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Transcript of TI Overview
TI products for 2012 MCU design contest introduction
DUT 05 April 2012
2
We started the revolution. We still lead it.
1930sRevolutionizes oil exploration by measuring reflected signals
1950sInvents the integrated Circuit
1970sApplies signal processing to consumer Products
1990sCreates first apps processor for multi-media cell phones
2010sIndustry’sfirst 300mmAnalog wafer fab
1940sApplies signal measurement to magnetic anomaly detection
1960sInvents thehandheldcalculator
1980sIntroduces single-chip digital signal processor
2000sIntroduces world’s fastest analog-to-digital converter and lowest-power DC-DC converter
Innovation in signal processing has been THE technology thread throughout TI’s 80+ year history.
We make the world smarter, safer, greener, healthier and more fun
Digital video recorder/server
Digitalstill cameras
IP phones
Wirelessinfrastructure
Smart phones
Motor control
Computing
Digital TV
eBike Digital audio & radio
Wireless LANs
Smart energy meters
Industrial weigh scales
MedicalTest equipment
Automotive & HEV
Analog &Embedded Processing
3
Temperature
Pressure
Position
Speed
Flow
Humidity
Sound
Light
Identification
The RealWorld
Amplifier DataConverter
Power Management
Logic
EmbeddedProcessing
Amplifier DataConverter Interface
Low Power RF
Design with complete solutions from TI Embedded processors, software, analog & connectivity
MPUs – Microprocessors
Broad and growing embedded processing portfolio
Code Composer Studio® IDE
MSP430™
Industry’s Lowest Power
MCU, Precision
Analog, Up to 25MHz
16-bit ultra-low-power
MCUs
Digital Signal Processors (DSPs)Microcontrollers (MCUs)
TI Embedded Processors
ARM®-Based Processors
5
32-bit real-time
MCUs
C2000™
Delfino™
Piccolo™Concerto™40 MHz to 300 MHz
Fixed/floating point
Stellaris®
ARM® Cortex™-M3
AdvancedConnectivity
Up to 80 MHz
32-bit ARM®
MCUs32-bit ARM®
MPUsDSP
DSP+ARM®
Ultra Low power
DSPsMulti-core
DSPs
C6000™
C6000+ARM®
300 MHz to >1Ghz + Accelerator
Floating/fixed point
C5000™
Up to 300 MHz+ Accelerator
C6000™
24,000 MMACS
DaVinci™
Video processors
Sitara™
ARM® Cortex™-A8& ARM9
Value line to 500 MHz
Perf. Line to 1GHz
32-bit ARM®
Safety MCUs
Hercules™
ARM® Cortex™-M3Cortex™-R4F
TransportationIndustrial
& Medical Safety
80MHz to 220MHz
TI MCU portfolio – silicon to solution16-bit ultra-low-power
6
Safety
• HW Design for safety
• Hercules MSP430, Cortex™-R4 & Cortex-RM, C2000™
• SIL3, ASILD
Embedded RF
• RF connectivity• Active and
passive (RFID)• SoC / 2 chip
solutions• S/W and stack
integration
Motor Control
• InstaSPINsolutions
• Premier sensorlessthree phase
• Automotive • Safety• Connectivity
Smart Grid
• Grid infrastructure
• Utility meters• Smart homes/
buildings
Smart Sensors
• Sensor hub• Cap touch• Ultra-Low
Power proximity Sensing
Lighting• Bulb
replacement technology
• Switches, dimmers
• Multi-string LED drivers
• Lighting communication
Code Composer Studio® IDE
IDEscompilers & debuggers
Modularcode
examplesStacks &libraries
GUI-basedcode gen
tools
Developmentnetwork
Up to 25 MHzFlash: 1 KB to 256 KB
Analog I/O, ADC, LCD, USB
C2000™
32-bit real-time
Motor controldigital power, lighting
renewable energy
40 MHz to 300 MHzFlash, RAM: 16 KB to 512 KB
PWM, ADC, CAN, SPI, I2C
<$2.00 - $20.00
Stellaris®
32-bit ARM®
Motion controlHMI
industrial automation
Up to 80 MHzFlash: 64 KB to 256 KB
USB, ENET, MAC+PHY, CAN, ADC, PWM
$1.00 - $8.00
Hercules™
32-bit ARM® safety
Transportationmedical
industrial safety
80 MHz to 220 MHzFlash: 256 KB to 3MB
USB, ENET, FlexRay, ADC, CAN, LIN, SPI, I2C
$5.00 - $20.00
MSP430™
Measurementsensing
general purpose
$0.25 - $9.00
MSP430 MCU Overview
MSP430-Enabled Applications
Thousands of applications are enabled by MSP430 MCUs
Differentiation is possible with MSP430 MCU’sUltra-Low Power performance, high analog & digital peripheral integration, and easy-to-use
tool chain.
