SC4616
SC4616 is Programmable Linear Output Hall Effect Sensor manufactured by Semiment.
.semiment.
Programmable Linear Output Hall Effect Sensor
Features
- Rail-to-rail output
- Programmability at end-of-line
- Wide sensitivity range
- 8m V/Gs to 24m V/Gs
- Temperature-stable quiescent voltage output and sensitivity
- Output voltage and sensitivity are independent with VDD over the range of 4.5V- 5.5V
- Wide ambient temperature range: -40℃ to 125℃
- Resistant to mechanical stress
- Under voltage lock-out (UVLO)
- Precise recoverability after temperature cycling
- 3-pin SIP package for easy integration
APPLICATIONS
- Current sensor for solar energy will flow box
- Angular sensing
- Over current detection circuit
- Damper controls
DESCRIPTION
The SC4616 is designed specifically for angular position, and DC current measurement etc. The accuracy of this device is enhanced via programmability on the output pin for end-of-line optimization without the added plexity and cost of a fully programmable device. The programmable nature of the SC4616 enables it to account for manufacturing tolerances in the final current sensing module assembly.
The radiometric Hall effect device provides a voltage output that is proportional to the applied magnetic field. Both the quiescent voltage output and magnetic sensitivity are user adjustable. The quiescent voltage output can be set to 2.5V, and the sensitivity adjusted between 8.0 m V/Gs and 24.0 m V/Gs. Programming selections also exist for output polarity.
Each Bi-CMOS monolithic circuit integrates a Hall element, temperature-pensating circuitry to reduce the intrinsic sensitivity drift of the Hall element, a small-signal high-gain amplifier, a low-impedance output stage, a proprietary dynamic offset cancellation technique and trimming unit.
It is packaged in a thin 3-pin SIP package to allow for easy integration with a magnetic core to create a highly accurate current sensing module.
Rev. A/1.0
Semiment Technology Inc.
.semiment.
Programmable Linear Output Hall Effect Sensor
CONTENTS...