TWR-S08GW64 User Guide - NXP Semiconductors · TWR-S08GW64 User Guide, Rev. 0 Reference Documents 2...
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Freescale Semiconductor User Guide Document Number: TWRS08GW64UG Contents © Freescale Semiconductor, Inc., 2010. All rights reserved. 1 Overview The MC9S08GW64 Tower MCU Module (TWR-S08GW64) is a low-cost evaluation, demonstration and development board. The TWR-S08GW64 can operate stand-alone or as the main control board in a Tower System with peripheral modules. The following list summarizes the features of the TWR-S08GW64: • Tower compatible microcontroller module • MC9S08GW64 in an 80 LQFP package • MC9S08JM60 based Open Source Debug (OSBDM) circuit • 3 user controlled LEDs • 3 push buttons and two unpopulated headers for user input • 3 pin header for PCNT based sensors • Potentiometer 1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 2 Reference Documents . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 3 Hardware Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 3.1 Clocking. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 3.2 System Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 3.3 Debug Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 3.4 RS232 Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 3.5 Elevator Connections . . . . . . . . . . . . . . . . . . . . . . . 4 3.6 Mechanical Form Factor . . . . . . . . . . . . . . . . . . . . . 4 4 Jumper Settings. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 5 Input/Output Pin Usage Table . . . . . . . . . . . . . . . . . . . . . 5 Appendix ASilk Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 Appendix BSchematic Drawings . . . . . . . . . . . . . . . . . . . . . . . 8 TWR-S08GW64 User Guide
Transcript of TWR-S08GW64 User Guide - NXP Semiconductors · TWR-S08GW64 User Guide, Rev. 0 Reference Documents 2...
Freescale SemiconductorUser Guide
Document Number:TWRS08GW64UG
Contents
Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1Reference Documents. . . . . . . . . . . . . . . . . . . . . . . . . . . 2Hardware Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
3.1 Clocking. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33.2 System Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33.3 Debug Interface. . . . . . . . . . . . . . . . . . . . . . . . . . . . 33.4 RS232 Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . 33.5 Elevator Connections . . . . . . . . . . . . . . . . . . . . . . . 43.6 Mechanical Form Factor . . . . . . . . . . . . . . . . . . . . . 4Jumper Settings. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Input/Output Pin Usage Table . . . . . . . . . . . . . . . . . . . . . 5
ppendix ASilk Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8ppendix BSchematic Drawings . . . . . . . . . . . . . . . . . . . . . . . 8
TWR-S08GW64 User Guide
1 OverviewThe MC9S08GW64 Tower MCU Module (TWR-S08GW64) is a low-cost evaluation, demonstration and development board. The TWR-S08GW64 can operate stand-alone or as the main control board in a Tower System with peripheral modules.
The following list summarizes the features of the TWR-S08GW64:
• Tower compatible microcontroller module• MC9S08GW64 in an 80 LQFP package• MC9S08JM60 based Open Source Debug
(OSBDM) circuit• 3 user controlled LEDs• 3 push buttons and two unpopulated headers for
user input• 3 pin header for PCNT based sensors• Potentiometer
123
45AA
© Freescale Semiconductor, Inc., 2010. All rights reserved.
Reference Documents
• MC9S08QE8 based sine wave generator for ADC test and energy meter simulation• 29 pin 3V LCD Glass GD4972P• Optical IR communication • RS232 transceiver and 2x5 pin header• Push button and jumper selection for tamper inputs• Optional battery for powering up the board• Expansion via Primary Elevator connector
A block diagram for the TWR-S08GW64 is shown in the figure below.
Figure 1. TWR-S08GW64 Block Diagram
2 Reference DocumentsThe documents listed below can be referenced for more information on the Freescale Tower system and the TWR-S08GW64. Refer to http://www.freesale.com/tower for the latest revision of all Tower documentation.
• TWR-S08GW64 Schematics• TWR-S08GW64 Quick Start Guide
Tower Elevator Expansion ConnectorsSPI, I2C, ADC, Timers, PWM, UARTs, IRQ, LCD etc5.0V 3.3V
S08GW64Microcontroller
LEDLEDLED
QE8basedADC testcircuit
USBMini-AB
5.0V 3.3V
OSBDMDebug,Power,SCI
6 pin BDM Header
10 pin Header
RS232XCVR
3 pin PCNT Header
IR footprintIR
Interface
BDM
UART
ADC
ADC
UART
PCNT
GPIO
RESET
LCD
FreescaleDevice
ExternalConnectors
InterfaceCircuits
Power
TWR-S08GW64 User Guide, Rev. 0
Freescale Semiconductor2
Hardware Features
• TWR-S08GW64-KIT Lab Tutorial• MC9S08GW64 Reference Manual• MC9S08GW64 Data Sheet
3 Hardware FeaturesThis section provides more details about the features and functionality of the TWR-S08GW64.
3.1 ClockingInternal Clock can be configured using the ICS block for the microcontroller to run at up to 20 MHz bus clock. Also there is a provision of 32.768 kHz external crystal.
3.2 System PowerThe TWR-S08GW64 can be powered by the OSBDM circuit via the Mini-B USB connector, J8, or from a source in an assembled Tower System. A standard USB A male to Mini-B male cable (provided) can be used to supply power from a USB Host or powered USB Hub. Optionally, an AC to DC adapter with a USB A female receptacle (not provided) can be used as the power source.
Power will automatically be sourced from the Elevator connector if power is available on both the Elevator and the OSBDM.
A jumper, J7, can be used to isolate the 3.3V supply from the microcontroller. This connection can be used to measure the power usage of the MC9S08GW64 microcontroller.
Alternatively the board can be powered up from battery. The jumper J6 selects the source between 3V battery and USB or elevator power.
3.3 Debug InterfaceAn on-board, MC9S08JM60 based Open Source BDM (OSBDM) circuit provides a debug interface to the MC9S08GW64 and MC9S08QE8. The OSBDM circuit provides a USB-to-debug interface that allows run-control and debugging of the
MC9S08GW64 target device. The USB drivers required to communicate with the OSBDM are provided in development tools such as Freescale CodeWarrior. This single USB connection can also be used to power the TWR-S08GW64 stand-alone or in a fully assembled Tower System. A standard USB A male to Mini-B male cable (provided) can be used for debugging via the USB connector, J8.
Alternatively the header J2 can be used to program via P&E USB multilink debugger. The jumpers J1 and J3 select between the devices MC9S08GW64 and MC9S08QE8 while programming using both OSBDM and P&E USB multilink.
3.4 RS232 InterfaceAn RS232 transceiver on the TWR-S08GW64 connects to a standard 2x5 pin header (refer to Figure 2).
TWR-S08GW64 User Guide, Rev. 0
Freescale Semiconductor 3
Jumper Settings
Selection jumper pins on J14 allow UART0 signals to be routed to either the RS232 transceiver or the OSBDM circuit. Refer to Table 1 for more details.
3.5 Elevator ConnectionsThe TWR-S08GW64 features two expansion card-edge connectors that interface to Elevator boards in a Tower system: the Primary and Secondary Elevator connectors. The Primary Elevator connector, comprised of sides A and B, is utilized by the TWR-S08GW64, while the Secondary Elevator connector makes connections to LCD signals from TWR-S08GW64 and ground (GND).
3.6 Mechanical Form FactorThe TWR-S08GW64 is designed for the Freescale Tower System and complies with the electrical and mechanical specification as described in Freescale Tower Electromechanical Specification.
4 Jumper SettingsThere are several jumpers provided for isolation, configuration, and feature selection. Refer to the following table for details. The default installed jumper settings are shown in bold.
