Honeywell SS496A Ratiometric Hall Effect Sensor - TO-92 Package
The Honeywell SS496A is a ratiometric, linear Hall-effect sensor in a TO-92 package, designed for board mounting and precise magnetic field measurement from -840 G to +840 G. It provides a stable, voltage-proportional output ideal for integration with microcontrollers and industrial control systems.
Features
- Ratiometric linear Hall-effect sensor with a wide magnetic operating range from -840 G to +840 G.
- TO-92 through-hole package for easy PCB mounting and automated assembly.
- Ratiometric output voltage proportional to supply voltage and magnetic field strength.
- High-temperature operation from -40°C to +150°C with integrated temperature compensation.
- Low operating supply current of 8.7 mA for power-efficient designs.
Out of stock
The Honeywell SS496A is a precision, ratiometric linear Hall-effect sensor engineered for accurate magnetic field sensing. Its integrated circuitry provides enhanced temperature stability and sensitivity, making it reliable across a broad operating temperature range. The output voltage is directly proportional to both the supply voltage and the applied magnetic field, simplifying signal conditioning.
This sensor is laser-trimmed with thin-film resistors to ensure high accuracy in null point and sensitivity, suitable for applications requiring precise displacement or position feedback. Its robust TO-92 package and through-hole mounting make it a durable and cost-effective choice for automated PCB assembly in high-volume manufacturing.
Additional Information
| Weight | 0.11 kg |
|---|---|
| Dimensions | 8 × 6 × 3 cm |
