air speed sensor

Abstract: CIRCUIT DIAGRAM for SPEED SENSOR
Contextual Info: Data Sheet 27627.114 , TRUE ZERO-SPEED, SELF-CALIBRATING DIFFERENTIAL HALL-EFFECT GEAR-TOOTH SENSOR FOR TWO-WIRE APPLICATIONS The ATS640JSB Hall-effect gear-tooth sensor is a peak detecting device that uses internal gain control to provide extremely stable duty

Contextual Info: ATS645LSH Two-Wire True Zero Speed Miniature Differential Peak-Detecting Gear Tooth Sensor Package SH, 4-pin SIP 12 34 1. VCC 2. No connection 3. Test pin float or tie to GND 4. GND The components in speed sensing applications continue to diminish in size to meet

4 pin hall sensor

Abstract: hall current sensor 3A ATS640JSB dac 809 MH-019A
Contextual Info: Data Sheet 27627.114 ATS640JSB TRUE ZERO-SPEED, SELF-CALIBRATING, DIFFERENTIAL HALL-EFFECT GEAR-TOOTH SENSOR FOR TWO-WIRE APPLICATIONS The ATS640JSB Hall-effect gear-tooth sensor is a peak detecting device that uses internal gain control to provide extremely stable duty cycles down to

"Hall Effect Sensor" Reliability

Abstract: hall sensor 4-pin ATS642-I1 ATS642LSH ATS642LSHTN-I1-T ATS642LSHTN-I2-T
Contextual Info: ATS642LSH Two-Wire True Zero Speed Miniature Differential Peak-Detecting Gear Tooth Sensor with Continuous Calibration Package SH, 4-pin Module 12 34 1. VCC 2. No connection 3. Test pin float or tie to GND 4. GND ABSOLUTE MAXIMUM RATINGS Supply Voltage, VCC . 28 V

Contextual Info: ATS642LSH Two-Wire True Zero Speed Miniature Differential Peak-Detecting Gear Tooth Sensor with Continuous Calibration Features and Benefits Description Running mode calibration for continuous optimization Single chip IC for high reliability Internal current regulator for 2-wire operation

ATS643

Abstract: ATS643-DS ATS643-I1 ATS643-I2 ATS643LSH ATS643LSHTN-I1-T ATS643LSHTN-I2-T
Contextual Info: ATS643LSH Self-Calibrating, Zero-Speed Differential Gear Tooth Sensor with Continuous Update Features and Benefits Description ▪ ▪ ▪ ▪ ▪ ▪ ▪ The ATS643 is an optimized combination of integrated circuit and magnet that provides a manufacturer-friendly solution

Contextual Info: Data Sheet 27627.114 ATS640JSB TRUE ZERO-SPEED, SELF-CALIBRATING, DIFFERENTIAL HALL-EFFECT GEAR-TOOTH SENSOR FOR TWO-WIRE APPLICATIONS The ATS640JSB Hall-effect gear-tooth sensor is a peak detecting device that uses internal gain control to provide extremely stable duty cycles down to

Contextual Info: ATS645LSH Two-Wire True Zero Speed Miniature Differential Peak-Detecting Gear Tooth Sensor Features and Benefits Description • • • • • • • The components in speed sensing applications continue to diminish in size to meet spatial constraints and weight reduction

AEC-Q100-006

Contextual Info: ATS643LSH – Conceptual CONCEPTUAL DATASHEET subject to change without notice True Zero-Speed, Two-Wire, Miniature Gear Tooth Sensor The ATS643LSH is an optimized Hall-effect sensing integrated circuit and magnet combination that provides a user-friendly

Contextual Info: ATS643LSH Self-Calibrating, Zero-Speed Differential Gear Tooth Sensor IC with Continuous Update Discontinued Product This device is no longer in production. The device should not be purchased for new design applications. Samples are no longer available. Date of status change: August 1, 2011

Contextual Info: ATS642LSH Two-Wire True Zero Speed Miniature Differential Peak-Detecting Gear Tooth Sensor with Continuous Calibration Not for New Design These parts are in production but have been determined to be NOT FOR NEW DESIGN. This classification indicates that sale of

ATS640JSB

Contextual Info: ATS640JSB Data Sheet 27627.114 ATS640JSB TRUE ZERO-SPEED, TWO-WIRE GEAR-TOOTH SENSOR TRUE ZERO-SPEED, SELF-CALIBRATING, DIFFERENTIAL HALL-EFFECT GEAR-TOOTH SENSOR FOR TWO-WIRE APPLICATIONS The ATS640JSB Hall-effect gear-tooth sensor is a peak detecting device that uses internal gain control to provide extremely stable duty

ATS642-I1

Abstract: ATS642LSH ATS642LSHTN-I1-T ATS642LSHTN-I2-T ATS682 DWG-9003
Contextual Info: ATS642LSH Two-Wire True Zero Speed Miniature Differential Peak-Detecting Gear Tooth Sensor IC with Continuous Calibration Not for New Design These parts are in production but have been determined to be NOT FOR NEW DESIGN. This classification indicates that sale of

