Skip navigation

community

Up to Documents in Technical Documents
Currently Being Moderated

Design Resources - Smart Water(Gas) Meter Solution

VERSION 5  Click to view document history
Created on: Jul 21, 2010 8:39 AM by tech2 - Last Modified:  Dec 19, 2011 5:40 PM by tech2


 

 

Design Resources

 

Application Notes

 

SupplierDevicesAN TitleDate Published
TIMSP430Using power solutions to extend battery life in MSP430 applicationsOct/09
TIMSP4311.8V – 5.5V Input, High-Efficiency DCDC Converter Reference Design for MSP430Jun/09
TIMSP432MSP430 32-kHz Crystal Oscillators (Rev. B)Apr/09
TIMSP433Grayscale and Dot-Corrected LED Display Using TLC5941 (Rev. A)Mar/08
TIMSP434Driving Large LCDs with LCD Peripheral of the MSP430Oct/05
TIADS1115A Glossary of Analog-to-Digital Specifications and Performance Characteristics (Rev. A)Jan/08
FreescaleMC9S08QE128Low-Power Design Enabled by MC9S08QE128 and MCF51QE128 Flexis MicrocontrollersJun/07
MicrochipnanoWatt XLPAN1267 - nanoWatt & nanoWatt XLP(TM) Technologies: An Introduction to Microchip's Low Power devicesOct/09
MicrochipPIC24AN1095 - AN1095, Emulating Data EEPROM for PIC18 and PIC24 MCUs and dsPIC DSCsOct/09
MicrochipPIC24AN1044 - Data Encryption Routines for PIC24 and dsPIC DevicesAug/06
CypressPSoCCY3210 PSoCEval1 and MiniEval1 Development Board Example Projects - AN2011Nov/09
CypressPSoCPSoC Designer™ Project Minimization for Version Control - AN2225Nov/09
CypressPSoCIn-System Serial Programming (ISSP) Protocol for CY8C21xxx/CY8C22xxx/CY8C24xxx/CY8C24xxxA/CY8C27xxx - AN2026aNov/09
CypressPSoCIntroduction and Migration to 28xxx - AN57186Nov/09
CypressPSoCIn-System Serial Programming (ISSP) Protocol for CY8C24x94, CY8C28xxx, CY8C29x66, CY8CTST120, CY8CTMA120, CY8CTMG120 - AN2026bNov/09
CypressPSoCUsing the PSoC Microcontroller External Crystal Oscillator - AN2027Nov/09
CypressCY8C21x23PowerManagement - Single Cell Li-Ion Battery Charger with CY8C21x23 - AN55102Oct/09
ADIADA4899-1YCPZ-R2Active Filter Evaluation Board for Analog Devices, Inc., - Low Distortion Pinout Op Amps-
ADIADA4899-1YCPZ-R2Biasing and Decoupling Op Amps in Single Supply Applications-
FreescaleMC9S08LL16CLFLCD Driver SpecificationOct/09
FreescaleMC9S08LL16CLFMigrating from the MC9S08LL16 to MC9S08LL64 MicrocontrollerNov/09
TIMSP430FG439IPN.A Single-Chip Pulsoximeter Design Using the MSP430Nov/05
FreescaleMC34716Quad Flat Pack No-Lead (QFN) Micro Dual Flat Pack No-Lead (uDFN)Sep/08
LinearMinimizing Switching Regulator Residue in Linear Regulator Outputs-
LinearPerformance Verification of Low Noise,Low Dropout Regulators-
ADIADXL325BCPZ.Using an Accelerometer for Inclination Sensing-
ADIADXL325BCPZ.Phase and Frequency Response of iMEMS® Accelerometers and Gyros-
ADIADXL325BCPZ.Reducing the Average Power Consumption of Accelerometers-
ADIADXL345BCCZ.Oversampling Technique to Improve ADXL345 Output Resolution-
ADIADXL345BCCZ.Utilization of the First In, First Out (FIFO) Buffer in Analog Devices, Inc. Digital Accelerometers-
ADIADXL345BCCZ.Fall Detection Application by Using 3-Axis Accelerometer ADXL345-
ADIADXL203CETransitioning from ADXL202 to ADXL213 or ADXL203-
ADIConsiderations for Soldering Accelerometers in LCC-8 Packages onto Printed Circuit Boards-
ADIShielding and Guarding-
FreescaleSoldering the QFN Stacked Die Sensors to PC Board-
FreescaleImpact and Tilt Measurement Using Accelerometer-
FreescaleMeasuring Tilt with Low-g Accelerometers-
FreescaleTilt Sensing Using Linear Accelerometers-
FreescaleShock and Mute Pager Applications Using Accelerometers-
Freescale2g Acceleration Sensing Module Based on a 40g Integrated Accelerometer-
FreescaleUsing the Freescale Semiconductor Accelerometer Evaluation Board-
FreescaleDetecting Freefall with Low-G Accelerometers-
FreescaleUsing the Multi-Axis g-Select Evaluation Board-
TIUsing the Sensing Triple Axis Reference Board (STAR)-
FreescaleMMA745xLThe MMA745xL Digital Accelerometer-
TIMSP430MSP430 Interface to CC1100/2500 Code Library-
FreescaleMC13224VR2MC13224 Configuration and Operation with the Buck Regulator-
FreescaleMC13224VR2MC1322x Flash Loader Utility-
FreescaleMC13224VR2Reference Oscillator Crystal Requirements for the MC1319x-

