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Hall effect magnetic proximity sensors
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Magnetic proximity sensor / Hall effect / non-contact - 5 - 24 V, max. 12 mA | MP1001 series
Description
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields...
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields...
Magnetic proximity sensor / Hall effect / non-contact - 5 - 24 V, max. 12 mA | MP1001 series
Description
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. They provide a sinking current output
Features
Solid state reliability
Stable output over operating temperature range
Compatible with unregulated power supply
South pole activated
Open collector (sinking or NPN) output can be used with bipolar or CMOS logic circuits with suitable pull-up resistor
RoHS compliant
IP67
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. They provide a sinking current output
Features
Solid state reliability
Stable output over operating temperature range
Compatible with unregulated power supply
South pole activated
Open collector (sinking or NPN) output can be used with bipolar or CMOS logic circuits with suitable pull-up resistor
RoHS compliant
IP67
Magnetic proximity sensor / Hall effect / non-contact - 3.8 - 24 V, max. 7.5 mA | MP1005-1007 series
Description
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic...
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic...
Magnetic proximity sensor / Hall effect / non-contact - 3.8 - 24 V, max. 7.5 mA | MP1005-1007 series
Description
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. They provide a sinking current output
Features
Solid state reliability
Stable output over operating temperature range
Compatible with unregulated power supply
South pole activated
Open collector (sinking or NPN) output can be used with bipolar or CMOS logic circuits with suitable pull-up resistor
RoHS compliant
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. They provide a sinking current output
Features
Solid state reliability
Stable output over operating temperature range
Compatible with unregulated power supply
South pole activated
Open collector (sinking or NPN) output can be used with bipolar or CMOS logic circuits with suitable pull-up resistor
RoHS compliant
Hall effect proximity switch / magnetic / non-contact - 3.8 - 24 V, max. 7.5 mA | MP1013 series
Description
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated...
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated...
Hall effect proximity switch / magnetic / non-contact - 3.8 - 24 V, max. 7.5 mA | MP1013 series
Description
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. They provide a sinking current output
Features
Solid state reliability
Stable output over operating temperature range
Open collector (sinking or NPN) output can be used with bipolar or CMOS logic circuits with suitable pull-up resistor
South pole sensitive
Unipolar device
Latching version available (contact factory)
RoHS compliant
Fastener-less design
IP67
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. They provide a sinking current output
Features
Solid state reliability
Stable output over operating temperature range
Open collector (sinking or NPN) output can be used with bipolar or CMOS logic circuits with suitable pull-up resistor
South pole sensitive
Unipolar device
Latching version available (contact factory)
RoHS compliant
Fastener-less design
IP67
Hall effect proximity sensor / flange-mount - 4.5 - 24 V, max. 12 mA | MP1021 series
Description
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated...
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated...
Hall effect proximity sensor / flange-mount - 4.5 - 24 V, max. 12 mA | MP1021 series
Description
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. They provide a sinking current output
Features
Solid state reliability
Flange-mount housing
Stable output over operating temperature range
Compatible with unregulated power supply
Open collector (sinking or NPN) output can be used with bipolar or CMOS logic circuits with suitable pull-up resistor
North pole sensitive
Unipolar device
RoHS compliant
IP67
One-piece non-contact solid-state position sensors that operate through the use of Hall Effect technology with magnetic fields generated by permanent magnets. They provide a sinking current output
Features
Solid state reliability
Flange-mount housing
Stable output over operating temperature range
Compatible with unregulated power supply
Open collector (sinking or NPN) output can be used with bipolar or CMOS logic circuits with suitable pull-up resistor
North pole sensitive
Unipolar device
RoHS compliant
IP67
Hall effect proximity switch / vane - 3.8 - 24 V, 7.5 mA | VN1015 series
Description
Employs a Hall Effect digital vane sensor and a permanent magnet in two small towers, separated by a 3.4 mm (0.135”) air...
Employs a Hall Effect digital vane sensor and a permanent magnet in two small towers, separated by a 3.4 mm (0.135”) air...