ATS645

Abstract: hall current sensor 3A ATS640JSB
Contextual Info: Data Sheet 27627.114a ATS640JSB TRUE ZERO-SPEED, SELF-CALIBRATING, DIFFERENTIAL HALL-EFFECT GEAR-TOOTH SENSOR IC FOR TWO-WIRE APPLICATIONS 4 3 2 The ATS640JSB Hall-effect gear-tooth sensor IC is a peak detecting device that uses internal gain control to provide extremely stable duty cycles down to

gear tooth sensor

Abstract: ATS642-I1 ATS642LSH ATS642LSHTN-I1-T ATS642LSHTN-I2-T ATS682
Contextual Info: ATS642LSH Two-Wire True Zero Speed Miniature Differential Peak-Detecting Gear Tooth Sensor with Continuous Calibration Not for New Design These parts are in production but have been determined to be NOT FOR NEW DESIGN. This classification indicates that sale of

ATS645

Abstract: ATS645LSH ATS645LSH-I1 ATS645LSH-I2 ATS645LSHTN-I1-T ATS645LSHTN-I2-T
Contextual Info: ATS645LSH Two-Wire True Zero Speed Miniature Differential Peak-Detecting Gear Tooth Sensor Not for New Design These parts are in production but have been determined to be NOT FOR NEW DESIGN. This classification indicates that sale of this device is currently restricted to existing customer applications.

ATS640JSB

Abstract: air speed sensor
Contextual Info: Data Sheet 27627.114 ATS640JSB TRUE ZERO-SPEED, SELF-CALIBRATING, DIFFERENTIAL H ALL-EFFECT GEAR-TOOTH SENSOR FOR TWO-WIRE APPLICATIONS The ATS640JSB Hall-effect gear-tooth sensor is a peak detecting device that uses internal gain control to provide extremely stable duty

Contextual Info: ATS643LSH Self-Calibrating, Zero-Speed Differential Gear Tooth Sensor with Continuous Update Package SH, 4-pin SIP 12 34 1. VCC 2. No connection float or tie to VCC 3. Test pin (float or tie to GND) 4. GND The ATS643 is an optimized combination of integrated circuit and magnet that

ATS643LSH

Abstract: ATS643 ATS643-I2 ATS643LSHTN-I1-T ATS643LSHTN-I2-T ATS643-DS ATS643-I1
Contextual Info: ATS643LSH Self-Calibrating, Zero-Speed Differential Gear Tooth Sensor IC with Continuous Update Features and Benefits Description ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ The ATS643 is an optimized combination of integrated circuit and rare-earth pellet that provides a manufacturer-friendly

air speed sensor

Abstract: ATS632LSA ATS535JSB ATS535SSB ATS610LSA ATS611LSB ATS612JSB ATS640JSB PROXIMITY SENSOR for medium speed
Contextual Info: AMS-173-9 Product Selection Guide ADAPTIVE THRESHOLD SENSORS Part Number ATS535SSB ATS535JSB ATS610LSA Operating Temp. Range -20°C to +85°C -40°C to +115°C -40°C to +150°C ATS611LSB -40°C to +150°C ATS612JSB -40°C to +115°C ATS632LSA ATS640JSB -40°C to +150°C

hall current sensor 3A

Abstract: ATS640JSB
Contextual Info: Data Sheet 27627.114 ATS640JSB TRUE ZERO-SPEED, SELF-CALIBRATING, DIFFERENTIAL HALL-EFFECT GEAR-TOOTH SENSOR FOR TWO-WIRE APPLICATIONS The ATS640JSB Hall-effect gear-tooth sensor is a peak detecting device that uses internal gain control to provide extremely stable duty cycles down to

ATS643LSH

Abstract: ATS643 ATS643-DS ATS643-I1 ATS643-I2 ATS643LSH-I1 ATS643LSH-I2 hall sensor 4-pin SIP magnetic switch used in float switch
Contextual Info: ATS643LSH Self-Calibrating, Zero-Speed Differential Gear Tooth Sensor with Continuous Update Package SH, 4-pin SIP 12 34 1. VCC 2. No connection float or tie to VCC 3. Test pin (float or tie to GND) 4. GND The ATS643 is an optimized combination of integrated circuit and magnet that

Contextual Info: ATS645LSH Two-Wire True Zero Speed Miniature Differential Peak-Detecting Gear Tooth Sensor IC Not for New Design These parts are in production but have been determined to be NOT FOR NEW DESIGN. This classification indicates that sale of this device is currently restricted to existing customer applications.

A3144

Abstract: Current sensor and Hall sensor HALL-EFFECT SWITCHES
Contextual Info: HALL-EFFECT SENSORS 610 THRU 640 HALL-EFFECT SUBASSEMBLIES The ATS610 through ATS640 series of devices are optimized Hall-effect IC/magnet combinations that provide complex sensing functions in small packages. See page 11 for a complete listing of devices.