Automotive Sensors - Application Notes



		Overview
		Suggested Components
		Application Notes
		New Product Announcements

Maxim > Solutions > Automotive Sensors

Application Notes

App Note 4438: Protect Current-Sense Amplifiers Against Overvoltage Transients
App Note 4437: Zero-Drift Instrumentation Amplifier (IA) Takes the Strain out of Sensor Measurements
App Note 4409: USB Carries 16-Bit Voltage Measurements
App Note 4398: MAXQ7667 Transducer Diagnostics
App Note 4344: Rail Splitter, from Abraham Lincoln to Virtual Ground
App Note 4321: Precision Instrumentation Amplifiers with Rejustors Solve High-Gain Applications
App Note 4220: A Fully Integrated, Robust Solution for Interfacing with Hall-Effect Sensors
App Note 4207: Making the MAX1452/MAX1455 Signal Conditioners Tolerant of Supply Limitations
App Note 4134: Using a Generic 0 to 1V Analog Multiplier to Ensure Accurate Power Management in Battery-Powered Applications
App Note 4101: Differentiating Digital Potentiometer Features
App Note 4078: Extend Current-Sense Amplifier's Input Range Down to 0V
App Note 4075: How to Use the DS1864's Current DACs as Voltage DACs
App Note 4067: Using the MAX1452 for Remote-Sensor Compensation
App Note 4050: Current Sensing on a Negative Voltage Supply Rail, using a Precision Instrumentation Amplifier
App Note 4034: Three is a Crowd for Instrumentation Amplifiers
App Note 4024: SPI/I²C Bus Lines Control Multiple Peripherals
App Note 4022: MAX1452 Nonlinearity-Correction Application Circuit
App Note 3972: MAX1452/MAX1455 FAQs
App Note 3950: A Measurement Technique for Determining RF Immunity
App Note 3930: Package Thermal Resistance Values (Theta JA, Theta JC) for Dallas Semiconductor Temperature Sensors
App Note 3911: Maximizing the MAX1464's ADC Range
App Note 3906: Creating a Bidirectional Current-Sense Amplifier from Two Unidirectional Current-Sense Amplifiers
App Note 3883: Practical Considerations for Advanced Current Sensing in High-Reliability Systems
App Note 3852: Frequently Asked Questions (FAQs) on the MAX1464 Digital Sensor Signal Conditioner
App Note 3748: How to Create a Precision Current Source Using a DS4303 or DS4305
App Note 3733: Startup Requirements for the MAX1452/MAX1455 Sensor Signal Conditioners
App Note 3669: Power-Sensing Circuit Breaker Breaks New Ground
App Note 3658: Serializing an HD44780 LCD Display
App Note 3650: The MAX1464's On-Chip Temperature Sensor
App Note 3649: MAX1464 Signal-Conditioner, Sensor Compensation Algorithm
App Note 3635: Implementing an External Reference and the Resulting Effect on Gain for the MAX149x Sigma-Delta Panel-Meter ADCs
App Note 3617: Using the DS4303 to Bias LDMOS RF Power Amps
App Note 3502: Effect of PC Board Trace Width on Remote-Diode Temperature-Sensor Accuracy
App Note 3489: Installing the DS9123O USB Adapter on Windows® 98
App Note 3447: Complete Stand-Alone GPS Receiver Solution with MAX2742
App Note 3396: Driving Strain-Gauge Bridge Sensors with Signal-Conditioning ICs
App Note 3364: Creating a Ratiometric Current Excitation in Sensors Using the MAX1464 Signal Conditioner
App Note 3333: Pass Transistor Enhances Regulator's Output Current
App Note 3318: HFAN-08.2.0: Thermoelectric Cooler (TEC) Control
App Note 3242: GPS and DGPS Overview, With a Complete RF Front-End Design
App Note 3218: Power Supply Meets AMD K8 Low-Power Mobile Specification
App Note 3044: Calibration of Weight Sensors Using Dead Weights
App Note 2765: Flexible Fault Protection
App Note 2400: A Compact 36-72V DC Input, 3.3V/10A Output Power Supply
App Note 2378: Handy Circuit Gives Systems Flexible Fault Protection
App Note 1964: DS1851 Varactor Temperature Compensation
App Note 1960: Simple Pulse Generator Has Low Parts Count
App Note 1949: Bi-directional Current-Sense with Single Output
App Note 1934: Add High Voltage Capability to the MAX471/MAX472 High-Side Current Sense Amplifiers
App Note 1873: 4mA–20mA Loop Powered Temperature Sensor
App Note 1867: Optocoupler Extends High-Side Current Sensor to 1kV
App Note 1860: PWM Outputs Enhance Sensor-Signal Conditioners
App Note 1839: Sensor Temperature Compensation Using the Four DAC Signal Conditioning Architecture
App Note 1159: Level Translators For SPI™ and I²C Bus Signals
App Note 1152: Step-by-Step Procedure for Performing Temperature Compensation Using MAX1452 and MAX1455 Evaluation Kit Software
App Note 1150: Direct Interface of the MAX1452/MAX1455 with the MAX1452/MAX1455 Communication Board
App Note 1139: Temperature Sensor Has One Digital Input and One Digital Output
App Note 1126: Simple Circuit Protects Systems from Overheating
App Note 1125: Circuit Generates Analog Fan-Speed Control
App Note 1075: Simplify Isolated Temperature Sensing With Single Wire Sensors
App Note 1069: High-Gain Signal Conditioning Circuit for Thin and Thick Film Sensors
App Note 166: Interfacing Digitally Controlled Potentiometers and Resistors to Laser Drivers
App Note 1064: Designing a 4-20mA Current Loop Using the MAX1459 Sensor Signal Conditioner
App Note 1057: Compensating for Ideality Factor and Series Resistance Differences between Thermal Sense Diodes
App Note 961: Thermal Protection in Low-Cost Systems, Part 1
App Note 884: Miniature Flow Sensor Has Electronic Temperature Compensation
App Note 871: Demystifying Piezoresistive Pressure Sensors
App Note 839: MAX1452 Diagnostic Clip Circuit
App Note 762: Design and Manufacture of Automotive Pressure Sensors
App Note 753: MAX1452 Serial Communications
App Note 760: Overvoltage Protection in Automotive Systems
App Note 759: Adding Diagnostic Capability to MAX14XX Low Cost High Performance Signal-Conditioning Devices
App Note 602: RF IC Building Block Solutions for GPS
App Note 571: Using Analog Temperature Sensors with ADCs
App Note 746: High-Side Current-Sense Measurement: Circuits and Principles
App Note 694: Temperature Sensor ICs Simplify Designs
App Note 695: New ICs Revolutionize The Sensor Interface
App Note 722: 3V/5V DACs Support Intelligent Current Loop
App Note 481: Simple Circuit Activates Fan When Processor Heats Ups
App Note 637: Tech Tips: Getting the Most from Your Sensor and Conditioning Electronics
App Note 685: How to Simplify the Interface between Microcontroller and Temperature Sensor
App Note 687: Distributed Temperature Sensing Improves Reliability
App Note 1094: Choosing The Optimum Buffer/ADC Combination For Your Application