Linkman

Level sensor (float type) always OFF　ELS10300Z

Floating type level sensor (ELS series) using floating is always OFF and ON when floating moves to the wire side.

Linkman

Level sensor (float type) always ON　ELS10400Z

Float type level sensor (ELS series) using floating is always on, and turns off when floating moves to the wire side.

TDK

Humidity sensor　CHS-MSS

Analog output humidity sensor module.
When a 5 V power supply is supplied with a built-in electronic circuit, a DC voltage of 0-1 V for 0 ~ 100%Rh is output on a linear scale. It can be directly connected to the A/D input of the microcomputer without the complicated drive circuit and linearization of conventional humidity sensor elements.

EPCOS

Thermistor NTC5Ω　B57235S0509M000

UL Certified
Epcos Current Limit S235/S236/S237/S364 Series

EPCOS

Thermistor NTC 10 Ω　B57235S0100M000

UL Certified
Epcos Current Limit S235/S236/S237/S364 Series

EPCOS

Thermistor NTC 500 mΩ 1 Bag (5 Pieces)　B57127P0508M301

UL1434 (File No. E69802)
EPCOS B57127P0.. M301 NTC thermistor (for limiting inrush current)

EPCOS

Thermistor NTC 1Ω 1 Bag (5 Pieces)　B57127P0109M301

UL1434 (File No. E69802)
EPCOS B57127P0.. M301 NTC thermistor (for limiting inrush current)

EPCOS

Thermistor NTC 5 Ω 1 Bag (5 Pieces)　B57127P0509M301

UL1434 (File No. E69802)
EPCOS B57127P0.. M301 NTC thermistor (for limiting inrush current)

EPCOS

Thermistor NTC7 Ω 1 Bag (5 Pieces)　B57127P0709M301

UL1434 (File No. E69802)
EPCOS B57127P0.. M301 NTC thermistor (for limiting inrush current)

Murata

Thermistor NTC 10 kΩ 1 Bag (20 Pieces)　NCU18XH103F60RB

UL1434
Murata NTC Thermistor SMT-NCU 18 Series

Murata

Thermistor NTC 10 kΩ 1 Bag (20 Pieces)　NCU18XH103F6SRB

UL1434
Murata NTC Thermistor SMT-NCU 18 Series

ROHM

Temperature Sensor IC ±2.5°C Analog 2.4~5.5 V 5-Pin HVSOP 1 Bag (15 Pieces)　BD1020HFV-TR

BD1020HFV, Analog Output Temperature Sensor IC, ROHM Semiconductor

Sensirion

SDP810-125Pa Sensirion, Differential Pressure Sensor +125Pa 4-Pin　SDP810-125Pa

SDP8xx Digital Differential Pressure Sensors. The Sensirion SDP800 series of Digital differential pressure sensors offer superb performance and are targeted at high-volume applications. These sensors are for use with air or other non-aggressive gases and deliver accurate and stable results covering a range of up to +/-500 Pa(+/-2 inch H20 / +/-5 mbar) even at very low differential pressures. Featuring a 2-wire interface, the SDP800 series from Sensirion are made to easily connect to a microprocessor. Suitable for high-quality mass production, the CMOS technology is the ideal choice for demanding and cost-sensitive OEM applications. High process capability and great signal to noise ratio make the CMOSens Technology highly reliable and give it great long-term stability.

Alps Alpine

Alps Alpine, RDC1022A05 Resistive Linear Position Sensor　RDC1022A05

Alps Alpine

Alps Alpine, RDC9010006 Resistive Linear Position Sensor　RDC9010006

Microchip

Microchip MCP9701-E/TO, Voltage Temperature Sensor -10 → +125 °C ±2°C Analogue, 3-Pin TO-92　MCP9701-E/TO

MCP9700/9701 Thermistor ICs. The MCP9700/9701 series of thermistor ICs convert temperature to analogue voltage. A key advantage of this series of thermistor IC is it's resistance to parasitic capacitance and the ability to drive large capacitive loads. Applications include temperature monitoring, office equipment, home appliances, entertainment systems, hard disk drives, battery packs and any application that needs to measure a relative change in temperature.

Microchip

Microchip MCP9700T-E/TT, Voltage Temperature Sensor -40 → +125 °C ±1°C Analogue, 3-Pin SOT-23　MCP9700T-E/TT

MCP9700/9701 Thermistor ICs. The MCP9700/9701 series of thermistor ICs convert temperature to analogue voltage. A key advantage of this series of thermistor IC is it's resistance to parasitic capacitance and the ability to drive large capacitive loads. Applications include temperature monitoring, office equipment, home appliances, entertainment systems, hard disk drives, battery packs and any application that needs to measure a relative change in temperature.

