.87 0.39 25.75 17.91 33.59 17.91129 BUS_RXD_df_sl Bat 5v 10 70 us 3 25C 335 29.68 0.46 21.82 14.32 29.33 14.32129 BUS_RXD_df_sl Bat 5v 10 70 us 3 ‐40C 338 31.01 1.30 7.67 5.37 9.97 5.37130 CNTL_df_buswu BAT 5v (Fast M 0.6 1.4 ms 1 125C 3377 1.13 0.02 8.13 10.68 5.58 5.58130 CNTL_df_buswu BAT 5v (Fast M 0.6 1.4 ms 1 25C 336 1.05 0.02 7.17 8.06 6.28 6.28130 CNTL_df_buswu BAT 5v (Fast M 0.6 1.4 ms 1 ‐40C 337 1.01 0.02 6.42 6.54 6.31 6.31130 CNTL_df_buswu BAT 5v (Fast M 0.6 1.4 ms 2 125C 333 1.13 0.02 6.76 8.91 4.60 4.60130 CNTL_df_buswu BAT 5v (Fast M 0.6 1.4 ms 2 25C 342 1.04 0.02 6.48 7.16 5.79 5.79130 CNTL_df_buswu BAT 5v (Fast M 0.6 1.4 ms 2 ‐40C 339 1.00 0.02 6.49 6.53 6.46 6.46130 CNTL_df_buswu BAT 5v (Fast M 0.6 1.4 ms 3 125C 306 1.14 0.02 7.91 10.74 5.07 5.07130 CNTL_df_buswu BAT 5v (Fast M 0.6 1.4 ms 3 25C 335 1.06 0.02 7.72 8.87 6.58 6.58130 CNTL_df_buswu BAT 5v (Fast M 0.6 1.4 ms 3 ‐40C 338 1.02 0.02 6.52 6.78 6.25 6.25131 CNTL_df_buswu BAT 27v (Fast 0.6 1.4 ms 1 125C 3377 1.19 0.02 7.71 11.29 4.13 4.13131 CNTL_df_buswu BAT 27v (Fast 0.6 1.4 ms 1 25C 336 1.09 0.02 6.92 8.56 5.28 5.28131 CNTL_df_buswu BAT 27v (Fast 0.6 1.4 ms 1 ‐40C 337 1.07 0.03 4.65 5.46 3.84 3.84131 CNTL_df_buswu BAT 27v (Fast 0.6 1.4 ms 2 125C 333 1.19 0.02 6.45 9.46 3.43 3.43131 CNTL_df_buswu BAT 27v (Fast 0.6 1.4 ms 2 25C 342 1.09 0.02 6.16 7.49 4.82 4.82131 CNTL_df_buswu BAT 27v (Fast 0.6 1.4 ms 2 ‐40C 339 1.04 0.02 6.15 6.77 5.53 5.53131 CNTL_df_buswu BAT 27v (Fast 0.6 1.4 ms 3 125C 306 1.20 0.02 7.52 11.38 3.67 3.67131 CNTL_df_buswu BAT 27v (Fast 0.6 1.4 ms 3 25C 335 1.10 0.02 7.38 9.32 5.45 5.45131 CNTL_df_buswu BAT 27v (Fast 0.6 1.4 ms 3 ‐40C 338 1.07 0.03 4.54 5.34 3.73 3.73132 CNTL_df_slmode BAT 5v (Fast M 0.6 1.4 ms 1 125C 3377 1.08 0.02 8.16 9.88 6.45 6.45132 CNTL_df_slmode BAT 5v (Fast M 0.6 1.4 ms 1 25C 336 1.01 0.02 7.15 7.32 6.97 6.97132 CNTL_df_slmode BAT 5v (Fast M 0.6 1.4 ms 1 ‐40C 337 0.97 0.02 6.43 5.89 6.98 5.89132 CNTL_df_slmode BAT 5v (Fast M 0.6 1.4 ms 2 125C 333 1.09 0.02 6.82 8.28 5.36 5.36132 CNTL_df_slmode BAT 5v (Fast M 0.6 1.4 ms 2 25C 342 1.00 0.02 6.54 6.57 6.51 6.51132 CNTL_df_slmode BAT 5v (Fast M 0.6 1.4 ms 2 ‐40C 339 0.96 0.02 6.55 5.91 7.19 5.91132 CNTL_df_slmode BAT 5v (Fast M 0.6 1.4 ms 3 125C 306 1.10 0.02 7.93 9.94 5.92 5.92132 CNTL_df_slmode BAT 5v (Fast M 0.6 1.4 ms 3 25C 335 1.02 0.02 7.75 8.12 7.38 7.38132 CNTL_df_slmode BAT 5v (Fast M 0.6 1.4 ms 3 ‐40C 338 0.98 0.02 6.54 6.13 6.95 6.13133 CNTL_df_slmode BAT 27v (Fast 0.6 1.4 ms 1 125C 3377 1.13 0.02 7.75 10.30 5.20 