9
What is MSP?The 16-bit Ultra-Low Power MCU family
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Now!Slashing power with MSP430™ MCUs with FRAM� Cuts the industry’s lowest active power consumption in half for
wireless sensors, data logging, energy harvesting and more!� FRAM is 100x faster than flash microcontrollers when writing to
memory
Ultra-Low Active PowerUltra-Low Power Active Mode
Active Mode Leader
F2xx (Gen purpose, max 16MHz)• 220uA/MHz **
F4xx (w/LCD, max 16MHz)• 200uA/MHz **
F5xx (Gen Purpose + USB, max 25MHz)• 160uA/MHz **
MSP430FR57xx with FRAM• 82uA/MHz **
Nothing to hide! Baseline current includes:•Zero-Power Brown Out Reset•All peripherals are clocked and accessible•All peripherals are available in Low Power Mode•Ports are enabled•Timers, WDT•All interrupt sources
uA/MHz improves as CPU speed increases
Pow
er
Time
Minimize Active Current Consumption
Energy = Power * Time
7 Configurable Low Power ModesOptimize your power profile and minimize average current consumption
MSP430 Active LPM0 LPM1 LPM2 LPM3 LPM3.5 LPM4 LPM4.5
CPU � - - - - - - -
SMCLK (Hi-Freq peripheral clk) � � � - - - - -
ACLK (Low Freq peripheral clk) � � � � � - - -
Autonomous peripherals � � � � � - - -
RAM Retention � � � � � - � -
Brown Out Reset � � � � � � � �
Pow
er
Zero-Power BOR
Most Applications spend 99 to 99.9% of the time in a Low Power Mode
Time
7 Low Power Modes
MinimizeAverageCurrent
MSP430 has the most Low Power Modes for increased flexibility
Best-in-Class Wake Up TimeQuick wake up from stand by mode (LPM3) of MSP430’s Low Power Modes
Pow
er
Get back to Low Power Modes faster with MSP430’s instant wakeup!
F2xx (Gen purpose, max 16MHz)• <1us
F4xx (w/LCD, max 16MHz)• <5us
F5xx (Gen Purpose + USB, max 25MHz)• <6us
Time
Wake up instantly to spend more time in Low Power Modes
MSP430 product portfolio
F5xx
FR5xx
CC430
F4xx
G2xx
L092
Gen
erat
ion
& In
tegr
atio
n
F1xxF2xx
RF embedded
($2.50- $3.75)
Embedded FRAM
($1.80- $2.50)
USB & LCD
($1.20- $6.20) (5xx)
($5.85- $6.70) (6xx)
High analog
integration
($2.00- $8.45)
General purpose
($0.95- $8.55) (1xx)
($0.50- $6.75) (2xx)
Native 0.9V
($1.00)
Value Line
($0.34- $0.90)
• Sub 1GHz SOC with speeds up to 20MHz• Wireless communications with reduced form factor• Speeds up to 20MHz, 8-32KB Flash, RAM to 4KB , GPIO 40
• FRAM partitioned as needed, non–volatile, high endurance• Ultra fast write speeds ideal for data logging and wireless sensing• Speeds up to 24MHz,16/8/4 KB FRAM GPIO 33
• Utility metering (Energy, water and gas), LCD + integrated metrology• Portable medical & personal fitness devices • Speeds 8/16MHz ,4-120KB Flash, RAM to 8KB , GPIO 14- 80
• Lighting, security, personal health & fitness, consumer electronics• F1XX - Speed 8MHz, 1-60KB Flash, RAM to 10KB, GPIO 14-48 (F1xx)• F2XX -Speed 16MHz, 1-120KB Flash, RAM to 8KB, GPIO 10-64 (F2xx)
• Ideal for single-cell systems requiring a full analog signal chain.• Personal electronics, electric tooth brushes, razors ect.• Speed 4MHz, ROM up to 2KB, RAM up to 2KB, GPIO 11, 0.9V-1.65V
• Analog/logic replacement, 8-bit price with 16-bit performance• Featuring ADC 10, comparators .UART, SPI and I2C, Cap Touch I/O• Speed 16MHz, 0.5-16KB Flash, RAM to 512B, GPIO 10-24
• LCD-centric applications, ex. portable LCD medical devices• USB powered, high PWM, LED lighting, portable fitness, PC/gaming accessories• Speeds up to 25MHz, up to256KB Flash, RAM to 16KB, GPIO 29-87
F6xx
Scalable tool chainOne Flash Emulation Tool for all 300+ MSP430 devices!