Microchip

Microchip MCP9800A0T-M/OT, Temperature Converter -55 → +125 °C ±0.5°C Serial-I2C, SMBus, 5-Pin SOT-23　MCP9800A0T-M/OT

MCP9800/1/2/3 High Accuracy Temperature Converters. The MCP9800/1/2/3 series of high accuracy temperature converters have a 2Wire serial interface and convert temperatures of -55°C to +125°C to a digital output. Applications include PCs, servers, hard disk drives, mobile phones, office equipment, data communication equipment and entertainment systems.

Microchip

Microchip TC622VAT, Temperature Sensor -40 → +125 °C ±5°C Analogue, 5-Pin TO-220　TC622VAT

TC622/624 Single Trip Point Temperature Sensors. The TC622/624 single trip point temperature sensors sense ambient temperature. The ambient temperature is then compared to a pre-programmable temperature set by the user with an external resistor. The sensors are ideal for consumer electronics, CPU thermal management, fire & heat detection, power supply over-temperature detection, UPS, amplifier and motor applications.

Microchip

Microchip TCN75AVUA, Temperature Converter -55 → +125 °C ±1°C Serial-I2C, SMBus, 8-Pin MSOP　TCN75AVUA

TCN75 Temperature Converters. The TCN75 series of temperature converters have a 2Wire serial interface and convert temperatures between -40°C and +125°C to a digital output. Applications include PCs, servers, hard disk drives, entertainment systems, office equipment and data communications equipment.

Allegro Microsystems

A1101ELHLT-T Allegro Microsystems, Unipolar Hall Effect Sensor Switch, 3-Pin SOT-23　A1101ELHLT-T

A1101/2/3/4/6 Hall Effect Sensor Switch, Allegro Microsystems. The Allegro A1101/2/3/4 and A1106 Hall-effect switches are produced with BiCMOS technology enabling fast power-on time and low-noise operation. Device programming is performed after packaging, to ensure increased switch-point accuracy by eliminating offsets that could be induced by package stress. Unique Hall element geometries and low offset amplifiers minimise noise and to reduce the residual offset voltage normally caused by device over-molding and thermal stress. The Allegro A1101/2/3/4 and A1106 a voltage regulator, Hall voltage generator, small-signal amplifier, Schmitt trigger, and NMOS output transistor. The integrated voltage regulator permits operation from 3.8 V to 24 V and on-board protection circuitry provides a ±30 V absolute maximum voltage rating. All devices in the family are identical except for magnetic switchpoint levels. Continuous-time operation with fast power-on time and low noise Stable operation over full operating temperature range Reverse battery protection Solid-state reliability Factory-programmed at end of line for optimum performance Robust EMC performance High ESD rating Regulator stability without a bypass capacitor

Allegro Microsystems

ACS712ELCTR-05B-T Allegro Microsystems, Linear Hall Effect Sensor, 8-Pin SOIC　ACS712ELCTR-05B-T

Up to 50A Integrated Current Sensor ICs, Allegro MicroSystems. Current sensing package with flip-chip technology 3000 Vrms galvanic isolation High accuracy over temperature Typical output error of 1%

Allegro Microsystems

ACS712ELCTR-20A-T Allegro Microsystems, Linear Hall Effect Sensor, 8-Pin SOIC　ACS712ELCTR-20A-T

Up to 50A Integrated Current Sensor ICs, Allegro MicroSystems. Current sensing package with flip-chip technology 3000 Vrms galvanic isolation High accuracy over temperature Typical output error of 1%

Allegro Microsystems

A1120EUA-T Allegro Microsystems, Unipolar Hall Effect Sensor Switch, 3-Pin SIP　A1120EUA-T

A1120/1/2/3/5 Chopper Stabilised Hall Effect Sensor Switches, Allegro Microsystems. The Allegro Microsystems A1120, A1121, A1122, A1123, and A1125 Hall-effect, unipolar switches are temperature-stable and stress-resistant sensor ICs. High temperature performance is made possible through dynamic offset cancellation, which reduces the residual offset voltage normally caused by device over-molding, temperature dependencies, and thermal stress. They include a voltage regulator, Hall-voltage generator, small-signal amplifier, chopper stabilisation, Schmitt trigger, and a short circuit protected open-drain output to sink up to 25 mA. The voltage regulator enables supply voltages of 3 V to 24 V. For the A1120, A1121, A1122, and A1123, a south pole turns on the output and removal turns off the output. For the A1125, it is reversed and the south pole turns off the A1125 output. Unipolar switchpoints Resistant to physical stress Superior temperature stability Output short circuit protection Operation from unregulated supply

