Features: Bipolar Hall effect latch sensor 2.2V to 20V DC operation voltage Built-in pull-up resistor 25mA output sink current Operating temperature: −40°C ~ +125°C Package: SIP3, SOT23Application Rotor position sensing Current switch Encoder RPM detectionPinoutSpecifications Part Numb...
AH373: Features: Bipolar Hall effect latch sensor 2.2V to 20V DC operation voltage Built-in pull-up resistor 25mA output sink current Operating temperature: −40°C ~ +125°C Package: SIP3, SOT23Applic...
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Board Mount Hall Effect / Magnetic Sensors HALL IC SENSOR CMOS EF LATCH 2.2-20V25MA
US $.35 - .59 / Piece
Board Mount Hall Effect / Magnetic Sensors HALL IC SENSOR CMOS EF LATCH 2.2-20V25MA
US $.35 - .59 / Piece
Board Mount Hall Effect / Magnetic Sensors HALL IC SNSR CMOS LATCH 2.2V-20V 25MA
Part Number | AH373 |
Description | CMOS Hall Effect Latch |
process | CMOS |
Operating Voltage (V) | 2.5 ~ 20 |
Output Current (Ave) | 25mA |
Operating Point Bop (Gauss) | 5/60 |
Release Point Brp (Gauss) | -60/-5 |
Operating Ambient Temp Range (°C) | -40 to +125 |
Characteristics |
Symbol |
Values |
Unit | |
Supply voltage |
VCC |
20 |
V | |
Output "off " voltage |
Vout (off) |
28 |
V | |
Output "on" current |
Io (sink) |
25 |
mA | |
Operating temperature range |
Top |
-40~+125 |
°C | |
Storage temperature range |
Tstg |
-65~+150 |
°C | |
Power dissipation | SIP |
PD |
550 |
mW |
SOT23 |
230 |
mW |
AH373 is a single-digital-output Hall-effect sensor with pull-up resistor for high temperature operation.The AH373 includes an on-chip Hall voltage generator for magnetic sensing, an amplifier to amplify Hall voltage, and a comparator to provide switching hysteresis for noise rejection, and an output driver with a pull-up resistor (Rpu). An internal bandgap regulator is used to provide temperature compensated supply voltage for internal circuits and allows a wide operating supply range. While the magnetic flux density (B) is larger than operate point (Bop), the OUT pin turns on (low). If B moves toward release point (Brp), the OUT pin is latched "on" state prior to B < Brp. When B < Brp, the OUT pin go into " off " state.