Honeywell Technologies Through Hole Hall Effect Sensor 2.7 V 6.5V, IC, TO-92, 3-Pin

This Hall effect sensor is a linear magnetic position transducer designed for through‑hole mounting in TO‑92 format. It delivers analogue output proportional to magnetic field strength and operates across a broad temperature range, making it suitable for environments that demand continuous sensing from low to elevated temperatures. The device is interfaced as a three‑pin IC and draws minimal operating current, enabling integration into low‑power measurement and control systems.

• 1.75mV/Gauss sensitivity for precise magnetic field measurement
• 3μs response time for Rapid detection of changing fields
• 2.7 to 6.5V supply range for low‑voltage system compatibility
• 6mA supply current for energy‑efficient operation
• −40°C to 100°C operating range for wide temperature resilience

• Suitable for magnetic position detection in industrial controls
• Ideal for analogue magnetic field monitoring in instrumentation
• Used with motion‑sensing circuits requiring fast response
• Can be used for low‑voltage battery‑powered sensing systems
• Useful in prototype boards requiring through‑hole component mounting

It comes in a TO‑92 package configured for through‑hole mounting with three connection pins.

The output is linear with field strength, producing about 1.75mV per gauss change.

Expect a supply current of approximately 6mA during normal operation.

It is specified to operate between -40°C and 100°C.

It responds within 3μs to variations in the magnetic field.