Table 1. RS232 2X5 Pin Header Connections
MC9S08GW64Signal
PINMC9S08GW64
Signal
No Connect 1 2 No Connect
TXD 3 4 CTS
RXD 5 6 RTS
No Connect 7 8 No Connect
GND 9 10 3.3V
Table 2. TWR-S08GW64 Jumper Connections
Jumper Option Setting Description
J1 Reset selection 1-2 Connect MC9S08QE8 Reset to Debugger
2-3 Connect MC9S08GW64 Reset to Debugger
J2 6 pin BDM header for MC9S08QE8 and MC9S08GW64
J3 BKGD selection for Debugger 1-2 Connect MC9S08QE8 BKGD to Debugger
2-3 Connect MC9S08GW64 BKGD to Debugger
J4 IRQ (DNP) header for JM60
TWR-S08GW64 User Guide, Rev. 0
Freescale Semiconductor4
Input/Output Pin Usage Table
5 Input/Output Pin Usage Table
J5 6 pin BDM header for JM60
J6 Supply Selection 1-2 Battery power
2-3 Regulated Output Voltage
J7 MCU power ON Supply 3.3V to MCU
OFF Isolate MCU from Power (connect an ammeter tomeasure current)
J9 KBI7 switch header (DNP)
J10 Tamper Selection 1-2 Tamper 1
2-3 Tamper 0
J11 KBI6 switch header (DNP)
J12 PCNT Sensor Header(DNP)
J13 UART header 10 pin
J14 1-3 & 2-4 Connect TXD0 and RXD0 to OSBDM debugger circuit
3-5 & 4-6 Connect TXD0 and RXD0 to RS232
J15 ADC1 Input 1-2 Simulated sine wave from QE8
2-3 GND
J16 ADC2 Input 1-2 Simulated sine wave from QE8
2-3 GND
J17 Primary Elevator
J18 Secondary Elevator
Pin No MC9S08GW64 Pins Application
1 PTE6/LCD24 LCD Glass pin 15
2 PTE7/LCD25 LCD Glass pin 16
3 PTF0/LCD26 LCD Glass pin 17
4 PTF1/LCD27 LCD Glass pin 18
5 PTF2/LCD28 LCD Glass pin 19
6 PTF3/LCD29 LCD Glass pin 20
7 PTF4/LCD30 LCD Glass pin 21
8 PTF5/LCD31 LCD Glass pin 22
9 PTF6/MTIMCLK/AD4/LCD32 LCD Glass pin 23
10 PTF7/FTMCLK/AD5/LCD33 LCD Glass pin 24
Table 2. TWR-S08GW64 Jumper Connections
Jumper Option Setting Description
TWR-S08GW64 User Guide, Rev. 0
Freescale Semiconductor 5
Input/Output Pin Usage Table
11 PTG0/MOSI1/AD6/LCD34 LCD Glass pin 25
12 PTG1/MISO1/AD7/LCD35 LCD Glass pin 26
13 PTG2/SCLK1/AD8/LCD36 LCD Glass pin 27
14 PTG3/SS1/AD9/LCD37 LCD Glass pin 28
15 PTG4/CMPOUT1/RXD3/AD10/LCD38 LCD Glass pin 29
16 PTG5/CMPOUT2/TXD3/AD11/LCD39 IR communication
17 PTG6/PCNT0/CMPP3/AD12/LCD40 PCNT Sensor Input/sine wave Input from QE8
18 PTG7/PCNT1/CMPP4/AD13/LCD41 PCNT Sensor Input
19 PTH0/PCNT2/CMPP5/AD14/LCD42 PCNT Sensor Input/sine wave Input from QE8
20 PTH1/RTCCLKOUT/AD15/LCD43 ADC Potentiometer
21 VDDA Analog Power
22 VREFH Analog Reference Voltage High
23 VSSA Analog Ground
24 VREFL Analog Reference Voltage Low
25 DADP0 sine wave Input from QE8
26 DADM0 sine wave Input from QE8
27 VREFO Reference Output Voltage from MCU
28 DADP1 sine wave Input from QE8
29 DADM1 sine wave Input from QE8
30 VBAT 3 V battery for RTC
31 EXTAL1 RTC EXTAL of 32.768 kHz
32 XTAL1 RTC XTAL of 32.768 kHz
33 TAMPER0 Tamper from SW4 using J10
34 TAMPER1 Tamper from SW4 using J10
35 PTA0/MOSI2/PCNTCH0/SCL/AD2
36 PTA1/MISO2/PCNTCH1/SDA/AD3
37 PTA2/SCLK2/FTMCH0/PCNT0/CMPP0 User LED
38 PTA3/SS2/FTMCH1/PCNT1/CMPP1 User LED
39 PTA4/MTIMCLK/RXD2/PCNT2/CMPP2 User LED
40 PTA5/FTMCLK/TXD2/EXTRIG/IRQ User Push Button
41 PTA6/CMPOUT0/CLKOUT/BKGD/MS BKGD
42 VDD Digital Power
43 VSS1 Digital Ground
44 PTB0/KBIP0/TXD1/EXTAL2 MCU EXTAL of 32.768 kHz
45 PTB1/KBIP1/RXD1/CMPP6/XTAL2 MCU XTAL of 32.768 kHz
46 RESET MCU Reset
Pin No MC9S08GW64 Pins Application
TWR-S08GW64 User Guide, Rev. 0
Freescale Semiconductor6
Input/Output Pin Usage Table
47 PTB2/KBIP2/MOSI0/MISO0/RXD0 UART Receiver
48 PTB3/KBIP3/MISO0/MOSI0/TXD0 UART Transmitter
49 PTB4/KBIP4/SCLK0/SCL
50 PTB5/KBIP5/SS0/SDA
51 PTB6/KBIP6/RXD2/LCD0 IR communication Receiver
52 PTB7/KBIP7/TXD2/LCD1 IR communication Transmitter
53 PTC0/MOSI1/LCD2 LCD Glass pin 1
54 PTC1/MISO1/LCD3 LCD Glass pin 2
55 PTC2/SCLK1/LCD4 LCD Glass pin 3
56 PTC3/SS1/LCD5 LCD Glass pin 4
57 PTC4/FTMCH0/RXD1/LCD6 LCD Glass pin 5
58 PTC5/FTMCH1/TXD1/LCD7 LCD Glass pin 6
59 PTC6/PCNTCH0/RXD3/LCD8 LCD Glass pin 7
60 PTC7/PCNTCH1/TXD3/LCD9 LCD Glass pin 8
61 PTD0/KBIP0/MOSI2/LCD10
62 PTD1/KBIP1/MISO2/LCD11
63 PTD2/KBIP2/SCLK2/LCD12
64 PTD3/KBIP3/SS2/LCD13
65 PTD4/KBIP4/LCD14 User Push Button
66 PTD5/KBIP5/CLKOUT/LCD15 User Push Button
67 PTD6/KBIP6/LCD16 User 2 pin Header
68 PTD7/KBIP7/LCD17 User 2 pin Header
69 PTE0/LCD18 LCD Glass pin 9
70 PTE1/LCD19 LCD Glass pin 10
71 PTE2/LCD20 LCD Glass pin 11
72 PTE3/LCD21 LCD Glass pin 12
73 PTE4/LCD22 LCD Glass pin 13
74 PTE5/LCD23 LCD Glass pin 14
75 VSS2 Digital GND
76 VLL3 LCD voltage
77 VLL2 LCD voltage
78 VLL1 LCD voltage
79 VCAP2 Charge Pump capacitor
80 VCAP1 Charge Pump capacitor
Pin No MC9S08GW64 Pins Application
TWR-S08GW64 User Guide, Rev. 0
Freescale Semiconductor 7
Silk Screen
Appendix A Silk Screen
Appendix B Schematic Drawings
TWR-S08GW64 User Guide, Rev. 0
Freescale Semiconductor8
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Table of Contents
1Cover Page
2345
MC9S08GW64 MCU
OSBDM & POWER
PERIPHERALS
ELEVATOR CONNECTIONS
Revisions
Rev
Description
X1
Original Release
Sunaina Srivastava
Date
Nov 21, 2009
Approved
NOTES
1. U
nle
ss O
therw
ise S
pecifie
d:
All re
sis
tors
are
in o
hm
s, 5
%, 1
/8 W
att
All c
apacito
rs a
re in
uF
, 20%
, 50V
All v
olta
ges a
re D
C
All p
ola
rized c
apacito
rs a
re a
lum
inum
ele
ctro
lytic
2. In
terru
pte
d lin
es c
oded w
ith th
e s
am
e le
tter o
r lette
r c
om
bin
atio
ns a
re e
lectric
ally
connecte
d.
3. D
evic
e ty
pe n
um
ber is
for re
fere
nce o
nly
. The n
um
ber
varie
s w
ith th
e m
anufa
ctu
rer.
4. S
pecia
l sig
nal u
sage:
_B
Denote
s - A
ctiv
e-L
ow
Sig
nal
<>
or [] D
enote
s - V
ecto
red S
ignals
5. In
terp
ret d
iagra
m in
accord
ance w
ith A
meric
an
Natio
nal S
tandard
s In
stitu
te s
pecific
atio
ns, c
urre
nt
revis
ion, w
ith th
e e
xceptio
n o
f logic
blo
ck s
ym
bolo
gy.