• MSP430 Flash Emulation Tool (FET) offers real-time debug and programming• Supports ALL MSP430 devices when paired with appropriate Target Board
– 4-wire JTAG or 2-wire Spy Bi-Wire
…MSP-FET430UIFPrice $99
MSP-TS430xxxxPrice $75Interface via USB
MSP-FET430Uxxxx (FET + Target bundle)
Price $149
A target board is available for all of MSP430’s 24 package options
One Flash Emulation Tool (FET) to rule them all
Support for all MSP430 IDEs
USB Flash Emulation Tool (MSP-FET430UIF)
• MSP430 Flash Emulation Tool (FET): real-time debug and programming tool
• Supports ALL MSP430 devices when paired with appropriate Target Board– 4-wire JTAG– 2-wire Spy Bi-Wire
• Can be ordered stand alone @ $99• Or bundled with socketed
target board for $149• Supported by all MSP430 IDEs• Starting at $99
Meet the new LaunchPad (MSP-EXP430G2)����������� ���������� ����� ��������������
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Many IDEs are available for MSP430 devicesCode Composer Studio IAR
Embedded Workbench
Other 3rd
party IDEsavailable!
Code Composer Studio v4
• Easy to use, Eclipse based IDE: Compiler, linker, more
• Supports all MSP430 MCUs• Enhancements since CCE v3:
– Speed– Code size improvements– Auto-updating
• $495 for CCS v4 MCU Edition• Free for apps <16KB• Identical look and feel as Code
Composer Essentials
http://wiki.msp430.com/wiki/index.php?title=Category:Code_Composer_Studio_v4
IAR Embedded Workbench
• Kickstart Version – Free– 4KB Limit on C code size– 8KB Limit on MSP430X devices– 16KB Limit on eZ430 devices– Unlimited assembler code size– Supported by TI PIC
• Full Version ~$3200– Unlimited code size– Available and supported by IAR
• Support all MSP430 devices• Available at www.ti.com/iarkickstart
Various MSP430 IDE options!• MSP430 provides several integrated development environments for developing and
debugging your devices – both from TI and our third party partners.
Name Description Price ProviderCCS v4 MCU Core Edition(TMDFCCS-MCULTD)
Free Code-limited IDE: 16kB. (Formerly CCE v3 Core Edition) Free Texas Instruments
CCS v4 MCU Edition Unrestricted Eclipse-based IDE for MSP430. (Formerly CCE v3 Professional) $445 Texas Instruments
CrossWorks Unrestricted IDE for Windows, Linux or Mac OS X $1500 Rowley Associates
IAR-KICKSTART Free Code-limited IDE: 4kB (MSP430) / 8KB (MSP430X) / 16KB (eZ430) Free Texas Instruments
IAR Embedded Workbench for MSP430 Unrestricted IDE for MSP430 devices Contact
IAR IAR Systems
MSPGCC Open-source GCC tool-chain for MSP430 Free SourceForge
Elprotronic MSP430 Flash Programmer
http://www.elprotronic.com
Linear Regulator vs LDO
� Linear regulator has higher dropout voltage.� Transistor or Darlington pair pass element� LM317 (1.5A linear regulator)
� 1.5V to 2.5V dropout voltage� Good for larger Vin to Vout ratios, 12V to 5V output
� LDO = Low Dropout Regulator� Typically higher performance
� PSRR, regulation tolerance, transient response, etc
� MOSFET pass element� TPS72501 (1A LDO)
� 170mV dropout voltage� Good for 3.3V to 3.0V output
Benefits• Ultra-Low IQ:
- 500nA typ (TPS780xx)- 1uA typ (TPS781xx)
• Drop out Voltage: 130mV @ 150mA• Output Voltages: Fixed (1.5 to 4.2V) and
Adjustable (1.22 to 5.25V)• VSET Pin allows VOUT to Toggle Between Two
Factory EEPROM Preset Values• Stable with 1�F Ceramic Output Capacitor• TSOT23-5, 2X2mm SON Packages
Applications• Power Management - LDO• TI MSP430 Attach Applications• Wireless Handsets• Portable Media Players• Battery Operated Devices w/
extended sleep times
TPS780xx/781xxLow IQ LDO with Dual-Level Outputs
1300.51.5 – 4.21502.2 – 5.5TPS780
13011.5 – 4.2 1502.2 - 5.5TPS781
VDO(mV)
IQ(uA)
VOUT(V)
IOUT(mA)
VIN(V)Device
Voltage regulator selection
Voltage Regulator Selection
Stellaris MCU Overview
What is Stellaris®?TI’s 32-bit ARM® Cortex™-M based MCU family for HMI, motion control, smart grid, and connectivity
27
Sept.
