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NTC Thermistors
811
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285
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381
Sensor, Transducer Amplifiers
7
Specialized Sensors
33
Analog and Digital Output
548
Linear, Compass (ICs)
819
Float, Level Sensors
42
Force Sensors, Load Cells
6
Humidity, Moisture Sensors
120
Position, Proximity, Speed (Modules)
5
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258
Camera Modules
13
Particle, Dust Sensors
9
Photoresistors
39
Angle, Linear Position Measuring
417
Sensor, Transducer Accessories
5
Ultrasonic Receivers, Transmitters
44
Switches (Solid State)
23
Current Sensors
469
Vibration Sensors
23
Ambient Light, IR, UV Sensors
495
Safety Light Curtains
0
Proximity Sensors
56
Encoders
6
Strain Gauges
5
Photo Detectors - Remote Receiver
2
Multifunction
55
Photodiodes
44
Flow Switch
31
Pressure Transmitters
1
PTC Thermistors
6
Tilt Switches
0
Image Sensors, Camera
8
Photointerrupters - Slot Type - Transistor Output
3
Differential Pressure Transmitters
0
Particulate Matter (PM) Transmitters
13
Photointerrupters - Slot Type - Logic Output
5
Distance Measuring
0
Thermocouples, Temperature Probes
0
Photo Detectors - Logic Output
10
Compass, Magnetic Field (Modules)
217
Multi Purpose Magnets
2
Phototransistors
7
Optical Motion Sensors
47
Thermostats - Mechanical
0
Sensor Interface Junction Blocks
0
IrDA Transceiver Modules
6
LVDT Transducers (Linear Variable Differential Transformer)
0
Sensor Matched Magnets
0
Shock Sensors
0
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0
IMUs (Inertial Measurement Units)
4
Sensor Cable Accessories
1
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0
Reflective - Analog Output
1
Inclinometers (ICs)
0
Sensor Cable Assemblies
0
Photo Detectors - CdS Cells
0
Liquid Sensor
0
RTD (Resistance Temperature Detector)
0

Current Sensors

  • quality Modular Current Measurement Device Isabellenhuette IVT-S-500-U3-I-CAN1-12/24 with CAN 2.0a Interface factory

    Modular Current Measurement Device Isabellenhuette IVT-S-500-U3-I-CAN1-12/24 with CAN 2.0a Interface

    Product OverviewThe IVT-S is a high-precision current measurement system designed for DC applications, particularly in the automotive sector. It features a modular design for adaptability and offers continuous current measurement up to 2500 A, with automatic range extension for higher peak currents. Utilizing a shunt-based method with a 16-bit ADC and CAN 2.0a communication, it ensures fast system integration. Applications include hybrid and electric drives, UPS systems,

  • quality Industrial electronic current measurement device LEM HAS500-S with Hall effect and insulated plastic case factory

    Industrial electronic current measurement device LEM HAS500-S with Hall effect and insulated plastic case

    Product OverviewThe LEM HAS 50..600-S is a current transducer for the electronic measurement of DC, AC, and pulsed currents with galvanic separation between primary and secondary circuits. It features a Hall effect measuring principle and an insulating plastic case made of polycarbonate PBT. Key advantages include easy mounting, low power consumption, small size, a single design for wide current ratings, and high immunity to external interference. This transducer is designed

  • quality Current transducer LEM HTFS 200-P with single 5 volt power supply and high immunity to external interference factory

    Current transducer LEM HTFS 200-P with single 5 volt power supply and high immunity to external interference

    Current Transducer HTFS 200 ... 800-PThe HTFS 200-800-P is a current transducer designed for the electronic measurement of DC, AC, and pulsed currents, providing galvanic separation between the primary and secondary circuits. It features a Hall effect measuring principle, low power consumption, a single +5V power supply, and a ratiometric offset. The transducer is housed in an insulating plastic case recognized according to UL 94-V0 and is fastened by M3 nuts and screws. Its

  • quality Shunt based current measurement solution Isabellenhuette IVT-S-1K-U0-I-CAN1-12/24 with 16 bit ADC and CAN 2.0a interface factory

    Shunt based current measurement solution Isabellenhuette IVT-S-1K-U0-I-CAN1-12/24 with 16 bit ADC and CAN 2.0a interface

    IVT-S High Precision Current MeasurementThe IVT-S is a high-precision current measurement system designed for DC applications, particularly in the automotive and industrial sectors. Its modular design offers flexibility for custom adaptations. The system utilizes a shunt-based measurement method with a 16-bit ADC and communicates via a CAN 2.0a interface, with a CAN description file (CAN-dbc) available for easy integration. It supports continuous current measurement up to

  • quality High precision DC current measurement Isabellenhuette IVT-S-300-U0-I-CAN1-12/24 with 16 bit ADC and CAN interface factory

    High precision DC current measurement Isabellenhuette IVT-S-300-U0-I-CAN1-12/24 with 16 bit ADC and CAN interface