MC
9S
08
GW
64
OS
BD
M &
PO
WE
R
PE
RIP
HE
RA
LS
Ele
va
tor
Prim
ary
&S
eco
nd
ary
BK
GD
RE
SE
T
GP
IOs, A
DC
, KB
I, L
CD
, UA
RT
, PC
NT
UA
RT
, SP
I, I2C
, LC
D, A
DC
KB
I, IRQ
etc
VD
D &
GN
D
VD
D &
GN
D
ARelease to
Production
Dec 4, 2009
Sunaina Srivastava
Bswapped PTG5 with
PTG6
Sep 1, 2010
Sunaina Srivastava
55
44
33
22
11
DD
CC
BB
AA
A_G
ND
CP
U_V
DD
A
CP
U_V
DD
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
VREFO_J
(pg5)
PTE5/LCD23 (pg4,5)
PTE4/LCD22 (pg4,5)
PTE3/LCD21 (pg4,5)
PTE2/LCD20 (pg4,5)
PTE1/LCD19 (pg4,5)
PTE0/LCD18 (pg4,5)
PTD7/KBIP7/LCD17 (pg4,5)
PTD6/KBIP6/LCD16 (pg4,5)
PTD5/KBIP5/CLKOUT/LCD15 (pg4,5)
PTD4/KBIP4/LCD14 (pg4,5)
PTD3/KBIP3/SS2/LCD13 (pg5)
PTD2/KBIP2/SCLK2/LCD12 (pg5)
PTD1/KBIP1/MISO2/LCD11 (pg5)
PTD0/KBIP0/MOSI2/LCD10 (pg5)
PT
C7/P
CN
TC
H1/T
XD
3/L
CD
9(p
g4,5
)
PT
C6/P
CN
TC
H0/R
XD
3/L
CD
8(p
g4,5
)
PT
E6/L
CD
24
(pg4,5
)
PT
E7/L
CD
25
(pg4,5
)
PT
F0/L
CD
26
(pg4,5
)
PT
F1/L
CD
27
(pg4,5
)
PT
F2/L
CD
28
(pg4,5
)
PT
F3/L
CD
29
(pg4,5
)
PT
F4/L
CD
30
(pg4,5
)
PT
F5/L
CD
31
(pg4,5
)
PT
F6/M
TIM
CLK
/AD
4/L
CD
32
(pg4,5
)
PT
F7/F
TM
CLK
/AD
5/L
CD
33
(pg4,5
)
PT
G0/M
OS
I1/A
D6/L
CD
34
(pg4,5
)
PT
G1/M
ISO
1/A
D7/L
CD
35
(pg4,5
)
PT
G2/S
CLK
1/A
D8/L
CD
36
(pg4,5
)
PT
G3/S
S1/A
D9/L
CD
37
(pg4,5
)
PT
G4/C
MP
OU
T1/R
XD
3/A
D10/L
CD
38
(pg4,5
)
PT
G5/C
MP
OU
T2/T
XD
3/A
D11/L
CD
39
(pg4,5
)
PT
G6/P
CN
T0/C
MP
P3/A
D12/L
CD
40
(pg4)
PT
G7/P
CN
T1/C
MP
P4/A
D13/L
CD
41
(pg4,5
)
PT
H0/P
CN
T2/C
MP
P5/A
D14/L
CD
42
(pg4,5
)
PT
H1/R
TC
CLK
OU
T/A
D15/L
CD
43
(pg4,5
)
PT
C5/F
TM
CH
1/T
XD
1/L
CD
7(p
g4,5
)
PT
C4/F
TM
CH
0/R
XD
1/L
CD
6(p
g4,5
)
PT
C3/S
S1/L
CD
5(p
g4,5
)
PT
C2/S
CLK
1/L
CD
4(p
g4,5
)
PT
C1/M
ISO
1/L
CD
3(p
g4,5
)
PT
C0/M
OS
I1/L
CD
2(p
g4,5
)
PT
B7/K
BIP
7/T
XD
2/L
CD
1(p
g4)
PT
B6/K
BIP
6/R
XD
2/L
CD
0(p
g4)
PT
B5/K
BIP
5/S
S0/S
DA
(pg5)
PT
B4/K
BIP
4/S
CLK
0/S
CL
(pg5)
PT
B3/K
BIP
3/M
ISO
0/M
OS
I0/T
XD
0(p
g4,5
)
PT
B2/K
BIP
2/M
OS
I0/M
ISO
0/R
XD
0(p
g4,5
)
RE
SE
T(p
g3,5
)
PT
B1/K
BIP
1/R
XD
1/C
MP
P6/X
TA
L2
(pg5)
PT
B0/K
BIP
0/T
XD
1/E
XT
AL2
(pg5)
PTA0/MOSI2/PCNTCH0/SCL/AD2(pg5)
PTA1/MISO2/PCNTCH1/SDA/AD3(pg5)
PTA2/SCLK2/FTMCH0/PCNT0/CMPP0(pg4,5)
PT
A6/C
MP
OU
T0/C
LK
OU
T/B
KG
D/M
S(p
g3,5
)
PTA3/SS2/FTMCH1/PCNT1/CMPP1(pg4,5)
DADP0(pg4)
DADM0(pg4)
PTA5/FTMCLK/TXD2/EXTRIG/IRQ(pg4,5)
DADP1(pg4)
DADM1(pg4)
PTA4/MTIMCLK/RXD2/PCNT2/CMPP2(pg4,5)
EXTAL1
XTAL1
TAMPER0(pg4)
TAMPER1(pg4)
EX
TA
L1
XT
AL1
PT
B0/K
BIP
0/T
XD
1/E
XT
AL2
(pg5)
PT
B1/K
BIP
1/R
XD
1/C
MP
P6/X
TA
L2
(pg5)
Dra
win
g T
itle:
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
Page T
itle:
ICA
P C
lassific
atio
n:
FC
P:
FIU
O:
PU
BI:
SC
H-2
6361 P
DF
: SP
F-2
6361
B
TW
R-S
08G
W64
C
Thurs
day, S
epte
mber 3
0, 2
010
MC
9S
08G
W64 M
CU
25
___
___
XD
raw
ing T
itle:
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
Page T
itle:
ICA
P C
lassific
atio
n:
FC
P:
FIU
O:
PU
BI:
SC
H-2
6361 P
DF
: SP
F-2
6361
B
TW
R-S
08G
W64
C
Thurs
day, S
epte
mber 3
0, 2
010
MC
9S
08G
W64 M
CU
25
___
___
XD
raw
ing T
itle:
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
Page T
itle:
ICA
P C
lassific
atio
n:
FC
P:
FIU
O:
PU
BI:
SC
H-2
6361 P
DF
: SP
F-2
6361
B
TW
R-S
08G
W64
C
Thurs
day, S
epte
mber 3
0, 2
010
MC
9S
08G
W64 M
CU
25
___
___
X
BT
1
338A
BT
1
338A
12
C7
22P
F
C7
22P
F
C10
0.1
UF
C10
0.1
UF
Y2
32.7
68K
Hz
Y2
32.7
68K
Hz
1 2
Y1
32.7
68K
Hz
Y1
32.7
68K
Hz
1 2
C9
22P
F
C9
22P
F
C2
0.1
UF
C2
0.1
UF
C11
0.1
UF
C11
0.1
UF
C4
0.1
UF
C4
0.1
UF
MC
9S
08G
W64
U1
MC
9S
08G
W64
MC
9S
08G
W64
U1
MC
9S
08G
W64
PT
E6/L
CD
24
1
PT
E7/L
CD
25
2
PT
F0/L
CD
26
3
PT
F1/L
CD
27
4
PT
F2/L
CD
28
5
PT
F3/L
CD
29
6
PT
F4/L
CD
30
7
PT
F5/L
CD
31
8
PT
F6/M
TIM
CLK
/AD
4/L
CD
32
9
PT
F7/F
TM
CLK
/AD
5/L
CD
33
10
PT
G0/M
OS
I1/A
D6/L
CD
34
11
PT
G1/M
ISO
1/A
D7/L
CD
35
12
PT
G2/S
CLK
1/A
D8/L
CD
36
13
PT
G3/S
S1/A
D9/L
CD
37
14
PT
G4/C
MP
OU
T1/R
XD
3/A
D10/L
CD
38
15
PT
G7/P
CN
