Self-Adjusting Hall Effect Gear Tooth Sensor IC CYGTS9803 with Dual-Channel Outputs, Output: Dual-Channel Outputs, Power Supply: 4,5 ~ 24 V DC
Back- Article-Nr: CYGTS9803
- Serial-Nr: CYGTS9803
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- Data Sheet Download (German)
The CYGTS9803 is a dual-channel gear tooth sensor, with two Hall sensing elements, each providing a separate digital output, for speed and direction signal processing capability. The sensor does not have a chopper delay and uses two Hall plates which are immune to rotary alignment problems. The bias magnet can be from 1000GS to 4000Gs. As the signal is sampled, the logic recognizes an increasing or decreasing flux density. The dual-channel outputs (OUTA and OUTB) are provided in the sensor. The OUTA will turn on (BOP) after the flux has reached its peak and decreased by an amount equal to the hysteresis. Similarly the OUTA will turn off (BRP) after the flux has reached its minimum value and increased by an amount equal to the hysteresis. The OUTB have the same function as OUTA. But due to the flux phase sequencing, the OUTA and OUTB have phase shift, which can be used to determine gear rotation direction.
Characteristics
- High sensitivity
- Two matched Hall effect switches on a single chip
- 1.4mm Hall element spacing
- Dual-Channel output signal
- True zero speed detection
- Short circuit protection
- Insensitive to orientation
- Wide voltage working range
- Self-adjusting magnetic range
- High speed operation
- No chopper delay applications
- RoHS compliant
Applications
Automotive and Heavy Duty Vehicles:
- Camshaft and crankshaft speed and position
- Transmission speed
- Tachometers
- Anti-skid/traction control
Industrial Areas:
- Sprocket speed
- Chain link conveyor speed/distance
- Stop motion detector
- High speed low cost proximity
- Tachometers, counters.
Operating Temperature: | -40°C~ +150°C |
Power Supply: | 4.5V ~ 24V DC |
Rise/Fall time: | 0.4µs/0.4µs |
Output Signal: | Dual-Channel Outputs |
Package/Size: | SIP4/5.13x3.6x1.6mm |
Sensing gap/distance: | 1.0mm ~ 3.0mm |
Bias Magnetic Field: | 100~400mT |