CHA611
CHA611 is low noise high accuracy linear Hall effect-based sensor manufactured by Cosemitech.
FEATURES and FUNCTIONAL DIAGRAM
This is advanced information on a new product now in development or undergoing evaluation. Details are subject to change without notice and Cosemitech assumes no obligation for future manufacture of this product. Contact Cosemitech for the latest status.
Preliminary Datasheet REV 0.3
PACKAGE
- AEC Q100 automotive qualified
- Linear Hall, customer programmable, high resolution offset and sensitivity trimming with EEPROM
- Programmable sensitivity range between 1 and 24m V/G
- Factory programmed sensitivity and quiescent output voltage
TC with extremely stable temperature performance
- Temperature stable quiescent voltage output and sensitivity
- Extremely low noise and high resolution
TO-92S
TO-94
- 120k Hz bandwidth achieved with optimized chopper stabilization techniques
- Under-voltage protection
- Output voltage clamp provides short circuit diagnostic
- Output spiking suppress during fast current step inputs
SOT-89-3L
- Wide temperature range: -40o C to 150o C
- Lead Free Package: Flat TO-92, TO-94, SOT-23-3W, SOT-
89-3L
APPLICATIONS
- High ESD Protection
Automotive, Industrial, Home,
- Ro HS pliant 2011/65/EU appliances,
Current sensing
Motor control
Linear Position Detection
Rotary Position Sensing
Magnetic Encoder
Ferrous metal sensing
Liquid level sensing
Vibration sensing
Weight sensing
DESCRIPTION
The CHA611 is a customer programmable, low noise high accuracy linear Hall effect-based sensor IC. It is packaged in subminiature package to allow for easy integration with a magnetic core to create a highly accurate current sensing module. The programmable nature of the CHA611 enables it to account for manufacturing tolerances in the final current sensing module assembly.
These ratiometric Hall effect sensor ICs provide a voltage output that is proportional to the applied magnetic field. The quiescent voltage output is user adjustable around 50% of the supply voltage and the output sensitivity...