26
Announcing Stellaris® ARM® Cortex™-M4F (MCUs) � New “Blizzard” MCUs deliver best-class power consumption for
industrial automation, motion control, health & fitness
� Also includes leading analog integration & floating point technology
Stellaris® MCUs –Versatile, Connected, Compact
Touch Interface
Home AutomationAutomated Motor Control
White goods
Data Acquisition
Exercise Equipment
Advanced Remotes
HVACPump inverter
Compressor motor
Serial-to-EthernetBridge
Point of Sale Graphics Displays
Home Automation
Medical Connectivity
Security Monitoring
Networked Access Control
Electricity andFlow metering
Biometric Scanning
ConnectivityConnectivity AutomationAutomation
SecuritySecurity
LED SignageLED Signage
Human Machine InterfaceHuman Machine Interface
EnergyEnergy
Industrial Control Segments� Lighting Controls
� LED Drivers� Panel Motor Controller
� HVAC � Pump Inverter� Compressor Motor
� Building Automation� Audio
Stellaris Means Building Control:- Control capability for precision gas/liquid
manipulation- Rich lighting management with 32-bit performance- CAN/Ethernet connectivity for Building Management
(elevators, doors, windows, restrooms)
Specific Stellaris Wins:
� Machines� Controllers� Sorters� Analyzers� Component Motors
� Monitors � Ethernet Bridges� Sensors
Stellaris Means Automation:- Design for accurate factory motion control- Performance and integration yields factory multi-
tasking (drive a motor while measuring attributes)- CAN and Ethernet connect factory machines for
remote accessibility- USB Host for field updates and data dumping
Specific Stellaris Wins:
� Surveillance� Alarm Systems� CCTV
� Access Control � Building Access� Safe Disposal
� Emergency Alarm Control
Stellaris Means Security Monitoring and Control:- Robust industrial control capability for invulnerable
security systems- ARM Cortex-M3 ISRs for event multi-tasking- Ethernet connected systems for remote monitoring
and concurrent control (Motor control in connected CCTV cameras)
- USB Host for video storage, Device for CPU playback
Specific Stellaris Wins:
Industrial Control Segments� Point-of-Sale
� Printers� Data Acquisition
� AutoID� Tag Scanner� Vehicle ID� Inventory RFID
Stellaris Means Transaction Control:- 32-bit performance for massive data retrieval,
recognition, and manipulation- Performance and integration for print-head control- Ethernet / USB connectivity for Storefront (card
swipes, ATMs, vending machines)- Enhanced single-cycle memory footprint for more
complex EPOS systems
Specific Stellaris Wins:
� Motor Control� Dental Drilling Machine� Robotic DNA Extraction
� Pumps and Analyzers � Blood Analyzer� Spinal Column Correction
Analyzer
Stellaris Means Medical:- Motion Control capability for precision robotics and
drilling- Intelligent analog-to-digital for precision input- CAN/Ethernet/USB connectivity for convenience
and remote monitoring
Specific Stellaris Wins:
� Toys� Remote Control � Motors
� Handhelds � Gaming accessories
� Digital Home� Remote Vacuums� Audio / Video
Stellaris Means Toys:- Control capability for precision robotics- Processing speed for multifunction- Low-power for long battery life- Small package for small enclosures- Ethernet connectivity for Remote Access (Remote
vacuum initiation, digital home automation)- USB for CPU connection, power, consumer connect
Specific Stellaris Wins:
Introducing• With Stellaris microcontrollers, you can choose to keep all your programming in C/C++,
even interrupt service routines and startup code• StellarisWare software includes source code and royalty-free libraries for applications
support• Software compiles on:
– ARM/Keil Microcontroller Development Toolkit for ARM– IAR Embedded Workbench– Code Red Technologies' RedSuite– Code Sourcery SourceryG++– Generic GNU development tools.