5.20133 CNTL_df_slmode BAT 27v (Fast 0.6 1.4 ms 1 25C 336 1.04 0.02 6.91 7.68 6.15 6.15133 CNTL_df_slmode BAT 27v (Fast 0.6 1.4 ms 1 ‐40C 337 1.01 0.03 4.63 4.80 4.46 4.46133 CNTL_df_slmode BAT 27v (Fast 0.6 1.4 ms 2 125C 333 1.13 0.02 6.54 8.69 4.39 4.39133 CNTL_df_slmode BAT 27v (Fast 0.6 1.4 ms 2 25C 342 1.03 0.02 6.22 6.76 5.68 5.68133 CNTL_df_slmode BAT 27v (Fast 0.6 1.4 ms 2 ‐40C 339 0.99 0.02 6.35 6.16 6.53 6.16133 CNTL_df_slmode BAT 27v (Fast 0.6 1.4 ms 3 125C 306 1.15 0.02 7.54 10.36 4.72 4.72133 CNTL_df_slmode BAT 27v (Fast 0.6 1.4 ms 3 25C 335 1.05 0.02 7.43 8.43 6.44 6.44133 CNTL_df_slmode BAT 27v (Fast 0.6 1.4 ms 3 ‐40C 338 1.03 0.03 4.60 4.89 4.31 4.31134 test_y_gates 0.2 3 ms 1 125C 3377 2.26 0.03 13.55 19.95 7.14 7.14134 test_y_gates 0.2 3 ms 1 25C 336 2.09 0.04 12.09 16.30 7.87 7.87




134 test_y_gates 0.2 3 ms 1 ‐40C 337 2.04 0.05 8.60 11.30 5.89 5.89134 test_y_gates 0.2 3 ms 2 125C 333 2.26 0.04 11.42 16.82 6.02 6.02134 test_y_gates 0.2 3 ms 2 25C 342 2.07 0.04 10.87 14.51 7.23 7.23134 test_y_gates 0.2 3 ms 2 ‐40C 339 1.98 0.04 10.91 13.84 7.97 7.97134 test_y_gates 0.2 3 ms 3 125C 306 2.30 0.04 13.24 19.84 6.64 6.64134 test_y_gates 0.2 3 ms 3 25C 335 2.11 0.04 13.01 17.72 8.30 8.30134 test_y_gates 0.2 3 ms 3 ‐40C 338 2.05 0.06 8.03 10.64 5.42 5.42135 BAT JVT ‐10 10 uA 1 125C 3377 ‐0.05 0.02 143.85 143.20 144.50 143.20135 BAT JVT ‐10 10 uA 1 25C 336 ‐0.11 0.01 238.89 236.33 241.44 236.33135 BAT JVT ‐10 10 uA 1 ‐40C 337 ‐0.13 0.04 79.43 78.41 80.46 78.41135 BAT JVT ‐10 10 uA 2 125C 333 0.19 0.04 83.70 85.26 82.13 82.13135 BAT JVT ‐10 10 uA 2 25C 342 ‐0.14 0.02 135.79 133.87 137.71 133.87135 BAT JVT ‐10 10 uA 2 ‐40C 339 ‐0.15 0.02 144.87 142.71 147.02 142.71135 BAT JVT ‐10 10 uA 3 125C 306 0.16 0.05 66.89 67.98 65.79 65.79135 BAT JVT ‐10 10 uA 3 25C 335 ‐0.15 0.03 108.84 107.19 110.48 107.19135 BAT JVT ‐10 10 uA 3 ‐40C 338 ‐0.13 0.03 110.15 108.68 111.62 108.68136 TXD JVT ‐0.5 0.5 uA 1 125C 3377 0.00 0.00 1092.85 1101.70 1084.00 1084.00136 TXD JVT ‐0.5 0.5 uA 1 25C 336 0.00 0.00 1249.44 1254.06 1244.81 1244.81136 TXD JVT ‐0.5 0.5 uA 1 ‐40C 337 0.00 0.00 911.43 913.31 909.56 909.56136 TXD JVT ‐0.5 0.5 uA 2 125C 333 0.01 0.00 302.47 307.36 297.57 297.57136 TXD JVT ‐0.5 0.5 uA 2 25C 342 0.00 0.00 1460.12 1464.39 1455.86 1455.86136 TXD JVT ‐0.5 0.5 uA 2 ‐40C 339 0.00 0.00 1505.23 1509.73 1500.73 1500.73136 TXD JVT ‐0.5 0.5 uA 3 125C 306 0.01 0.00 373.34 378.99 367.69 367.69136 TXD JVT ‐0.5 0.5 uA 3 25C 335 0.00 0.00 1183.92 1186.39 1181.45 1181.45136 TXD JVT ‐0.5 0.5 uA 3 ‐40C 338 