MAX1455AUE+
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Description:
Sensor Interface Low-Cost Automotive Sensor Signal Conditioner
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Datasheet
Application Notes
- Adding Diagnostic Capability to MAX14XX Low Cost High Performance Signal-Conditioning Devices (PDF)
- Calibration of Weight Sensors Using Dead Weights (PDF)
- Design and Manufacture of Automotive Pressure Sensors (PDF)
- Direct Interface of the MAX1452/MAX1455 with the MAX1452/MAX1455 Communication Board (PDF)
- Driving Strain-Gauge Bridge Sensors with Signal-Conditioning ICs (PDF)
- High-Gain Signal Conditioning Circuit for Thin and Thick Film Sensors (PDF)
- Liquid-Level Measurement System Uses a Compensated Silicon Pressure Sensor and Precision Delta-Sigma ADCs, Part 1 (PDF)
- Making the MAX1452/MAX1455 Signal Conditioners Tolerant of Supply Limitations (PDF)
- MAX1452 Nonlinearity-Correction Application Circuit (PDF)
- MAX1452 Serial Communications (PDF)
- MAX1452/MAX1455 FAQs (PDF)
- MAX1455 Diagnostic Clip Boost Circuit (PDF)
- New ICs Revolutionize The Sensor Interface (PDF)
- Overvoltage Protection in Automotive Systems (PDF)
- PWM Outputs Enhance Sensor Signal Conditioners (PDF)
- Sensor Temperature Compensation Using the Four DAC Signal Conditioning Architecture (PDF)
- Startup Requirements for the MAX1452/MAX1455 Sensor Signal Conditioners (PDF)
- Step-by-Step Procedure for Performing Temperature Compensation Using MAX1452 and MAX1455 Evaluation Kit Software (PDF)
- Tech Tips: Getting the Most from Your Sensor and Conditioning Electronics (PDF)
- Using the MAX1452 for Remote-Sensor Compensation (PDF)
EOL
- TARIC:
- 8542399000
- CNHTS:
- 8542319090
- CAHTS:
- 8542390000
- USHTS:
- 8542390090
- JPHTS:
- 8542390990
- MXHTS:
- 85423999
- ECCN:
- EAR99
Bulgaria