 

Design Tips & Tricks

 

SupplierDevicesDesign Tips & Tricks TitleDate Published
MicrochipPICPIC Microcontroller Compiled Tips 'n Tricks GuideApr/09
MicrochipPIC nanoWatt XLPPIC® MCU Tips 'n Tricks Featuring nanoWatt XLP TechnologyApr/09
TIMSP430x4xxMSP430x4xx Family User's GuideSep/09
Freescale9S08LL64Freescale Low-Power Microcontroller Solutions Brochure-
TIMSP430MSP430 Ultra-Low-Power Microcontrollers Brochure 2009 (Rev. Q)Aug/09
FreescaleHCS08 Family Reference ManualApr/07
LinearLT1580Very Low Dropout (VLDO) Linear Regulators Supply Low Voltage Outputs-
Linear80V Linear Regulator is Micropower-
TIClocks and Timing Selection Guide-
TICDCM61001RHBT.CDCM61001, CDCM61002, CDCM61004 User's Guide-
TICDC7005General Guidelines: CDC7005 as a Clock Synthesizer and Jitter Cleaner-
NenvitechHow do catalytic gas sensors (pellistors) work?-
NenvitechHow do electrochemical gas sensors work?-
FigaroOperation principle of Figaro Gas Sensors-

 

Evaluation Kits

 