T1/C
MP
P4/A
D13/L
CD
41
18
PT
H0/P
CN
T2/C
MP
P5/A
D14/L
CD
42
19
PT
H1/R
TC
CLK
OU
T/A
D15/L
CD
43
20
VDDA21
VREFH22
VSSA23
VREFL24
DADP025
DADM026
VREFO27
DADP128
DADM129
VBAT30
EXTAL131
XTAL132
TAMPER133
TAMPER234
PTA0/MOSI2/PCNTCH0/SCL/AD235
PTA1/MISO2/PCNTCH1/SDA/AD336
PTA2/SCLK2/FTMCH0/PCNT0/CMPP037
PTA3/SS2/FTMCH1/PCNT1/CMPP138
PTA4/MTIMCLK/RXD2/PCNT2/CMPP239
PTA5/FTMCLK/TXD2/EXTRIG/IRQ40
PT
A6/C
MP
OU
T0/C
LK
OU
T/B
KG
D/M
S41
VD
D42
VS
S1
43
PT
B0/K
BIP
0/T
XD
1/E
XT
AL2
44
PT
B1/K
BIP
1/R
XD
1/C
MP
P6/X
TA
L2
45
RE
SE
T46
PT
B2/K
BIP
2/M
OS
I0/M
ISO
0/R
XD
047
PT
B3/K
BIP
3/M
ISO
0/M
OS
I0/T
XD
048
PT
B4/K
BIP
4/S
CLK
0/S
CL
49
PT
B5/K
BIP
5/S
S0/S
DA
50
PT
B6/K
BIP
6/R
XD
2/L
CD
051
PT
B7/K
BIP
7/T
XD
2/L
CD
152
PT
C0/M
OS
I1/L
CD
253
PT
C1/M
ISO
1/L
CD
354
PT
C2/S
CLK
1/L
CD
455
PT
C3/S
S1/L
CD
556
PT
C4/F
TM
CH
0/R
XD
1/L
CD
657
PT
C5/F
TM
CH
1/T
XD
1/L
CD
758
PT
C6/P
CN
TC
H0/R
XD
3/L
CD
859
PT
C7/P
CN
TC
H1/T
XD
3/L
CD
960
PTD0/KBIP0/MOSI2/LCD1061
PTD1/KBIP1/MISO2/LCD1162
PTD2/KBIP2/SCLK2/LCD1263
PTD3/KBIP3/SS2/LCD1364
PTD4/KBIP4/LCD1465
PTD5/KBIP5/CLKOUT/LCD1566
PTD6/KBIP6/LCD1667
PTD7/KBIP7/LCD1768
PTE0/LCD1869
PTE1/LCD1970
PTE2/LCD2071
PTE3/LCD2172
VLL376
VLL277
VLL178
VCAP279
VCAP180
PTE4/LCD2273
PTE5/LCD2374
VSS275
PT
G6/P
CN
T0/C
MP
P3/A
D12/L
CD
40
17
PT
G5/C
MP
OU
T2/T
XD
3/A
D11/L
CD
39
16
C8
0.1
UF
C8
0.1
UF
SH
1
0
SH
1
0
C5
22P
F
C5
22P
F
R3
0R
30
R4
10M
R4
10M
R1
0R
10
R2
10M
R2
10M
C6
22P
F
C6
22P
F
C1
0.1
UF
C1
0.1
UF
C3
0.1
UF
C3
0.1
UF
55
44
33
22
11
DD
CC
BB
AA
+V
TR
G_
EN
ELE
_P
S_S
EN
SE
+5
V_
EN
+V
TR
G_
Fa
ult
+5
V_
Fa
ult
+5
V_
EN
+V
TR
G_
EN
TR
ES
ET
_O
UT
TB
GN
D_E
NT
BG
ND
_O
UT
TB
GN
D_IN
TB
GN
D_O
UT T
BG
ND
_IN
TR
ES
ET
_IN
TB
GN
D_E
N
TR
ES
ET
_O
UT
Vbat
+5
V_
Fa
ult
+V
TR
G_
Fa
ult
TR
ES
ET
_IN
T_R
XD
1T
_T
XD
1
VC
C5V
TR
GV
CC
5V
ELE
VC
C5V
U
VC
C5V
SW
VC
C5V
U
VC
C3V
3
VC
C5V
U
VC
C5V
U
VC
C5V
U
VC
C5V
U
VC
C5V
U
VC
C5V
U
VC
C3V
3
VC
C3V
3
VC
C5V
SW
VC
C5V
SW
VC
C3V
3
VC
C5V
TR
G
A_G
ND
CP
U_V
DD
AC
PU
_V
DD
VC
C5V
U
VC
C3V
3V
CC
3V
3
VC
C3V
3V
CC
3V
3
VC
C3V
3
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
QE
_B
KG
D(p
g4)
QE
_R
ES
ET
(pg4)
RE
SE
T(p
g2,5
)
PT
A6/C
MP
OU
T0/C
LK
OU
T/B
KG
D/M
S(p
g2,5
)
RE
SE
T(p
g2,5
)P
TA
6/C
MP
OU
T0/C
LK
OU
T/B
KG
D/M
S(p
g2,5
)
QE
_B
KG
D(p
g4)
QE
_R
ES
ET
(pg4)
ELE
_P
S_S
EN
SE
(pg5)
T_R
XD
1(p
g4)
T_T
XD
1(p
g4)
Dra
win
g T
itle:
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
Page T
itle:
ICA
P C
lassific
atio
n:
FC
P:
FIU
O:
PU
BI:
SC
H-2
6361 P
DF
: SP
F-2
6361
B
TW
R-S
08G
W64
C
Thurs
day, S
epte
mber 3
0, 2
010
OS
BD
M &
PO
WE
R
35
___
___
XD
raw
ing T
itle:
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
Page T
itle:
ICA
P C
lassific
atio
n:
FC
P:
FIU
O:
PU
BI:
SC
H-2
6361 P
DF
: SP
F-2
6361
B
TW
R-S
08G
W64
C
Thurs
day, S
epte
mber 3
0, 2
010
OS
BD
M &
PO
WE
R
35
___
___
XD
raw
ing T
itle:
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
Page T
itle:
ICA
P C
lassific
atio
n:
FC
P:
FIU
O:
PU
BI:
SC
H-2
6361 P
DF
: SP
F-2
6361
B
TW
R-S
08G
W64
C
Thurs
day, S
epte
mber 3
0, 2
010
OS
BD
M &
PO
WE
R
35
___
___
X
OS_BDM
BT
LD
LED-G
LED-Y
MIN
I_B
_P
WR
_O
R_B
DM
STATUS LED
TPWR LED
100M
hz, 2
6 o
hm
s100M
hz, 2
6 o
hm
s
16V
OSBDM
3V3
100M
hz, 2
6 o
hm
s
100M
hz, 2
6 o
hm
s
Power Supply
R18
10K
R18
10K
R1R2B
CE
U6
TR
AN
SIS
TO
R\B
JT
R1R2B
CE
U6
TR
AN
SIS
TO
R\B
JT
2
1
3
D1
MS
S1P
2L
D1
MS
S1P
2L
2 1
C15
0.1
UF
C15
0.1
UF
+C
29
47U
F+
C29
47U
F
R1R2B
CE
U2
TR
AN
SIS
TO
R\B
JT
R1R2B
CE
U2
TR
AN
SIS
TO
R\B
JT
2
1
3
+C
32
100U
F+
C32
100U
F
R24
33
R24
33
D5
GR
N
D5
GR
N
12
J7
HD
R 1
X2 T
H
J7
HD
R 1
X2 T
H
12
+
C14
10U
F
+
C14
10U
F
C23
18P
FC
23
18P
F
R9
10K
R9
10K
+C
31
10U
F+
C31
10U
F
C20
0.1
UF
C20
0.1
UF
J1
HD
R T
H 1
X3
J1
HD
R T
H 1
X3
123
X1
4M
Hz
X1
4M
Hz
12
R12
4.7
K R12
4.7
K
R15
0 R15
0
C26
0.1
UF
C26
0.1
UF
R17
10M
R17
10M
J2
HD
R 2
X3
DN
PJ2
HD
R 2
X3
