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Hall-Effect Sensor IC Publications
General
- Allegro Hall-Effect Sensor ICs
- Analysis of a Hall-Effect System With Two Linear Sensor ICs for 30 mm Displacement
- Improve Server Efficiency with Advanced Control Electronics
- Chopper-Stabilized Amplifiers With A Track-And-Hold Demodulator
- Hall-Effect IC Applications Guide
- Integrating Hall-Effect Magnetic Sensor Technology into Modern Household Appliances
- Magnetic Sensor ICs Offer Integrated Diagnostics for ASIL Compliance
- Monolithic Magnetic Hall Sensor ICs using Dynamic Quadrature Offset Cancellation
- Method for Converting a PWM Output to an Analog Output When Using Hall-Effect Sensor ICs
- Using ASEK Programmers with Long Harnesses and Capacitive Loads
Current Sensing
- DC Current Capability and Fuse Characteristics of Current Sensor ICs with 50 to 200 A Measurement Capability
- Techniques to Minimize Common-Mode Field Interference When Using Allegro Current Sensor ICs (ACS724 and ACS780)
- Advanced Hall-Effect Linear Current Sensor IC Enables High BW Sensing in Hybrid Electric Vehicles and other High Current Sensing Applications
- Allegro Hall-Effect Based Current Sensor ICs
- Common Mode Field Rejection in Coreless Hall-Effect Current Sensor ICs
- Current Sensing for Renewable Energy
- DC and Transient Current Capability/Fuse Characteristics of Surface Mount Current Sensor ICs
- Guidelines for Designing a Concentrator for High-Current Sensing Applications with an Allegro Hall-Effect Sensor IC
- Introducing a 3 x 3 mm QFN Style Fully Integrated Linear Sensor IC
- Improving Efficiency in Smart Grid Applications with Fully-Integrated Current Sensing ICs
- Increased Electric Motor Content in HEV Subsystems Require Current Sensing
- Hall Effect Current Sensing in Hybrid Electric Vehicle (HEV) Applications
- Hall Effect Current Sensing in Electric and Hybrid Vehicles
- Hysteresis Mitigation in Current Sensor ICs Using Ferromagnetic Cores
- New Approaches to High-Efficiency Current Sensing: Integrated Hall Sensor ICs Save Power and Space
- Managing External Magnetic Field Interference When Using ACS71x Current Sensor ICs
- A Micro-Packaged Linear Current Sensor IC
- Non-Intrusive Hall-Effect Current Sensing Techniques Provide Safe, Reliable Detection, Protection for Power Electronics
- Recent Trends in Hall Effect Current Sensing
- Shifting the Offset Voltage of Current Sensors
- Using Allegro Current Sensor ICs in Current Divider Configurations for Extended Measurement Range
- Voltage Isolation in Variable Frequency Drives
Position Sensing
- Applying Harmonic Compensation to the A1335 Output Signal using On-Chip EEPROM and Allegro Applications Software
- Low-Power and Turns-Count Sensing with the A1337 Angle Sensor IC
- Improved Speed and Direction Sensing Using Vertical Hall Technology
- Advanced On-Chip Linearization in the A1332 Angle Sensor IC
- Advanced On-Chip Linearization in the A1335 Angle Sensor IC
- Advanced Programming with ASEK DLLs Harmonic Linearization
- Bipolar Switch Hall-Effect ICs
- Digital Position Sensor ICs—Continuous-Time to Chopper-Stabilized Cross-Reference Guide
- Fully Integrated Hall Effect Motor Driver for Brushless DC Vibration Motor Applications
- Guidelines for Using Allegro Angular Sensors
- Latching Switch Hall-Effect IC Basics
- Linear Hall-Effect Sensor ICs (PDF)
- Slide-By Sensing for Long-Stroke Applications Using Allegro Angle Sensors
- Micro-Power Position Sensing in Cell Phone Applications
- Omnipolar Switch Hall-Effect IC Basics
- Position and Level Sensing Using Hall Effect Sensing Technology
- Proximity Sensing Programming Technique
- Unipolar Hall-Effect Sensor IC Basics
- Using the SENT Communications Output Protocol with A1341 and A1343 Devices (PDF)
- Vehicle Safety Systems
- Vertical Hall Technology Enables Effective Tamper Detection
Speed Sensing
- Magnetic Encoder Design for Electrical Motor Driving Using ATS605LSG
- Air-Gap-Independent Speed and Direction Sensing Using the Allegro A1262
- Ring Magnet Speed Sensing for Electronic Power Steering
Packaging
- Back-Biased Packaging Advances
- Guidelines for Designing Subassemblies Using Hall-Effect Devices (PDF)
- Guidelines for Leadforming Using Back-Biased Hall-Effect Devices (PDF)
Magnets
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