Allegro Microsystems

A1102EUA-T Allegro Microsystems, Unipolar Hall Effect Sensor Switch, 3-Pin Ultra Mini SIP　A1102EUA-T

A1101/2/3/4/6 Hall Effect Sensor Switch, Allegro Microsystems. The Allegro A1101/2/3/4 and A1106 Hall-effect switches are produced with BiCMOS technology enabling fast power-on time and low-noise operation. Device programming is performed after packaging, to ensure increased switch-point accuracy by eliminating offsets that could be induced by package stress. Unique Hall element geometries and low offset amplifiers minimise noise and to reduce the residual offset voltage normally caused by device over-molding and thermal stress. The Allegro A1101/2/3/4 and A1106 a voltage regulator, Hall voltage generator, small-signal amplifier, Schmitt trigger, and NMOS output transistor. The integrated voltage regulator permits operation from 3.8 V to 24 V and on-board protection circuitry provides a ±30 V absolute maximum voltage rating. All devices in the family are identical except for magnetic switchpoint levels. Continuous-time operation with fast power-on time and low noise Stable operation over full operating temperature range Reverse battery protection Solid-state reliability Factory-programmed at end of line for optimum performance Robust EMC performance High ESD rating Regulator stability without a bypass capacitor

Allegro Microsystems

ACS758LCB-050B-PFF-T Allegro Microsystems, Linear Hall Effect Sensor, 5-Pin CB PFF　ACS758LCB-050B-PFF-T

50A to 200A Integrated Current Sensor ICs, Allegro MicroSystems. Allegro Current sensor ICs in CA and CB packages Conductor resistance of 100 μΩ typical for ultra low-power loss Automotive grade options for harsh applications environments 3000 Vrms galvanic isolation

DiodesZetex

AH1751-PG-A-A DiodesZetex, Bipolar Latch Hall Effect Sensor, 3-Pin SIP-3　AH1751-PG-A-A

Hall Effect Switches & Latches, Diodes Inc

Allegro Microsystems

A1120LUA-T Allegro Microsystems, Unipolar Hall Effect Sensor, 3-Pin SIP　A1120LUA-T

A1120/1/2/3/5 Chopper Stabilised Hall Effect Sensor Switches, Allegro Microsystems. The Allegro Microsystems A1120, A1121, A1122, A1123, and A1125 Hall-effect, unipolar switches are temperature-stable and stress-resistant sensor ICs. High temperature performance is made possible through dynamic offset cancellation, which reduces the residual offset voltage normally caused by device over-molding, temperature dependencies, and thermal stress. They include a voltage regulator, Hall-voltage generator, small-signal amplifier, chopper stabilisation, Schmitt trigger, and a short circuit protected open-drain output to sink up to 25 mA. The voltage regulator enables supply voltages of 3 V to 24 V. For the A1120, A1121, A1122, and A1123, a south pole turns on the output and removal turns off the output. For the A1125, it is reversed and the south pole turns off the A1125 output. Unipolar switchpoints Resistant to physical stress Superior temperature stability Output short circuit protection Operation from unregulated supply

Allegro Microsystems

ACS758LCB-100U-PFF-T Allegro Microsystems, Linear Hall Effect Sensor, 5-Pin CB　ACS758LCB-100U-PFF-T

50A to 200A Integrated Current Sensor ICs, Allegro MicroSystems. Allegro Current sensor ICs in CA and CB packages Conductor resistance of 100 μΩ typical for ultra low-power loss Automotive grade options for harsh applications environments 3000 Vrms galvanic isolation

Allegro Microsystems

ACS758LCB-050U-PFF-T Allegro Microsystems, Linear Hall Effect Sensor, 5-Pin CB　ACS758LCB-050U-PFF-T

50A to 200A Integrated Current Sensor ICs, Allegro MicroSystems. Allegro Current sensor ICs in CA and CB packages Conductor resistance of 100 μΩ typical for ultra low-power loss Automotive grade options for harsh applications environments 3000 Vrms galvanic isolation

