accurate Hall sensor Infineon TLE4928CHAMA1 designed for gear wheel and pole position sensing tasks
Product Overview
The TLE4928(C) is a highly accurate differential Hall sensor designed for detecting the motion and position of ferromagnetic structures such as pole or gear wheels. It utilizes a self-calibration mode for optimal accuracy, achieving a high-accuracy running mode after a few transitions post start-up. The sensor features fixed hidden hysteresis combined with frequent recalibration in run mode, ensuring accurate switching over its lifetime and reliable performance even under challenging conditions like vibrations in transmission applications. It offers a fast power-up time, high accuracy, sensitivity, a wide temperature range, high ESD robustness, and large EMC resistance, making it ideal for harsh automotive environments. The TLE4928(C) is available in the PG-SSO package, with and without integrated capacitors, and is a perfect Hall-based solution for crankshaft and transmission speed sensing.
Product Attributes
- Brand: Infineon Technologies
- Origin: Germany (implied by Infineon Technologies AG, Neubiberg, Germany)
- Package Options: PG-SSO-3-6, PG-SSO-3-92
- Certifications: Not explicitly mentioned
Technical Specifications
| Sales Name | Description | Order Code |
|---|---|---|
| TLE4928 | PG-SSO-3-6 package without external capacitors | SP000700818 |
| TLE4928C-E6547 | PG-SSO-3-92 package with external capacitors (VS to GND: 47nF and Q to GND: 4.7nF) | SP000718274 |
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