0.00 0.00 966.52 968.47 964.57 964.57137 MODE0 JVT ‐0.5 0.5 uA 1 125C 3377 0.00 0.00 342.05 344.38 339.72 339.72137 MODE0 JVT ‐0.5 0.5 uA 1 25C 336 0.00 0.00 1390.83 1392.66 1389.00 1389.00137 MODE0 JVT ‐0.5 0.5 uA 1 ‐40C 337 0.00 0.00 1708.98 1711.26 1706.71 1706.71137 MODE0 JVT ‐0.5 0.5 uA 2 125C 333 0.01 0.00 304.43 309.27 299.59 299.59137 MODE0 JVT ‐0.5 0.5 uA 2 25C 342 0.00 0.00 1696.77 1700.36 1693.19 1693.19137 MODE0 JVT ‐0.5 0.5 uA 2 ‐40C 339 0.00 0.00 1590.12 1593.39 1586.85 1586.85137 MODE0 JVT ‐0.5 0.5 uA 3 125C 306 0.01 0.00 375.24 380.85 369.64 369.64137 MODE0 JVT ‐0.5 0.5 uA 3 25C 335 0.00 0.00 1250.13 1251.55 1248.71 1248.71137 MODE0 JVT ‐0.5 0.5 uA 3 ‐40C 338 0.00 0.00 1578.69 1580.75 1576.64 1576.64138 MODE1 JVT ‐0.5 0.5 uA 1 125C 3377 0.00 0.00 1101.25 1108.41 1094.09 1094.09138 MODE1 JVT ‐0.5 0.5 uA 1 25C 336 0.00 0.00 1325.75 1328.30 1323.21 1323.21138 MODE1 JVT ‐0.5 0.5 uA 1 ‐40C 337 0.00 0.00 994.99 996.36 993.62 993.62138 MODE1 JVT ‐0.5 0.5 uA 2 125C 333 0.01 0.00 301.40 306.07 296.73 296.73138 MODE1 JVT ‐0.5 0.5 uA 2 25C 342 0.00 0.00 1567.13 1569.89 1564.38 1564.38138 MODE1 JVT ‐0.5 0.5 uA 2 ‐40C 339 0.00 0.00 1633.15 1636.12 1630.17 1630.17138 MODE1 JVT ‐0.5 0.5 uA 3 125C 306 0.01 0.00 359.58 364.76 354.39 354.39138 MODE1 JVT ‐0.5 0.5 uA 3 25C 335 0.00 0.00 1188.84 1190.53 1187.14 1187.14138 MODE1 JVT ‐0.5 0.5 uA 3 ‐40C 338 0.00 0.00 1081.31 1082.82 1079.79 1079.79139 RXD JVT ‐0.5 0.5 uA 1 125C 3377 0.00 0.00 367.78 369.90 365.66 365.66139 RXD JVT ‐0.5 0.5 uA 1 25C 336 0.00 0.00 855.11 855.24 854.98 854.98139 RXD JVT ‐0.5 0.5 uA 1 ‐40C 337 0.00 0.00 1058.56 1058.80 1058.31 1058.31139 RXD JVT ‐0.5 0.5 uA 2 125C 333 0.01 0.00 307.48 312.05 302.92 302.92139 RXD JVT ‐0.5 0.5 uA 2 25C 342 0.00 0.00 1419.75 1421.22 1418.28 1418.28139 RXD JVT ‐0.5 0.5 uA 2 ‐40C 339 0.00 0.00 1485.61 1487.07 1484.16 1484.16139 RXD JVT ‐0.5 0.5 uA 3 125C 306 0.01 0.00 386.45 391.78 381.11 381.11139 RXD JVT ‐0.5 0.5 uA 3 25C 335 0.00 0.00 884.00 883.91 884.09 883.91139 RXD JVT ‐0.5 0.5 uA 3 ‐40C 338 0.00 0.00 1051.02 1051.21 1050.82 1050.82140 BUS JVT ‐0.5 0.5 uA 1 125C 3377 0.05 0.00 77.46 85.29 69.62 69.62140 BUS JVT ‐0.5 0.5 uA 1 25C 336 0.00 0.00 527.01 526.76 527.26 526.76140 BUS JVT ‐0.5 0.5 uA 1 ‐40C 337 0.00 0.00 941.74 941.54 941.93 941.54140 BUS JVT ‐0.5 0.5 uA 2 125C 333 0.12 0.01 17.99 22.17 13.80 13.80140 BUS JVT ‐0.5 0.5 uA 2 25C 342 0.00 0.00 831.17 830.69 831.64 830.69140 BUS JVT ‐0.5 0.5 uA 2 ‐40C 339 0.00 0.00 718.68 718.22 719.14 718.22140 BUS JVT ‐0.5 0.5 uA 3 125C 306 0.11 0.01 21.31 25.96 16.66 16.66140 BUS JVT ‐0.5 0.5 uA 3 25C 335 0.00 0.00 1057.93 1057.86 1058.00 1057.86