• The key functional areas are: – Stellaris Peripheral Driver Library – Stellaris Graphics Library – Stellaris USB Library – Stellaris IEC 60730 Library– Code Samples – Stellaris In-System Programming Support
31
StellarisWare® software
32
• All programming can be in C/C++, even interrupt service routines & startup code• Includes code and royalty-free libraries for applications support
GraphicsLibrary
USBLibrary
IEC 60730Library
Open Source RTOS
Open Source Stacks Utilities:
ChecksumSecurity
Code Examples
Third-Party
ExamplesPeripheral Driver LibraryBoot Loader and In-System Programming Support
StellarisWare Software
Over 700 APIs for peripheral initialization and control functions
Provides in-field programmability
Over 250 APIs for graphical display support
Over 175 APIs for USB device, USB host, or USB On-The-Go (OTG) applications
Over 150 APIs providing optimized commonly used functions such as CRC checking and AES tables
Provides support for IEC 60730 Class B safety requirements
Over 525 apps providing an extensive array of source code samples
Provides open source Ethernet and RTOS options
Provides an extensive array of source code samples
Motion Control[+CAN, +USB]
($3.61- $4.84)
Ste
llari
sA
RM
C
orte
x-M
3
LM3S100,1000, 2000
Stellaris® Product PortfolioApplicationsKey Features SW & Kits
• Floating point, high-precision ADCs• System management, portable medical, lighting control• Up to 12-bit ADCs, full-speed USB, integrated EEPROM
• Full-speed USB, external bus interface• Networked HMI, comm gateways, embedded web servers• Up to 12-bit ADCs, Integrated 10/100 ENET MAC & PHY
Gen Purpose[+CAN, +USB]
($1.53- $4.74)
Ethernet [+CAN, +USB]
($4.35- $9.15)
USB [+CAN]
($2.05- $6.70)
Gen Purpose[+CAN]
($1.90- $5.50)
Ste
llari
sA
RM
®C
orte
x™-M
4F
• Full-speed USB, Up to 12-bit ADCs, I2S audio• Gaming & MFI devices, industrial automation, HMI panels• CAN Open support, External Bus Interface
LM3S3000,5000
LM3S6000,8000, 9000
• Small footprint with motion control PWMs• Home appliances, simple motion control, metering• CAN open support, external bus interface
LM4F1xx
LM4F2xx • Floating Point, Best-in-class Power, Motion control PWMs• Industrial Automation, Motor Control, Digital Power• Up to 12-bit ADCs, Full-speed USB, CAN Open support
• Four versions of each kit to support software• Application specific kits for Brush and Brushless DC, AC Induction Motor, Stepper Motor, Touch Screen Intelligent Display• StellarisWare™ Free license and royalty-free source code for Peripheral Driver Library, Graphics Library, USB Library, Boot Loader, IEC 60730 Library• Reduces learning curve to speed up the design process
Stellaris Evaluation Kits: “Zero-to-32bits” in 10 minutes
EK-LM3S2965CAN Functionality
79 USD
EK-LM3S6965Ethernet MAC+PHY
69 USD
EK-LM3S8962Ethernet+CAN
89 USD
EK-LM3S1968High pin count
59 USD
EK-LM3S811Low pin count
49 USD
• Each kit includes: evaluation board(s), all required cables, a choice of evaluation tools suites for popular development tools, documentation, StellarisWare® software, and applications notes
• Each kit spans the design spectrum from evaluation to prototyping to application-specific design by functioning both as an evaluation platform and as a serial in-circuit debug interface for any Stellaris microcontroller-based target board.