Sensirion

Sensirion SHT25, Temperature & Humidity Sensor -40 → +125 °C ±1.8%RH Serial-I2C, 6-Pin DFN　SHT25

SHT2x Digital Humidity & Temperature Sensors. The Sensirion SHT2x series of DFN digital humidity & temperature sensors are CMOSens® based. They are an industry standard, widely used humidity and temperature sensor. Humidity is measured using a capacitive sensor while temperature is measured using a band-gap sensor. The SHT2x sensors also contain a version 4 silicon chip with an amplifier, A/D converter, OTP memory and a digital interface. They come in a plastic package which leaves the sensor area open, protecting the devices from external impact and providing long-term stability. SHT2x sensors are ideal for both high and low volume applications. The SHT21P has a PWM output and the SHT21S has a PDM output; these can be converted into analogue outputs by the use of suitable low-pass filters. SHT20 - Low cost, SHT21 - Standard, SHT25 - High Accuracy. CMOSens® based technology Fully calibrated I²C serial interface (Not SHT21P/SHT21S) Digital output Low power consumption Long-term stability Supply voltage range: 2.1 to 3.6 V. The following sensors are available:. < 123-7351') 123-7351/ · SHT20 · I²C Digital output < 786-5554') 786-5554/ · SHT21 · I²C Digital output < 876-5055') 876-5055/ · SHT21P · PWM output < 876-5064') 876-5064/ · SHT21S · PDM output < 727-6226') 727-6226/ · SHT25 · I²C Digital output

Microchip

Microchip TC1047AVNBTR, Voltage Temperature Sensor -40 → +125 °C ±2°C Analogue, 3-Pin SOT-23B　TC1047AVNBTR

TC1046/47 Temperature-to-Voltage Converters. The TC1046/47 series of temperature-to-voltage converters measure temperatures between -40° to +125°C, with the output voltage being directly proportional to that of the temperature being measured. Applications include mobile phones, temperature regulators, temperature controlled fans and temperature measurement. Features; 2.7 V to 4.4 V supply voltage range

Microchip

Microchip TCN75AVOA, Temperature Converter -55 → +125 °C ±1°C Serial-I2C, SMBus, 8-Pin SOIC　TCN75AVOA

TCN75 Temperature Converters. The TCN75 series of temperature converters have a 2Wire serial interface and convert temperatures between -40°C and +125°C to a digital output. Applications include PCs, servers, hard disk drives, entertainment systems, office equipment and data communications equipment.

Microchip

Microchip MCP9700T-E/LT, Voltage Temperature Sensor -40 → +125 °C ±4°C Analogue, 5-Pin SC-70　MCP9700T-E/LT

MCP9700/9701 Thermistor ICs. The MCP9700/9701 series of thermistor ICs convert temperature to analogue voltage. A key advantage of this series of thermistor IC is it's resistance to parasitic capacitance and the ability to drive large capacitive loads. Applications include temperature monitoring, office equipment, home appliances, entertainment systems, hard disk drives, battery packs and any application that needs to measure a relative change in temperature.

Microchip

Microchip MCP9701A-E/TO, Voltage Temperature Sensor -40 → +125 °C ±1°C Analogue, 3-Pin TO-92　MCP9701A-E/TO

MCP9700/9701 Thermistor ICs. The MCP9700/9701 series of thermistor ICs convert temperature to analogue voltage. A key advantage of this series of thermistor IC is it's resistance to parasitic capacitance and the ability to drive large capacitive loads. Applications include temperature monitoring, office equipment, home appliances, entertainment systems, hard disk drives, battery packs and any application that needs to measure a relative change in temperature.

Microchip

Microchip MCP9701AT-E/TT, Voltage Temperature Sensor -40 → +125 °C ±2°C Analogue, 3-Pin SOT-23　MCP9701AT-E/TT

MCP9700/9701 Thermistor ICs. The MCP9700/9701 series of thermistor ICs convert temperature to analogue voltage. A key advantage of this series of thermistor IC is it's resistance to parasitic capacitance and the ability to drive large capacitive loads. Applications include temperature monitoring, office equipment, home appliances, entertainment systems, hard disk drives, battery packs and any application that needs to measure a relative change in temperature.