DN
P
12
346
5
U4
MIC
2026-1
YM
U4
MIC
2026-1
YM
EN
A1
FLG
A2
FLG
B3
EN
B4
OU
TB
5G
ND
6
IN7
OU
TA
8
R23
33
R23
33
R10
10K
R10
10K
C24
18P
FC
24
18P
F
L1
26O
HM
L1
26O
HM
12
R1R2B
CE
U3
DD
TA
113Z
CA
R1R2B
CE
U3
DD
TA
113Z
CA
2
1
3
R25
330
R25
330
+C
13
10U
F+
C13
10U
F
R5
10K
R5
10K
R19
10K
DN
PR
19
10K
DN
P
L4
26O
HM
L4
26O
HM
12
R131K
R131K
J4
HD
R 1
X2 T
H
DN
P
J4
HD
R 1
X2 T
H
DN
P
12
RN
1C
10k
RN
1C
10k
36
C12
0.1
UF
C12
0.1
UF
BT
2
CR
2016-1
F2
BT
2
CR
2016-1
F2
1 2
C28
1000P
FC
28
1000P
F
J6
HD
R T
H 1
X3
J6
HD
R T
H 1
X3
123
R11
1K
R11
1K
C19
0.1
UF
C19
0.1
UF
L3
26O
HM
L3
26O
HM
12
VBUS
D-
D+
ID
G
US
B_M
INI_
B 5
J8
VBUS
D-
D+
ID
G
US
B_M
INI_
B 5
J8
1
2
3
4
S2
5
S1
S3
S4
D3
GR
N
D3
GR
N
12
C17
0.1
UF
C17
0.1
UF
R21
10K
DN
PR
21
10K
DN
P
RN
1D
10k
RN
1D
10k
45
C33
0.1
UF
C33
0.1
UF
R16
10K
R16
10K
R80
R80
D4
NU
P2201
D4
NU
P2201
1234 5 6
+
C22
10U
F
+
C22
10U
F
R1R2B
CE
U5
TR
AN
SIS
TO
R\B
JT
R1R2B
CE
U5
TR
AN
SIS
TO
R\B
JT
2
1
3
+
C16
10U
F
+
C16
10U
F
R20
10K
DN
PR
20
10K
DN
P
+C
27
10U
F+
C27
10U
F
R14
0R
14
0
D2
D2
21
U7
MC
9S
08JM
60C
LD
U7
MC
9S
08JM
60C
LD
PT
C4
1
IRQ
/TP
MC
LK
2
RE
SE
T3
PT
F0/T
PM
1C
H2
4
PT
F1/T
PM
1C
H3
5
PT
F4/T
PM
2C
H0
6
PT
F5/T
PM
2C
H1
7
PT
E0/T
xD1
8
PT
E1/R
xD1
9
PT
E2/T
PM
1C
H0
10
PT
E3/T
PM
1C
H1
11
PT
E4/M
ISO
112
PT
E5/M
OS
I113
PT
E6/S
PS
CK
114
PT
E7/S
S1
15
VDD116
VSS117
US
BD
N18
US
BD
P19
VU
SB
33
20
PT
G0/K
BIP
021
PT
G1/K
BIP
122
PT
B0/M
ISO
2/A
DP
023
PT
B1/M
OS
I2/A
DP
124
PT
B2/S
PS
CK
2/A
DP
225
PT
B3/S
S2/A
DP
326
PT
B4/K
BIP
4/A
DP
427
PT
B5/K
BIP
5/A
DP
528
PT
D0/A
DP
8/A
CM
P+
29
PT
D1/A
DP
9/A
CM
P-
30
VDDAD/VREFH31
VSSAD/VREFL32
PT
D2/K
BIP
2/A
CM
PO
33
PT
G2/K
BIP
634
PT
G3/K
BIP
735
BK
GD
/MS
36
PT
G4/X
TA
L37
PT
G5/E
XT
AL
38
VSSOSC39
PT
C0/S
CL
40
PT
C1/S
DA
41
PT
C2
42
PT
C3/T
xD2
43
PT
C5/R
xD2
44
RN
1B
10k
RN
1B
10k
27
R7
47.0
R7
47.0
R22
10K
DN
PR
22
10K
DN
P
U8
SN
74LV
C1T
45
U8
SN
74LV
C1T
45
VC
CA
1
GN
D2
A3
B4
DIR
5
VC
CB
6
C18
0.1
UF
C18
0.1
UF
J5
HD
R 2
X3
DN
PJ5
HD
R 2
X3
DN
P
1 23 4
65
R6
2.2
KR
62.2
K
SW
1
PT
S645
SW
1
PT
S645
1234
J3
HD
R T
H 1
X3
J3
HD
R T
H 1
X3
123
RN
1A
10k
RN
1A
10k
18
L2
26O
HM
L2
26O
HM
12
C21
0.1
UF
C21
0.1
UF
C30
0.1
UF
C30
0.1
UF
U9
LD
1117-3
.3
U9
LD
1117-3
.3
AD
J/G
ND
1
OU
T2
IN3
VO
UT
4
C25
1000P
FC
25
1000P
F
55
44
33
22
11
DD
CC
BB
AA
VC
C3V
3
VC
C3V
3
VC
C3V
3V
CC
3V
3
VC
C3V
3V
CC
3V
3
VC
C3V
3
VC
C3V
3
VC
C3V
3
VC
C3V
3V
CC
3V
3V
CC
3V
3
VC
C3V
3
VC
C3V
3
VC
C3V
3
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
PT
D5/K
BIP
5/C
LK
OU
T/L
CD
15
(pg2,5
)
TA
MP
ER
0(p
g2)
PT
A5/F
TM
CLK
/TX
D2/E
XT
RIG
/IRQ
(pg2,5
)
TA
MP
ER
1(p
g2)
PT
D4/K
BIP
4/L
CD
14
(pg2,5
)
PT
D7/K
BIP
7/L
CD
17
(pg2,5
)
PT
D6/K
BIP
6/L
CD
16
(pg2,5
)
PTA3/SS2/FTMCH1/PCNT1/CMPP1
(pg2,5)
PTA2/SCLK2/FTMCH0/PCNT0/CMPP0
(pg2,5)
PTA4/MTIMCLK/RXD2/PCNT2/CMPP2
(pg2,5)
PT
C4/F
TM
CH
0/R
XD
1/L
CD
6(p
g2,5
)
PT
C5/F
TM
CH
1/T
XD
1/L
CD
7(p
g2,5
)PT
C6/P
CN
TC
H0/R
XD
3/L
CD
8(p
g2,5
)
PT
C7/P
CN
TC
H1/T
XD
3/L
CD
9(p
g2,5
)
PT
G2/S
CLK
1/A
D8/L
CD
36
(pg2,5
)
PT
G3/S
S1/A
D9/L
CD
37
(pg2,5
)
PT
G4/C
MP
OU
T1/R
XD
3/A
D10/L
CD
38
(pg2,5
)
PT
E0/L
CD
18
(pg2,5
)
PT
E1/L
CD
19
(pg2,5
)
PT
E2/L
CD
20
(pg2,5
)
PT
E3/L
CD
21
(pg2,5
)
PT
E4/L
CD
22
(pg2,5
)
PT
E5/L
CD
23
(pg2,5
)
PT
F6/M
TIM
CLK
/AD
4/L
CD
32
(pg2,5
)
PT
F7/F
TM
CLK
/AD
5/L
CD
33
(pg2,5
)
PT
G0/M
OS
I1/A
D6/L
CD
34
(pg2,5
)
PT
G1/M
ISO
1/A
D7/L
CD
35
(pg2,5
)
PT
C0/M
OS
I1/L
CD
2(p
g2,5
)
PT
C1/M
ISO
1/L
CD
3(p
g2,5
)
PT
C2/S
CLK
1/L
CD
4(p
g2,5
)
PT
E6/L
CD
24
(pg2,5
)
PT
E7/L
CD
25
(pg2,5
)
PT
F0/L
CD
26
(pg2,5
)
PT
F1/L
CD
27
(pg2,5
)
PT
F2/L
CD
28
(pg2,5
)
PT
F3/L
CD
29
(pg2,5
)
PT
F4/L
CD
30
(pg2,5
)
PT
F5/L
CD
31
(pg2,5
)
PT
C3/S
S1/L
CD
5(p
g2,5
)
PT
G6/P
CN
T0/C
MP
P3/A
D12/L
CD
40
(pg2)
PT
H0/P
CN
T2/C
MP
P5/A
D14/L
CD
42
(pg2,5
)
AD
12_J
(pg5)
AD
14_J
(pg5)
PTH0/PCNT2/CMPP5/AD14/LCD42
(pg2,5)
PTG7/PCNT1/CMPP4/AD13/LCD41