EK-LM3S3748USB Host/Device
109 USD
Main MenuFull Solution Menu
Eval Kit License30-day full function.
Upgradeable.
32KB address-limited.
Upgradeable.
32KB address-limited.
Upgradeable.
90-day full function.
Upgradeable.
Full functional; locked to board.
Upgradeable.
Compiler GNU C/C++ IAR C/C++ RealView C/C++ GNU C/C++ CCStudio
Debugger / IDE gdb / EclipseC-SPY /
Embedded Workbench
µVisioncode_probe / Eclipse-based
tool suite
CCStudio / Eclipse
Full Upgrade
199 USD personal edition /
3000 USD full support
2700 USDMDK-Basic (256
KB) = €2000 (2895 USD)
999 USD (upgrade to run
on customer platform)
445 USD(includes full license for TI
Stellaris, C2000, and MSP430
MCUs)
JTAG DebuggerStellaris ICDI(on Stellaris
EVK)J-Link, ~299 USD U-Link, ~199
USDRed Probe, 150
USD
Stellaris ICDIXDS510 / XDS560
Development Tools for Stellaris MCUs
Remember: In addition to its original use as an evaluation kit, each Stellaris evaluation kit has the built-in capability for use as a simple USB-to-20-pin JTAG debugger.
LM Flash Programmer
http://www.ti.com/tool/lmflashprogrammer
Power for Stellaris - TLV1117LV6Vin max - 1A Fixed Output LDO
Back
DCY(SOT 223)
6.5mm x 7mm
IN
GN
D
OU
TOUT
Device VIN IOUT VDO IQ Package
TLV1117LV 2.0 – 5.5 V(6V max) 1A 285mV @
500mA 100uA DCY
��������� Vs �������Device ��������� �������
Vin (V) �� ��� ��� ��� ���� �
Iout (A) � ���
Vout (V) ������������������� ������������������������ �!���
Iq (mA) ��� ��
Min Iout for Stability
� ����" � #
Vdo (mV) ��$ ���� #�%����$ ��#�&& �����$ ���� #�%������$ ���� #�
Output Capacitor'�(�� �)�'�*�)� �(��+ � ,������ -
./0
��� ���� ��������� ���� ����) (��� �)�
)�*�
Load Transient Overshoot
1�� ��$ ��� #� ����� # ���� ��$ ���� #� ������ #�
Package/2 ���� /2 ����%��/2 3 %�2 ����%445#6%45#6
&& TLV1117LV – True LDO – Vdo scaling with Iout
Featured Stellaris® ARM® Cortex™-M3 MCU Analog Attach
Best Performance Performance Value Low Power
INA133 • Zero Drift, Low Power, Single Supply, Difference Amplifier Low offset and drift: 20µV (max) with 50nV/C• Fast Settling Time: 5.5us to 0.01% Low Quiescent Current: 950uA High Slew Rate: 5V/us• Wide Supply Current +1.8V To +5.5V Input Voltage Noise: 50nV/rt-Hz, 1kHz• CMRR 106db Min at G=100 RFI Filtered Inputs
�SOIC
PGA117 • Zero Drift Programmable Gain Amplifier with Mux Gain Switching Time: 200ns • Rail-to-Rail Input/Output Offset: 25uV (typ), 100mV (max) Low Noise: 12nV/�Hz• Input Offset Current: ±5nA max (+25°C) Gain Error: 0.1% max (G � 32), 0.3% max (G > 32) • Output Swing: 50mV to Supply Rails Software/Hardware Shutdown: IQ � 4uA (typ)
�TSSOP
ADS1258 • 24-bit Delta-Sigma ADC• Fixed Channel Data Rate: 125kSPS• 0.0003% INL• Low Noise: 2.8�VRMS at 1.8kSPS
ADS1158 • 16-bit Delta-Sigma ADC• Fixed Channel Data Rate: 125kSPS• DC Stability: 1�V/°C Offset Drift, 2ppm/°C Gain Drift• 0.3LSB (INL)
ADS1115 • 16-bit ADC• 4x Input MUX• Integrated Oscillator and Reference• 0.5mW typical for Vdd=3.3V
�QFN �QFN �X2QFN
DRV8402 • Dual Full Bridge PWM Motor Driver Operating on a Supply Voltage up to 50 V• High Efficiency Power Stage (up to 96%) with Low Resistance MOSFETS (80 m� at TJ = 25°C)• Intelligent Gate Drive and Cross Conduction Prevention
�SSOP