140 BUS JVT ‐0.5 0.5 uA 3 ‐40C 338 0.00 0.00 1047.40 1047.44 1047.36 1047.36141 CNTL JVT ‐1 1 uA 1 125C 3377 0.01 0.00 1686.64 1698.29 1674.99 1674.99141 CNTL JVT ‐1 1 uA 1 25C 336 0.00 0.00 1576.90 1575.83 1577.97 1575.83141 CNTL JVT ‐1 1 uA 1 ‐40C 337 0.00 0.00 2881.78 2879.22 2884.33 2879.22141 CNTL JVT ‐1 1 uA 2 125C 333 0.01 0.00 266.91 270.87 262.94 262.94141 CNTL JVT ‐1 1 uA 2 25C 342 0.00 0.00 2748.12 2745.31 2750.93 2745.31141 CNTL JVT ‐1 1 uA 2 ‐40C 339 0.00 0.00 3454.47 3451.05 3457.90 3451.05141 CNTL JVT ‐1 1 uA 3 125C 306 0.02 0.00 315.17 319.96 310.39 310.39141 CNTL JVT ‐1 1 uA 3 25C 335 0.00 0.00 1942.84 1939.65 1946.04 1939.65141 CNTL JVT ‐1 1 uA 3 ‐40C 338 0.00 0.00 2920.19 2917.20 2923.18 2917.20142 LOAD JVT ‐1 1 uA 1 125C 3377 0.00 0.00 217.38 216.70 218.07 216.70142 LOAD JVT ‐1 1 uA 1 25C 336 0.00 0.00 239.98 239.74 240.23 239.74142 LOAD JVT ‐1 1 uA 1 ‐40C 337 0.00 0.00 311.80 311.02 312.59 311.02142 LOAD JVT ‐1 1 uA 2 125C 333 0.00 0.00 349.37 348.05 350.70 348.05142 LOAD JVT ‐1 1 uA 2 25C 342 0.00 0.00 220.39 219.76 221.03 219.76142 LOAD JVT ‐1 1 uA 2 ‐40C 339 0.00 0.00 239.09 238.32 239.85 238.32142 LOAD JVT ‐1 1 uA 3 125C 306 0.00 0.00 322.12 320.55 323.69 320.55142 LOAD JVT ‐1 1 uA 3 25C 335 0.00 0.00 297.89 297.60 298.18 297.60142 LOAD JVT ‐1 1 uA 3 ‐40C 338 0.00 0.00 301.25 300.71 301.80 300.711034 Total Loss Of Ground Leakage ‐65 0.5 uA 1 125C 3377 ‐15.36 0.23 47.04 71.30 22.78 22.781034 Total Loss Of Ground Leakage ‐65 0.5 uA 1 25C 336 ‐16.12 0.28 39.05 58.28 19.82 19.821034 Total Loss Of Ground Leakage ‐65 0.5 uA 1 ‐40C 337 ‐16.79 0.35 31.55 46.44 16.66 16.661034 Total Loss Of Ground Leakage ‐65 0.5 uA 2 125C 333 ‐15.44 0.18 60.28 91.22 29.33 29.331034 Total Loss Of Ground Leakage ‐65 0.5 uA 2 25C 342 ‐16.16 0.22 50.36 75.10 25.62 25.621034 Total Loss Of Ground Leakage ‐65 0.5 uA 2 ‐40C 339 ‐16.45 0.25 44.34 65.73 22.95 22.951034 Total Loss Of Ground Leakage ‐65 0.5 uA 3 125C 306 ‐15.70 0.15 74.54 112.21 36.86 36.861034 Total Loss Of Ground Leakage ‐65 0.5 uA 3 25C 335 ‐16.58 0.17 64.87 95.92 33.82 33.821034 Total Loss Of Ground Leakage ‐65 0.5 uA 3 ‐40C 338 ‐17.26 0.25 43.62 63.59 23.65 23.65

FSL-TLS-FAB to TSMC SOIC 14 Ld Package...AEC-Q100G Template 4 of 4 Rev. 01Sep09 TSMC 14ld SOIC...

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Transcript of FSL-TLS-FAB to TSMC SOIC 14 Ld Package...AEC-Q100G Template 4 of 4 Rev. 01Sep09 TSMC 14ld SOIC...