(pg2,5)
PTG6/PCNT0/CMPP3/AD12/LCD40
(pg2)
PT
H1/R
TC
CLK
OU
T/A
D15/L
CD
43
(pg2,5
)
TP
M1C
H0
TP
M1C
H2
TP
M1C
H1
TP
M2C
H0
TP
M2C
H2
TP
M2C
H1
QE
_B
KG
D(p
g3)
QE
_R
ES
ET
(pg3)
TP
M1C
H0
TP
M2C
H0
AD
P2
AD
P3
TP
M1C
H2
TP
M2C
H2
AD
P4
TP
M2C
H1
TP
M1C
H1
AD
P2
AD
P3
AD
P4
DA
DP
0(p
g2)
DA
DM
0(p
g2)
DA
DP
1(p
g2)
DA
DM
1(p
g2)
PT
H0/P
CN
T2/C
MP
P5/A
D14/L
CD
42
(pg2,5
)
PTB2/KBIP2/MOSI0/MISO0/RXD0
(pg2,5)
PTB3/KBIP3/MISO0/MOSI0/TXD0
(pg2,5)
PT
B7/K
BIP
7/T
XD
2/L
CD
1(p
g2)
PT
B6/K
BIP
6/R
XD
2/L
CD
0(p
g2)
T_T
XD
1(p
g3)
T_R
XD
1(p
g3)
PT
G6/P
CN
T0/C
MP
P3/A
D12/L
CD
40
(pg2)
PT
G5/C
MP
OU
T2/T
XD
3/A
D11/L
CD
39
(pg2,5
)
Dra
win
g T
itle:
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
Page T
itle:
ICA
P C
lassific
atio
n:
FC
P:
FIU
O:
PU
BI:
SC
H-2
6361 P
DF
: SP
F-2
6361
B
TW
R-S
08G
W64
C
Thurs
day, S
epte
mber 3
0, 2
010
PE
RIP
HE
RA
LS
45
___
___
XD
raw
ing T
itle:
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
Page T
itle:
ICA
P C
lassific
atio
n:
FC
P:
FIU
O:
PU
BI:
SC
H-2
6361 P
DF
: SP
F-2
6361
B
TW
R-S
08G
W64
C
Thurs
day, S
epte
mber 3
0, 2
010
PE
RIP
HE
RA
LS
45
___
___
XD
raw
ing T
itle:
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
Page T
itle:
ICA
P C
lassific
atio
n:
FC
P:
FIU
O:
PU
BI:
SC
H-2
6361 P
DF
: SP
F-2
6361
B
TW
R-S
08G
W64
C
Thurs
day, S
epte
mber 3
0, 2
010
PE
RIP
HE
RA
LS
45
___
___
X
IRQ, Tamper and KBI
GPIO/Timer LEDs
LCD and LCD Enable
Optical Interface
PCNT
ADC channels
RS232
QE based ADC test circuit
R42
0
DN
P
R42
0
DN
P
SH
3
0
SH
3
0
R35
0 R35
0
C35
0.1
UF
DN
P
C35
0.1
UF
DN
P
C43
0.1
UF
C43
0.1
UF
DS
1
GD
-4972P
DS
1
GD
-4972P
11
22
33
44
55
66
77
88
99
10
10
11
11
12
12
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26
27
27
28
28
29
29
C34
0.1
UF
C34
0.1
UF
D8
OR
/RE
D
D8
OR
/RE
D
21
U11
MC
9S
08Q
E8
U11
MC
9S
08Q
E8
PT
A0/K
BIP
0/T
PM
1C
H0/A
DP
0/A
CM
P1+
20
PT
A1/K
BIP
1/T
PM
2C
H0/A
DP
1/A
CM
P1-
19
PT
A2/K
BIP
2/S
DA
/AD
P2
18
PT
A3/K
BIP
3/S
CL/A
DP
317
PT
A5/IR
Q/T
CLK
/RE
SE
T1
PT
B0/K
BIP
4/R
xD/A
DP
416
PT
B1/K
BIP
5/T
xD/A
DP
515
PT
B3/K
BIP
7/M
OS
I/AD
P7
13
PT
B4/T
PM
2C
H1/M
ISO
8
PT
B5/T
PM
1C
H1/S
S7
PT
B2/K
BIP
6/S
PS
CK
/AD
P6
14
PT
A4/A
CM
P1O
/BK
GD
/MS
2
PT
B7/S
CL/E
XT
AL
5P
TB
6/S
DA
/XT
AL
6
VDD3
VSS4
PT
C0/T
PM
1C
H2
12
PT
C1/T
PM
2C
H2
11
PT
C3
9
PT
C2
10
R47
0D
NP
R47
0D
NP
R36
0 R36
0
SW
2
PT
S645
SW
2
PT
S645
1234
R37
10K
R37
10K
R34
10K
R34
10K
SH
50
SH
50
D6
GR
N
D6
GR
N
12
SW
3
PT
S645
SW
3
PT
S645
1234
R26
10K
R26
10K
J12
HD
R T
H 1
X3
DN
PJ12
HD
R T
H 1
X3
DN
P
123
D7
GR
N
D7
GR
N
12R
48
10K
R48
10K
13
2
R51
10K
R51
10K
13
2
R29
330
R29
330
R44
33
R44
33
R52
2.2
KR
52
2.2
K
R43
0D
NP R43
0D
NP
J13
HD
R 2
X5
J13
HD
R 2
X5
12
346
578
910
SW
4
PT
S645
SW
4
PT
S645
1234
J14
HDR 2X3
J14
HDR 2X3
1 23 4
65
R33
10K
R33
10K
SH
2
0
SH
2
0
R49
2.2
KR
49
2.2
K
C45
0.1
UF
C45
0.1
UF
C39
0.1
UF
C39
0.1
UF
J11
HD
R 1
X2 T
H
DN
PJ11
HD
R 1
X2 T
H
DN
P
12
R28
10K
R28
10K
R38
33K
R38
33K
R30
330
R30
330
R45
0R
45
0
R46
2.2
KR
46
2.2
K
R55
2.2
KR
55
2.2
K
C36
0.1
UF
C36
0.1
UF
C42
0.1
UF
C42
0.1
UF
J15
HD
R T
H 1
X3
J15
HD
R T
H 1
X3
123
SH
4
0
SH
4
0
J10
HD
R T
H 1
X3
J10
HD
R T
H 1
X3
1 2 3S
W5
PT
S645
SW
5
PT
S645
1234
Q1
QT
LP
610C
PD
DN
P
Q1
QT
LP
610C
PD
DN
P
2 1
C50
0.1
UF
C50
0.1
UF
C37
0.1
UF
C37
0.1
UF
C44
0.1
UF
C44
0.1
UF
J16
HD
R T
H 1
X3
J16
HD
R T
H 1
X3
123
R27
10K
R27
10K
R31
330
R31
330
J9
HD
R 1
X2 T
H DN
PJ9
HD
R 1
X2 T
H DN
P
12
C46
0.1
UF
C46
0.1
UF
C38
0.1
UF
C38
0.1
UF
C40
0.1
UF
C40
0.1
UF
R54
2.2
KR
54
2.2
K
SH
60
SH
60
D9
QT
LP
610C
IR
DN
P
D9
QT
LP
610C
IR
DN
P
21
C49
0.1
UF
C49
0.1
UF
R53
2.2
KR
53
2.2
K
R32
10K
R32
10K
R50
10K
R50
10K
13
2
R40
0 R40
0
C48
0.1
UF
C48
0.1
UF
C47
0.1
UF
C47
0.1
UF
C41
0.1
UF
C41
0.1
UF
U10
ICL3232
U10
ICL3232
C1+
1
C1-
3
C2+
4
C2-
5
T1IN
11
T2IN
10
R1O
UT
12
R2O
UT
9R
2IN
8
R1IN
13
T2O
UT
7
T1O
UT
14
V-
6
V+
2
VC
C16
GN
D15
R41
0DN