    Product OverviewThe IVT-S is a high-precision current measurement system designed for DC applications, particularly in the automotive and industrial sectors. Its modular design allows for flexible adaptation to customer requirements. The system offers continuous current measurement up to 2500 A with automatic range extension for higher currents. It utilizes a shunt-based measurement method with a 16-bit ADC and communicates via a CAN 2.0a interface, supported by a provided

  • quality DC current measurement device Isabellenhuette IVT-S-500-U3-I-CAN2-12/24 for automotive sector integration factory

    DC current measurement device Isabellenhuette IVT-S-500-U3-I-CAN2-12/24 for automotive sector integration

    Product OverviewThe IVT-S is a high-precision current measurement system designed for DC applications, particularly in the automotive sector. It features a modular design for flexibility and adaptability to customer requirements in automotive and industrial areas. The system offers continuous current measurement up to 2500 A, with automatic range extension for higher peak currents. It utilizes a shunt-based measurement method with a 16-bit ADC and communicates via a CAN 2.0a

  • quality Current sensor system Isabellenhuette IVT-S-500-U0-I-CAN1-12/24 with UL94 V0 rated PCB and connectors factory

    Current sensor system Isabellenhuette IVT-S-500-U0-I-CAN1-12/24 with UL94 V0 rated PCB and connectors

    Product OverviewThe IVT-S is a high-precision current measurement system designed for DC applications, particularly in the automotive and industrial sectors. It features a modular design for flexibility and offers continuous current measurement up to 2500 A with automatic range extension for higher peak currents. Utilizing a shunt-based method with a 16-bit ADC, it communicates via a CAN 2.0a interface, supported by a CAN description file for easy integration.Product

  • quality Hall Effect Automotive Current Transducer LEM HC5F500-S with Open Loop Design and 500 Ampere Measuring Range factory

    Hall Effect Automotive Current Transducer LEM HC5F500-S with Open Loop Design and 500 Ampere Measuring Range

    Product OverviewThe LEM HC5F500-S is an open-loop automotive current transducer utilizing Hall effect technology for the electronic measurement of DC, AC, or pulsed currents. It provides galvanic isolation between the high-power primary circuit and the low-voltage electronic secondary circuit. Designed for automotive applications, it offers a choice of peak current ranges within a single housing, featuring good accuracy, linearity, and low thermal drift.Product AttributesBran

  • quality High precision current measurement system Isabellenhuette IVT-S-1K-U3-I-CAN1-12/24 with 16 bit ADC and CAN bus interface factory

    High precision current measurement system Isabellenhuette IVT-S-1K-U3-I-CAN1-12/24 with 16 bit ADC and CAN bus interface

    Product OverviewThe IVT-S is a high-precision current measurement system designed for DC applications, particularly in the automotive sector. Its modular design offers flexibility for rapid adaptation to customer requirements in both automotive and industrial environments. The system utilizes a shunt-based measurement method with a 16-bit analog-to-digital converter and communicates via a CAN bus 2.0a interface. It supports continuous current measurement up to 2500 A, with

  • quality Hall effect current sensor LEM LT108-S7SP12 designed for precise DC AC and pulse current measurement factory

    Hall effect current sensor LEM LT108-S7SP12 designed for precise DC AC and pulse current measurement

    Product Overview The LEM LT 108-S7/SP12 is a closed-loop (compensated) current sensor utilizing Hall effect technology. It is designed for measuring DC, AC, and pulse currents with galvanic isolation between the primary and secondary sides. The sensor offers excellent accuracy, good linearity, low temperature drift, and a wide bandwidth, making it suitable for various industrial applications. Product Attributes Brand: LEM Certifications: UL 94-V0, EN 50178, IEC 61010-1

  • quality Isabellenhuette IVT S 100 U0 I CAN2 12 24 modular current measurement system with continuous 2500 A range factory

    Isabellenhuette IVT S 100 U0 I CAN2 12 24 modular current measurement system with continuous 2500 A range

    Product OverviewThe IVT-S is a high-precision current measurement system designed for DC applications, particularly in the automotive sector. Its modular design offers flexibility for rapid adaptation to customer requirements in automotive and industrial environments. Utilizing a shunt-based measurement method with a 16-bit ADC, it provides continuous current measurement up to 2500 A, with automatic range extension for higher peak currents. Communication is facilitated via a

  • quality Closed Loop Fluxgate Current Transducer LEM CKSR 25-NP with Enhanced Accuracy and Insulation Features factory

    Closed Loop Fluxgate Current Transducer LEM CKSR 25-NP with Enhanced Accuracy and Insulation Features

    Product OverviewThe CAS/CASR/CKSR series current transducers from LEM offer highly accurate, insulated measurements from 1.5 to 50 ARMS. Utilizing advanced Closed Loop Fluxgate technology, these transducers provide superior performance in demanding power electronics applications, including drives and inverters. They are designed to meet market needs for enhanced accuracy over temperature ranges, low thermal drift, improved common mode influence, and faster response times, all