HVD232 • 3.3 V Can Transceiver Designed for Signaling Rates up to 1 Mbps• Glitch-Free Power-Up and Power-Down Protection• High Input Impedance Allows for 120 Nodes on a Bus• Low-Current Sleep Mode (40 nA Typical)
HVD1050 • Bus-Fault Protection of -27V to 40V• Dominant Time-Out Function
�SOIC�SOIC
REF5030 • Low Temperature Drift (3-8 ppm/C)• High Accuracy (.05-.1%)• Low Noise (3uV/V)
REF3230 • High Output Current (+-10mA)• Low Quiescent Current• Low Dropout (5 mv)
REF3130 • Low Iq (115uA Max)• High Accuracy (.2% Max)• Low Dropout (5 mv)
�SOIC�MSOP
�SOT-23 �SOT-23
TMP102 • Low Quiescent Current – 10 uA (MAX) 12-bit Resolution • 1 uA (MAX) shutdown current Supply Range: 1.4V to 3.6V • Accuracy: 0.5°C (–25°C to +85°C)
�SOT
DifferenceAmplifier
Low PowerVoltage Ref
*Please visit ti.com/processorpower for COMPLETE power solutions
Low Power Digital Temp Sensor
PWM Driver
ADC
CAN Interface
Programmable Gain Amplifier
Best Performance Performance Value Low Power
TSC2008 • 1.2V to 3.6V, 12-Bit, Nanopower, 4-Wire Micro TOUCH SCREEN CONTROLLER with SPI™• Effective Throughput Rate: Up to 20kHz (8-Bit) or 10kHz (12-Bit) 1.5 x 2 WCSP-12 and 4 x 4 QFN-16 Packages• Low Power (12-Bit, 8.2kHz Eq Rate): 30.4mA at 1.2V, fSCLK = 5MHz 44.6mA at 2.7V, fSCLK = 10MHz
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CC1020 • Channel spacing to down 12.5KHz• Blocking performance: 71dB at +/-2MHz
CC1190 • +26 dBm output range extender• 4Q09 Release
CC1101 • Integrated packet handling with 64 byte FIFO• High RF Flexibility: FSK, MSK, OOK, 1.2-500 kbps
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ISO721 •Silicon Integrated SiO2 Dielectric Capacitor 4000-V Isolation• 0–100Mbps and DC Signal Pass with Fail Safe• 25kV/uS Transient Immunity Life Span > 25 Year• TTL Input Threshold, Noise Filter 3.3V and 5V Supply Shorted
AMC1203 • 10Mhz 2nd Order Delta-Sigma Modulator• Integrated Capacitive Digital Isolation
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TPL920x • 8-Channel Relay Driver with Integrated 5-V LDO and Zero-Volt Detection Zero-Voltage Detection Signal• 8 Low-Side Drivers with Internal Clamp for Inductive Loads and Current Limiting for Self Protection• Internal Voltage Supervisory for Control of Eight Low-Side Drivers Thermal Shutdown for Self Protection• Programmable Power-On Reset Delay and Programmable Deglitch Timer
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HVD3082E • Bus-Pin ESD Protection Up to 15 kV•Glitch-Free Power Up/Dwn•Low Quiescent Power-1nA
SN65HVD12 • 3.3V RS-485 Differential Transceiver• Optional Driver Output Transition Times for Signaling Rates of 1 Mbps, 10 Mbps, and 32Mbps• Low-Current Standby Mode - 1 �A Typical
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TRS322x • ESD Protection for RS-232 Pins One Driver and One Receiver• Operates with 3-V to 5.5-V Supply Low Standby Current (1uA Typical)• Operates up to 250 kbit/s External Capacitors (4 x 0.1 uF)• Auto Power down Feature Automatically Disables Drivers for Power Savings
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RS-232 Interface
RS-485 Interface
Relay/LED Driver
Featured Stellaris® ARM® Cortex™-M3 MCU Analog Attach*Please visit ti.com/processorpower for COMPLETE power solutions
Low Power RF2.4 GHz RF Transceiver
Isolators
Low Power Touch Screen
Controller
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