P
R41
0DN
P
R39
1K
R39
1K
55
44
33
22
11
DD
CC
BB
AA
VC
C3V
3V
CC
3V
3
VC
C3V
3V
CC
3V
3
VC
C3V
3V
CC
3V
3
VC
C3V
3V
CC
3V
3
VC
C5V
ELE
VC
C5V
ELE
VC
C3V
3V
CC
3V
3V
CC
5V
ELE
VC
C5V
ELE
VC
C3V
3V
CC
3V
3
VC
C3V
3
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
D_G
ND
PT
C3/S
S1/L
CD
5(p
g2,4
)
PT
D3/K
BIP
3/S
S2/L
CD
13
(pg2)
PT
A3/S
S2/F
TM
CH
1/P
CN
T1/C
MP
P1
(pg2,4
)
PT
G1/M
ISO
1/A
D7/L
CD
35
(pg2,4
)
PT
E5/L
CD
23
(pg2,4
)
PT
F3/L
CD
29
(pg2,4
)
PT
A2/S
CLK
2/F
TM
CH
0/P
CN
T0/C
MP
P0
(pg2,4
)
PT
G0/M
OS
I1/A
D6/L
CD
34
(pg2,4
)P
TF
7/F
TM
CLK
/AD
5/L
CD
33
(pg2,4
)
PT
E3/L
CD
21
(pg2,4
)
PT
D7/K
BIP
7/L
CD
17
(pg2,4
)
PT
F6/M
TIM
CLK
/AD
4/L
CD
32
(pg2,4
)
PT
H1/R
TC
CLK
OU
T/A
D15/L
CD
43
(pg2,4
)
PT
F5/L
CD
31
(pg2,4
)P
TF
4/L
CD
30
(pg2,4
)
PT
E1/L
CD
19
(pg2,4
)
PT
D6/K
BIP
6/L
CD
16
(pg2,4
)
PT
G7/P
CN
T1/C
MP
P4/A
D13/L
CD
41
(pg2,4
)
PT
F2/L
CD
28
(pg2,4
)
PT
D7/K
BIP
7/L
CD
17
(pg2,4
)
PT
D5/K
BIP
5/C
LK
OU
T/L
CD
15
(pg2,4
)
PT
H0/P
CN
T2/C
MP
P5/A
D14/L
CD
42
(pg2,4
)
PT
F1/L
CD
27
(pg2,4
)
PT
H1/R
TC
CLK
OU
T/A
D15/L
CD
43
(pg2,4
)
PT
D4/K
BIP
4/L
CD
14
(pg2,4
)
PT
F0/L
CD
26
(pg2,4
)
PT
D2/K
BIP
2/S
CLK
2/L
CD
12
(pg2)
PT
E7/L
CD
25
(pg2,4
)
PT
A5/F
TM
CLK
/TX
D2/E
XT
RIG
/IRQ
(pg2,4
)
PT
B2/K
BIP
2/M
OS
I0/M
ISO
0/R
XD
0(p
g2,4
)
PT
E6/L
CD
24
(pg2,4
)
PT
D0/K
BIP
0/M
OS
I2/L
CD
10
(pg2)
PT
B4/K
BIP
4/S
CLK
0/S
CL
(pg2)
PT
B3/K
BIP
3/M
ISO
0/M
OS
I0/T
XD
0(p
g2,4
)
PT
D1/K
BIP
1/M
ISO
2/L
CD
11
(pg2)
PT
E4/L
CD
22
(pg2,4
)
PT
B5/K
BIP
5/S
S0/S
DA
(pg2)
PT
E2/L
CD
20
(pg2,4
)
PT
E0/L
CD
18
(pg2,4
)P
TD
6/K
BIP
6/L
CD
16
(pg2,4
)P
TD
5/K
BIP
5/C
LK
OU
T/L
CD
15
(pg2,4
)P
TD
4/K
BIP
4/L
CD
14
(pg2,4
)P
TD
3/K
BIP
3/S
S2/L
CD
13
(pg2)
PT
D2/K
BIP
2/S
CLK
2/L
CD
12
(pg2)
PT
D1/K
BIP
1/M
ISO
2/L
CD
11
(pg2)
PT
D0/K
BIP
0/M
OS
I2/L
CD
10
(pg2)
PT
C7/P
CN
TC
H1/T
XD
3/L
CD
9(p
g2,4
)
PT
B1/K
BIP
1/R
XD
1/C
MP
P6/X
TA
L2
(pg2)
PT
B0/K
BIP
0/T
XD
1/E
XT
AL2
(pg2)
PT
C6/P
CN
TC
H0/R
XD
3/L
CD
8(p
g2,4
)P
TC
5/F
TM
CH
1/T
XD
1/L
CD
7(p
g2,4
)P
TC
4/F
TM
CH
0/R
XD
1/L
CD
6(p
g2,4
)P
TC
2/S
CLK
1/L
CD
4(p
g2,4
)P
TC
0/M
OS
I1/L
CD
2(p
g2,4
)
VR
EF
O_J
(pg2)
RE
SE
T(p
g2,3
)
AD
12_J
(pg4)
PT
A4/M
TIM
CLK
/RX
D2/P
CN
T2/C
MP
P2
(pg2,4
)
AD
14_J
(pg4)
PT
G4/C
MP
OU
T1/R
XD
3/A
D10/L
CD
38
(pg2,4
)P
TG
3/S
S1/A
D9/L
CD
37
(pg2,4
)PT
G2/S
CLK
1/A
D8/L
CD
36
(pg2,4
)
PT
D2/K
BIP
2/S
CLK
2/L
CD
12
(pg2)
PT
D3/K
BIP
3/S
S2/L
CD
13
(pg2)
PT
D0/K
BIP
0/M
OS
I2/L
CD
10
(pg2)
PT
D1/K
BIP
1/M
ISO
2/L
CD
11
(pg2)
PT
A6/C
MP
OU
T0/C
LK
OU
T/B
KG
D/M
S(p
g2,3
)P
TA
5/F
TM
CLK
/TX
D2/E
XT
RIG
/IRQ
(pg2,4
)
PT
A2/S
CLK
2/F
TM
CH
0/P
CN
T0/C
MP
P0
(pg2,4
)
PT
A3/S
S2/F
TM
CH
1/P
CN
T1/C
MP
P1
(pg2,4
)
PT
C1/M
ISO
1/L
CD
3(p
g2,4
)
PT
A0/M
OS
I2/P
CN
TC
H0/S
CL/A
D2
(pg2)
PT
A3/S
S2/F
TM
CH
1/P
CN
T1/C
MP
P1
(pg2,4
)
PT
A1/M
ISO
2/P
CN
TC
H1/S
DA
/AD
3(p
g2)
PT
A2/S
CLK
2/F
TM
CH
0/P
CN
T0/C
MP
P0
(pg2,4
)
ELE
_P
S_S
EN
SE
(pg3)
ELE
_P
S_S
EN
SE
(pg3)
PT
G5/C
MP
OU
T2/T
XD
3/A
D11/L
CD
39
(pg2,4
)
Dra
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X
Primary Elevator
Secondary Elevator
SH
8
0
SH
8
0
R57
10K
R57
10K
R58
0R
58
0
ED
GE
PC
I EX
PR
ES
S 1
64
J18
ED
GE
PC
I EX
PR
ES
S 1
64
J18
5V
_1
B1
GN
D_1
B2
3.3
V_1
B3
ELE
_P
S_S
EN
SE
B4
GN
D_2
B5
GN
D_3
B6
SP
I1_C
LK
B7
SP
I1_C
S1
B8
SP
I1_C
S0
B9
SP
I1_M
OS
IB
10
SP
I1_M
ISO
B11
ET
H_C
OL
B12
ET
H_R
XE
RB
13
ET
H_T
XC
LK
/ET
H_R
EF
_C
LK
B14
ET
H_T
XE
NB
15
ET
H_T
XE
RB
16
ET
H_T
XD
3B
17
ET
H_T
XD
2B
18
ET
H_T
XD
1B
19
ET
H_T
XD
0B
20
GP
IO1/O
PE
NB
21
GP
IO2/O
PE
NB
22
GP
IO3/O
PE
NB
23
CLK
IN0
B24
CLK
OU
T1
B25
GN
D_4
B26
AN
7B
27
AN
6B
28
AN
5B
29
AN
4B
30
GN
D_5
B31
DA
C1
B32
TM
R3
B33
TM
R2
B34
GP
IO4/O
PE
NB
35
3.3
V_2
B36
PW
M7
B37
PW
M6
B38
PW
M5
B39
PW
M4
B40
CA
NR
XB
41
CA
NT
XB
42
CA
NB
43
SP
I0_M
ISO
B44
SP
I0_M
OS
IB
45
SP
I0_C
S0
B46
SP
I0_C
S1
B47
SP
I0_C
LK
B48
GN
D_6
B49
SC
L1
B50
SD
A1
B51
GP
IO5/O
PE
NB