Allegro Microsystems

A1126LLHLT-T Allegro Microsystems, Omnipolar Hall Effect Sensor, 3-Pin SOT-23　A1126LLHLT-T

A1126 Chopper Stabilised Omnipolar Hall Effect Sensor Switches, Allegro Microsystems. The Allegro Microsystems A1126 is an omnipolar, ultrasensitive Hall-effect switch with a digital output. They include a voltage regulator, Hall-voltage generator, small-signal amplifier, chopper stabilisation, Schmitt trigger, and a short circuit protected open-drain output. This device has an integrated regulator permitting operation to 24 V. They are suitable for operation through extended temperature ranges from -40°C to 150°C. Activation the A1126 with either a north or a south polarity and without a magnetic field, the output is off. This magnetic polarity independence makes it an excellent replacement for reed switches. It also simplifies manufacturing as it does not require the magnets to be orientated. The A1126 is rated for operation between the ambient temperatures –40°C to 150°C. AEC-Q100 automotive qualified Omnipolar operation High speed, 4-phase chopper stabilisation Low switchpoint drift Superior temperature stability Insensitive to physical stress Reverse-battery protection Robust EMC capability Robust ESD

Allegro Microsystems

A1324LUA-T Allegro Microsystems, Linear Hall Effect Sensor, 3-Pin SIP　A1324LUA-T

A1324/5/6 Linear Hall Effect Sensor with Analogue Output, Allegra Microsystems. The Allegro A1324/5/6 linear Hall-effect sensor ICs provide a voltage output that is proportional to the applied magnetic field. Featuring a quiescent voltage output of 50% of the supply voltage and are pre-programmed to sensitivities of 5.0 mV/g, 3.125 mV/g, and 2.5 mV/g, respectively. Each IC integrates a Hall element, temperature-compensating circuitry, a small-signal high-gain amplifier, a clamped low-impedance output stage, and a proprietary dynamic offset cancellation technique. Available in a 3-pin ultra-mini SIP package, and a 3-pin surface mount SOT-23 package. Temperature-stable quiescent output voltage and sensitivity Output voltage proportional to magnetic flux density Low-noise output increases accuracy Precise recoverability after temperature cycling Ratiometric rail-to-rail output Wide ambient temperature range: –40°C to 150°C Immune to mechanical stress Solid-state reliability Enhanced EMC performance for stringent automotive applications

Allegro Microsystems

A1324LLHLT-T Allegro Microsystems, Linear Hall Effect Sensor, 3-Pin SOT-23　A1324LLHLT-T

A1324/5/6 Linear Hall Effect Sensor with Analogue Output, Allegra Microsystems. The Allegro A1324/5/6 linear Hall-effect sensor ICs provide a voltage output that is proportional to the applied magnetic field. Featuring a quiescent voltage output of 50% of the supply voltage and are pre-programmed to sensitivities of 5.0 mV/g, 3.125 mV/g, and 2.5 mV/g, respectively. Each IC integrates a Hall element, temperature-compensating circuitry, a small-signal high-gain amplifier, a clamped low-impedance output stage, and a proprietary dynamic offset cancellation technique. Available in a 3-pin ultra-mini SIP package, and a 3-pin surface mount SOT-23 package. Temperature-stable quiescent output voltage and sensitivity Output voltage proportional to magnetic flux density Low-noise output increases accuracy Precise recoverability after temperature cycling Ratiometric rail-to-rail output Wide ambient temperature range: –40°C to 150°C Immune to mechanical stress Solid-state reliability Enhanced EMC performance for stringent automotive applications

Allegro Microsystems

A1326LLHLT-T Allegro Microsystems, Linear Hall Effect Sensor, 3-Pin SOT-23　A1326LLHLT-T

A1324/5/6 Linear Hall Effect Sensor with Analogue Output, Allegra Microsystems. The Allegro A1324/5/6 linear Hall-effect sensor ICs provide a voltage output that is proportional to the applied magnetic field. Featuring a quiescent voltage output of 50% of the supply voltage and are pre-programmed to sensitivities of 5.0 mV/g, 3.125 mV/g, and 2.5 mV/g, respectively. Each IC integrates a Hall element, temperature-compensating circuitry, a small-signal high-gain amplifier, a clamped low-impedance output stage, and a proprietary dynamic offset cancellation technique. Available in a 3-pin ultra-mini SIP package, and a 3-pin surface mount SOT-23 package. Temperature-stable quiescent output voltage and sensitivity Output voltage proportional to magnetic flux density Low-noise output increases accuracy Precise recoverability after temperature cycling Ratiometric rail-to-rail output Wide ambient temperature range: –40°C to 150°C Immune to mechanical stress Solid-state reliability Enhanced EMC performance for stringent automotive applications