SupplierDeviceEvaluation Kits InfoEVKs Part Number
TIMSP430FG4618MSP430FG4618/F2013 Experimenter BoardMSP-EXP430FG4618
TIADS1115ADS1115 Performance Demonstration KitADS1115EVM-PDK
FreescaleMC9S08LL16CLFS08LL Demonstration BoardDEMO9S08LL16
FreescaleMC9S08LL64TWR-S08LL64 Tower System 8-bit Segment LCD ModuleTWR-S08LL64-KIT
FreescaleMCF51QE128MCF51QE128 Evaluation BoardEVBQE128
FreescaleMCF51QE128MCF51QE128 Demonstration BoardDEMOQE128
FreescaleQE32QE32 Demonstration board DEMOQE32
FreescaleQE8QE8 Demonstration board DEMOQE8
MicrochipPIC18FMPLAB Starter Kit for PIC18F MCUDM180021
MicrochipPIC18FPIC18 Explorer BoardDV164136
MicrochipPIC24FExplorer 16 Development BoardDM240001
MicrochipPIC24FExplorer 16 Starter KitDV164033.
MicrochipPIC24FMPLAB Starter Kit for PIC24FDM240011
MicrochipPIC24F16KA102XLP 16-bit Development BoardDM240311
ADIAD8099AD8099    Evaluation Boards
ADIAD7273/AD7274Evaluation Board for the AD7273/AD7274 3 MSPS, 10-/12-Bit ADCs Data SheetEVAL-AD7273/AD7274
ADIAD7276Controller for Precision Converter Evaluation/Demonstration BoardsEVAL-AD7xxxCB
FreescaleMC9S08LL16CLFDEMO9S08LL16 User GuideDEMO9S08LL16
FreescaleMC9S08JM16DEMO9S08JM16 Lab tutorialsDEMO9S08JM16
FreescaleMC9S08JM60DEMOJM Lab Supplement for the 8-bit Flexis™ JM60DEMO9S08JM60
MaximMAXQ2010Evaluation Kit for the MAXQ2010MAXQ2010-KIT
TICC2591CC2591EM evaluation modulesCC2591EMK.
TICC2590RGVTCC2430-CC2590EMK Evaluation Module KitCC2430-CC2590EMK
TICC1101CC1101 Evaluation Module 868-915MHzCC1101EMK868-915
TICC2530Evaluation Module Kit for the CC2530CC2530EMK
TICC2530CC2530 ZigBee Development KitCC2530ZDK-ZNP-MINI.
TICC2530Development Kit for the CC2530CC2530DK
TICC2530RemoTI CC2530 Zigbee Development KitREMOTI-CC2530DK
ADIADXL325ZThree-Axis Accelerometer Evaluation BoardEVAL-ADXL325Z
ADIADXL327ZThree-Axis Accelerometer Evaluation BoardEVAL-ADXL327Z
ADIADXL335ZThree-Axis Accelerometer Evaluation BoardEVAL-ADXL335Z
ADIADXL345ZADXL345Z    3-Axis, ±2 g/±4 g/±8 g/±16 g Digital Accelerometer Evaluation BoardEVAL-ADXL345Z
ADIiMEMS Digital Inertial Sensor Evaluation System
ADIADIS16003/PCBZADIS16003/PCB Evaluation Board (Preliminary, Rev. PrE)ADIS16003/PCBZ
ADIADIS16XXXiSensor™ PC Evaluation SystemADISEVAL
ADIADIS16XXXADISUSBZ iSensor® PC-USB Evaluation System (Preliminary Rev. PrA)ADISUSBZ
ADIADIS16XXX±1.7g    Dual-Axis Accelerometer, SPI Interface Evaluation BoardADIS16003/PCBZ
ADIADIS16XXXiSensorTM Evaluation Tool OverviewADIS16003/PCBZ
ADIADIS16XXXiSensorTM Evaluation Tool OverviewADIS16006/PCB
ADIADIS16060BCCZiSensor™ Digital Gyroscope Evaluation BoardADIS16060/PCB
ADIADIS1620xiSensor™ Inclinometer/Accelerometer Evaluation BoardADIS1620x/PCB
FreescaleMMA73x1L3-Axis Analog Output Accelerometer Evaluation KitsKIT3376MMA73x1L
FreescaleLFSTBEB7361Sensor Toolbox Accelerometer Development BoardLFSTBEB7361
FreescaleMMA7660RD3803MMA7660 Evaluation Kit BoardRD3803MMA7660FC
FreescaleLFSTBEB8450Sensor Toolbox for MMA8450 AccelerometerLFSTBEB8450
FreescaleMMA7660FCRD3803MMA7660FC    Evaluation Kit User’s Guide RD3803MMA7660FC
FisincEvaluation modules for SB series gas sensorsEVM-SB-01
FisincSmart sensors for evaluating the performance of gas concentration monitorFIS2001-01
FisincCO2 sensor evaluation modulesA051020-AQ6A-01
FisincOzone Sensor Evaluation ModuleA051020-SP61-01
FisincOzone MonitorA051020-SP61-01F
FisincHydrogen Sensor Evaluation ModuleEVM-HY01-H
FreescaleMC13201320x-QE128 Development Start Kit1320X-QE128-DSK
FreescaleMC13201320x-QE-DSK-BDM Development Start Kit1320X-QE-DSK-BDM
FreescaleMC1320MC1320X RFIC daughter card module1320XRFC
FreescaleMC13211320x RFEvaluation kit1321XEVK
FreescaleMC13211321x Developer's Kit1321XDSK
FreescaleMC1321MC1321X RFIC Zigbee Development Tools1321XNSK-BDM
FreescaleMC13224VR21322x Development Kits1322XDSK-DBG