52
US
B_D
P_P
DO
WN
B53
US
B_D
M_P
DO
WN
B54
IRQ
_H
B55
IRQ
_G
B56
IRQ
_F
B57
IRQ
_E
B58
IRQ
_D
B59
IRQ
_C
B60
IRQ
_B
B61
IRQ
_A
B62
FB
_A
LE
/FB
_C
S1_B
B63
FB
_C
S0_B
B64
GN
D_7
B65
FB
_A
D15
B66
FB
_A
D16
B67
FB
_A
D17
B68
FB
_A
D18
B69
FB
_A
D19
B70
FB
_R
/W_B
B71
FB
_O
E_B
B72
FB
_D
7B
73
FB
_D
6B
74
FB
_D
5B
75
FB
_D
4B
76
FB
_D
3B
77
FB
_D
2B
78
FB
_D
1B
79
FB
_D
0B
80
GN
D_8
B81
3.3
V_3
B82
5V
_2
A1
GN
D_16
A2
3.3
V_7
A3
3.3
V_6
A4
GN
D_15
A5
GN
D_14
A6
SC
L0
A7
SD
A0
A8
GP
IO9/O
PE
NA
9
GP
IO8/O
PE
NA
10
GP
IO7/O
PE
NA
11
ET
H_C
RS
A12
ET
H_M
DC
A13
ET
H_M
DIO
A14
ET
H_R
XC
LK
A15
ET
H_R
XD
V/E
TH
_C
RS
_D
VA
16
ET
H_R
XD
3A
17
ET
H_R
XD
2A
18
ET
H_R
XD
1A
19
ET
H_R
XD
0A
20
SS
I_M
CLK
A21
SS
I_B
CLK
A22
SS
I_F
SA
23
SS
I_R
XD
A24
SS
I_T
XD
A25
GN
D_13
A26
AN
3A
27
AN
2A
28
AN
1A
29
AN
0A
30
GN
D_12
A31
DA
C0
A32
TM
R1
A33
TM
R0
A34
GP
IO6/O
PE
NA
35
3.3
V_5
A36
PW
M3
A37
PW
M2
A38
PW
M1
A39
PW
M0
A40
RX
D0
A41
TX
D0
A42
RX
D1
A43
TX
D1
A44
BK
GD
A45
ALLP
ST
A46
JT
AG
_E
NA
47
TR
ST
_B
/DS
CLK
A48
GN
D_11
A49
TC
LK
/PS
TC
LK
A50
TD
I/DS
IA
51
TD
O/D
SO
A52
TM
S/B
KP
T_B
A53
US
B_D
MA
54
US
B_D
PA
55
US
B_ID
A56
US
B_V
BU
SA
57
TM
R7
A58
TM
R6
A59
TM
R5
A60
TM
R4
A61
RS
TIN
_B
A62
RS
TO
UT
_B
A63
CLK
OU
T0
A64
GN
D_10
A65
FB
_A
D14
A66
FB
_A
D13
A67
FB
_A
D12
A68
FB
_A
D11
A69
FB
_A
D10
A70
FB
_A
D9
A71
FB
_A
D8
A72
FB
_A
D7
A73
FB
_A
D6
A74
FB
_A
D5
A75
FB
_A
D4
A76
FB
_A
D3
A77
FB
_A
D2
A78
FB
_A
D1
A79
FB
_A
D0
A80
GN
D_9
A81
3.3
V_4
A82
SH
7
0
SH
7
0
R59
0R
59
0
ED
GE
PC
I EX
PR
ES
S 1
64
J17
ED
GE
PC
I EX
PR
ES
S 1
64
J17
5V
_1
B1
GN
D_1
B2
3.3
V_1
B3
ELE
_P
S_S
EN
SE
B4
GN
D_2
B5
GN
D_3
B6
SP
I1_C
LK
B7
SP
I1_C
S1
B8
SP
I1_C
S0
B9
SP
I1_M
OS
IB
10
SP
I1_M
ISO
B11
ET
H_C
OL
B12
ET
H_R
XE
RB
13
ET
H_T
XC
LK
/ET
H_R
EF
_C
LK
B14
ET
H_T
XE
NB
15
ET
H_T
XE
RB
16
ET
H_T
XD
3B
17
ET
H_T
XD
2B
18
ET
H_T
XD
1B
19
ET
H_T
XD
0B
20
GP
IO1/O
PE
NB
21
GP
IO2/O
PE
NB
22
GP
IO3/O
PE
NB
23
CLK
IN0
B24
CLK
OU
T1
B25
GN
D_4
B26
AN
7B
27
AN
6B
28
AN
5B
29
AN
4B
30
GN
D_5
B31
DA
C1
B32
TM
R3
B33
TM
R2
B34
GP
IO4/O
PE
NB
35
3.3
V_2
B36
PW
M7
B37
PW
M6
B38
PW
M5
B39
PW
M4
B40
CA
NR
XB
41
CA
NT
XB
42
CA
NB
43
SP
I0_M
ISO
B44
SP
I0_M
OS
IB
45
SP
I0_C
S0
B46
SP
I0_C
S1
B47
SP
I0_C
LK
B48
GN
D_6
B49
SC
L1
B50
SD
A1
B51
GP
IO5/O
PE
NB
52
US
B_D
P_P
DO
WN
B53
US
B_D
M_P
DO
WN
B54
IRQ
_H
B55
IRQ
_G
B56
IRQ
_F
B57
IRQ
_E
B58
IRQ
_D
B59
IRQ
_C
B60
IRQ
_B
B61
IRQ
_A
B62
FB
_A
LE
/FB
_C
S1_B
B63
FB
_C
S0_B
B64
GN
D_7
B65
FB
_A
D15
B66
FB
_A
D16
B67
FB
_A
D17
B68
FB
_A
D18
B69
FB
_A
D19
B70
FB
_R
/W_B
B71
FB
_O
E_B
B72
FB
_D
7B
73
FB
_D
6B
74
FB
_D
5B
75
FB
_D
4B
76
FB
_D
3B
77
FB
_D
2B
78
FB
_D
1B
79
FB
_D
0B
80
GN
D_8
B81
3.3
V_3
B82
5V
_2
A1
GN
D_16
A2
3.3
V_7
A3
3.3
V_6
A4
GN
D_15
A5
GN
D_14
A6
SC
L0
A7
SD
A0
A8
GP
IO9/O
PE
NA
9
GP
IO8/O
PE
NA
10
GP
IO7/O
PE
NA
11
ET
H_C
RS
A12
ET
H_M
DC
A13
ET
H_M
DIO
A14
ET
H_R
XC
LK
A15
ET
H_R
XD
V/E
TH
_C
RS
_D
VA
16
ET
H_R
XD
3A
17
ET
H_R
XD
2A
18
ET
H_R
XD
1A
19
ET
H_R
XD
0A
20
SS
I_M
CLK
A21
SS
I_B
CLK
A22
SS
I_F
SA
23
SS
I_R
XD
A24
SS
I_T
XD
A25
GN
D_13
A26
AN
3A
27
AN
2A
28
AN
1A
29
AN
0A
30
GN
D_12
A31
DA
C0
A32
TM
R1
A33
TM
R0
A34
GP
IO6/O
PE
NA
35
3.3
V_5
A36
PW
M3
A37
PW
M2
A38
PW
M1
A39
PW
M0
A40
RX
D0
A41
TX
D0
A42
RX
D1
A43
TX
D1
A44
BK
GD
A45
ALLP
ST
A46
JT
AG
_E
NA
47
TR
ST
_B
/DS
CLK
A48
GN
D_11
A49
TC
LK
/PS
TC
LK
A50
TD
I/DS
IA
51
TD
O/D
SO
A52
TM
S/B
KP
T_B
A53
US
B_D
MA
54
US
B_D
PA
55
US
B_ID
A56
US
B_V
BU
SA
57
TM
R7
A58
TM
R6
A59
TM
R5
A60
TM
R4
A61
RS
TIN
_B
A62
RS
TO
UT
_B
A63
CLK
OU
T0
A64
GN
D_10
A65
FB
_A
D14
A66
FB
_A
D13
A67
FB
_A
D12
A68
FB
_A
D11
A69
FB
_A
D10
A70
FB
_A
D9
A71
FB
_A
D8
A72
FB
_A
D7
A73
FB
_A
D6
A74
FB
_A
D5
A75
FB
_A
D4
A76
FB
_A
D3
A77
FB
_A
D2
A78
FB
_A
D1
A79
FB
_A
D0
A80
GN
D_9
A81
3.3
V_4
A82
R56
10K
R56
10K
Document Number: TWRS08GW64UGRev. 010/2010
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