Hall effect proximity switch / vane - 3.8 - 24 V, 7.5 mA | VN1015 series
Description
Employs a Hall Effect digital vane sensor and a permanent magnet in two small towers, separated by a 3.4 mm (0.135”) air gap. The output switches when a ferrous target passes between the towers. Typical targets are linear or rotary vanes using a square saw tooth or an open slot in a solid disk or band
Features
Mechanically interchangeable with typical slotted optical switches
Robust, high speed sensing in dirty/dusty environments
No mechanical contacts to wear out
Open collector (sinking or NPN) output can be used
Employs a Hall Effect digital vane sensor and a permanent magnet in two small towers, separated by a 3.4 mm (0.135”) air gap. The output switches when a ferrous target passes between the towers. Typical targets are linear or rotary vanes using a square saw tooth or an open slot in a solid disk or band
Features
Mechanically interchangeable with typical slotted optical switches
Robust, high speed sensing in dirty/dusty environments
No mechanical contacts to wear out
Open collector (sinking or NPN) output can be used
Hall effect proximity sensor - 40 kHz, 4.5 - 36 V | iC-MZ
Applications
Gear wheel sensing
Pole wheel and magnetic tape scanning
Magnetic incremental encoders
Proximity switches
Two-channel line drivers up to 100 kHz
Features
Dual...
Gear wheel sensing
Pole wheel and magnetic tape scanning
Magnetic incremental encoders
Proximity switches
Two-channel line drivers up to 100 kHz
Features
Dual...
Hall effect proximity sensor - 40 kHz, 4.5 - 36 V | iC-MZ
Applications
Gear wheel sensing
Pole wheel and magnetic tape scanning
Magnetic incremental encoders
Proximity switches
Two-channel line drivers up to 100 kHz
Features
Dual Hall sensors set 2.0 mm apart
Magnetic field frequency range from DC to 40 kHz
Supply voltage range 4.5 to 36 V
Complementary push-pull line driver outputs with integrated line adaptation
Output stages are current limited and short-circuit-proof due to temperature shutdown
Min. 200 mA output current at 24 V supply voltage
Low driver stage saturation voltage ( RS422-compatible (TIA / EIA standard)
Temperature and supply voltage monitor with error messaging
Amplified differential sensor signal, accessible for diagnostic purposes
Additional mode of operation (twofold line driver)
Gear wheel sensing
Pole wheel and magnetic tape scanning
Magnetic incremental encoders
Proximity switches
Two-channel line drivers up to 100 kHz
Features
Dual Hall sensors set 2.0 mm apart
Magnetic field frequency range from DC to 40 kHz
Supply voltage range 4.5 to 36 V
Complementary push-pull line driver outputs with integrated line adaptation
Output stages are current limited and short-circuit-proof due to temperature shutdown
Min. 200 mA output current at 24 V supply voltage
Low driver stage saturation voltage ( RS422-compatible (TIA / EIA standard)
Temperature and supply voltage monitor with error messaging
Amplified differential sensor signal, accessible for diagnostic purposes
Additional mode of operation (twofold line driver)
Hall effect proximity sensor - 1.6 - 3.6 V, 4.3 µA | AH1892
The AH1892 is a micropower magnetic range selectable (Bop/Brp) Omnipolar Hall effect switch IC with internal pull up and pull down capability, designed for consumer equipment ranging from portable and battery powered cellular phones and portable PCs to home appliances and industrial applications. To support battery powered equipment and low voltage...
Hall effect proximity sensor - 1.6 - 3.6 V, 4.3 µA | AH1892
The AH1892 is a micropower magnetic range selectable (Bop/Brp) Omnipolar Hall effect switch IC with internal pull up and pull down capability, designed for consumer equipment ranging from portable and battery powered cellular phones and portable PCs to home appliances and industrial applications. To support battery powered equipment and low voltage microcontrollers, the AH1892 can operate over the supply range of 1.6V to 3.6V and uses a hibernating clocking system to minimize the power consumption. The average supply current is only 4.3μA typical at 1.8V. Based on chopper stabilized architecture and ESD of 8kV on supply and output pins, the AH1892 provides reliable and robust solutions over the whole operating range. To minimize PCB space the AH1892 is packaged in the small and low profile U-WLB0707-4 (CSP 0.71mm x 0.71mm typical) or SOT553 leaded package The output is activated with either a north or south pole of sufficient magnetic field strength. The user can select one of two magnetic sensitivity bands via the BSEL pin without the addition of any external components allowing a flexible but small solution. The band select can be hardwired or be changed on the fly via a logic source such as a micro-controller. When the magnetic flux density (B) is larger than operate point (Bop), the output will be turned on (pulled low) and held until B is lower than release point (Brp).