 

Reference Design

 

SupplierDeviceReference Design Title
FreescaleMC9S08LL16CLFPractical Power Comparison: MC9S08LL16 MCU
FreescaleMC9S08LL16CLFThermostat Reference Design Using the MC9S08LL16
FreescaleINA118UGetting the most out of your instrumentation amplifier design
FreescaleINA118UINA118 TINA-TI Reference Design (Rev. A)

 

Video Streaming

 

SupplierDeviceVideo Streaming TitleDate Published
TIADS1115ADS1115: Industry's Smallest 16-Bit ADCAug/09
FreescaleFreescale and Monebo’s ECG-On-a-Chip-
FreescaleMedical Applications with Freescale-
FreescaleContinua USB PHDC Demo-
FreescaleCardiac Activity Monitor Evaluation Board-
FreescaleBlood Glucose Meter with Blood Pressure Monitor-
FreescaleMC9S08LL64TWR-S08LL64 Quick Start Demo-
FreescaleMC9S08LL64Tower System: TWR-S08LL64 Kit Overview-
FreescaleMC9S08LL16CLFS08LL16 Thermostat Video-
MicrochipnanoWatt XLPIntroduction to the PIC24H Starter Kit-
MicrochipnanoWatt XLPnanoWatt XLP Demo Video-
MicrochipnanoWatt XLPIntroducing nanoWatt XLP Technology-
MicrochipDM240311XLP 16-bit Development Board-
FreescaleMC9S08LL16CLFMC9S08LL16 for Medical Applications-
FreescaleMC9S08LL16CLFFreescale DEMO9S08LL16 Out of the Box Overview-
FreescaleMC9S08LL16CLFUltra Low Power Medical Device Demo by Freescale-
TIMSP430MSP430-based Pulsoximeter DemoNov/09
TIMSP430F2xxThe MSP430F2xx Ultra-Low Power compared to the PIC24FOct/09
TIMSP430MSP430 MCU Optimization for Ultra-Low Power: Clocks, Low Power modes, and Intelligent PeripheralsOct/09
ADIADXL345BCCZ.ADXL345 Development Board-
ADIHillcrest Labs' Freespace (CES2009 demo)-
ADIADXL345BCCZ.iMEMS® Motion Sensors featuring the ADXL345-
FreescaleMMA8450QR1Freescale MMA8450Q Accelerometer Offset Calibration-

 

WebCast

 

SupplierDeviceWebCast Title
FreescaleMC9S08LLSegment LCD MCU Solutions with Low Power Features
FreescaleQE128Introducing the Flexis™ QE128 (Overview)
FreescaleS08QE128Save your energy - Flexis™ Ultra-low-power 8-bit S08QE128 MCU
FreescaleMC9S08LL16CLFLow End Microcontrollers and LCD - Alta performance
FreescaleMC9S08LL16CLFSetting the Standard for Low Power Segment LCD Applications
FreescaleMC9S08LL16CLFLCD Introductory Video
FreescaleS08LL64Tower System: TWR-S08LL64 Kit Overview
FreescaleS08LL64TWR-S08LL64 Quick Start Demo

 

White Paper

 

SupplierDeviceWhite Paper TitleDate Published
TIMSP430Debunking the Ultra-low Power Comparison: MSP430 vs. Microchip XLP Tech BriefSep/09
CypressCY8C22x45An Introduction to CY8C22x45Jun/09
FreescaleFreescale's Next Generation 8-bit LCD Solutions-
FreescaleMC9S08LL16CLFPractical Power Comparison: MC9S08LL16 offers 70 percent reduction-

Attributes
1901 Views Categories: Design Resources Tags: at:design_resources, ap:smart_water_(gas)_meter_solution
Comments (0)

Bookmarked By (0)

Related Content


Related Products
Content
  • Retrieving data ...

Incoming Links

More by tech2

View tech2's profile