Current Sensors
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three phase current measurement sensor Amphenol HCSP 3BS 1200 with galvanic separation and analog output
Product Overview The Piher Sensing Systems HCSP-3BS is a three-phase open-loop current sensor designed for accurate measurement of AC and DC currents. Utilizing Hall effect technology, it provides a ratiometric analog output voltage signal proportional to the current flowing through the conductor. This non-intrusive sensor offers galvanic separation between power and control, ensuring compatibility with Infineon HybridPack and featuring press-fit contacts for solderless
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Busbar Mounting Hall Effect Current Sensor Amphenol HCSP-1BS-0700 with Galvanic Separation Technology
Product Overview The Piher HCSP-1BS is an open-loop Hall effect current transducer designed for accurate AC and DC current measurement. It features a simple analog ratiometric output and busbar mounting for non-intrusive technology. This sensor provides galvanic separation between power and control and operates across a wide temperature range, making it ideal for automotive battery management, motor control, EV motor inverters, and DC/DC converters. Product Attributes Brand:
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Three Phase Current Sensor with Press Fit Contacts Amphenol HCSP-3BS-1000 Hall Effect Technology
Product Overview The Piher Sensing Systems HCSP-3BS is a three-phase open-loop current sensor designed for accurate measurement of AC and DC currents. Utilizing Hall effect technology, it provides a ratiometric analog output voltage signal proportional to the current flowing through the conductor. This non-intrusive sensor offers galvanic separation between power and control, ensuring compatibility with Infineon HybridPack. Its press-fit contacts eliminate the need for
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Busbar mounted Hall effect current sensor Amphenol HCSP-1BS-0900 for motor control and battery systems
Product Overview The Piher HCSP-1BS family of open-loop current sensors utilizes Hall effect technology to provide a ratiometric analog output voltage signal proportional to the measured AC and DC current. Designed for busbar mounting, these sensors offer non-intrusive measurement with galvanic separation between power and control circuits. They are ideal for accurate current measurement in automotive battery management and motor control applications, including EV motor
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Galvanic Separated Current Sensor Amphenol HCSP-1BS-0800 with Busbar Mounting and Analog Voltage Output
Product Overview The Piher Sensing Systems HCSP-1BS family of open-loop current sensors utilizes Hall effect technology to provide a ratiometric analog output voltage signal proportional to the measured AC and DC current. Designed for non-intrusive measurement, these sensors offer galvanic separation between power and control circuits. They are ideal for accurate current measurement in automotive battery management, motor control, EV motor inverters, and DC/DC converters,
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Open Loop Current Transducer Amphenol HCSP-1BS-0300 Hall Effect Busbar Mount Analog Output Voltage
Product Overview The Piher HCSP-1BS is an open-loop current transducer utilizing Hall effect technology to provide a simple analog ratiometric output voltage proportional to the measured AC and DC current. Designed for busbar mounting, this non-intrusive sensor offers galvanic separation between power and control circuits. It is ideal for accurate current measurement in automotive battery management, motor control, EV motor inverters, and DC/DC converters, operating reliably
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three phase current sensor Amphenol HCSP-3BS-1100 suitable for wide temperature range and busbar mounting
Product Overview The Piher Sensing Systems HCSP-3BS is a three-phase open-loop current sensor designed for accurate measurement of AC and DC currents. Utilizing Hall effect technology, it provides a ratiometric analog output voltage proportional to the current flowing through the conductor. This non-intrusive sensor offers galvanic separation between power and control, ensuring compatibility with Infineon HybridPack and featuring press-fit contacts for solderless integration.
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Allegro ACS37612LLUALU-005B5 Hall effect sensor for AC DC current sensing in harsh automotive environments
Product Overview The Allegro ACS37612 is a coreless, high-precision, Hall-effect current sensor IC designed for low-cost AC and DC current sensing solutions. It eliminates the need for external field concentrator cores or shields, making it ideal for applications with high currents flowing through busbars or PCB traces. The device features differential sensing topology for common-mode stray magnetic field rejection, high isolation, and a fast response time (
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Fast response current sensor ALLEGRO ACS37002LMABTR-066B3 with adjustable fault threshold and trimmed measurement accuracy
Product Overview The ACS37002 is a fully integrated Hall-effect current sensor designed for high-accuracy current monitoring. It features factory trimming for precise measurements across its operating range, eliminating the need for customer programming. Differential sensing effectively cancels out common-mode magnetic fields. The device offers externally configurable functional features, including four adjustable sensitivity levels via two logic gain selection pins. A fast
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High Precision Coreless Hall Effect Sensor Allegro ACS37612LLUALU015B5 for PCB Trace Current Sensing
Product Overview The Allegro ACS37612 is a coreless, high-precision Hall-effect current sensor IC designed for low-cost AC and DC current sensing in applications handling hundreds of amps. It eliminates the need for external field concentrator cores or shields, sensing current flowing through a busbar or PCB trace. The differential sensing topology ensures high accuracy by rejecting common-mode stray magnetic fields. With high isolation achieved through its contactless nature
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Hall effect current sensor Allegro ACS772ECBTV-250B-PFF-T with galvanic isolation and loss features
Product Overview The Allegro ACS772 family of current sensor ICs offers economical and precise solutions for AC or DC current sensing. These Hall-effect-based sensors are ideal for applications such as motor control, load detection and management, power supply and DC-to-DC converter control, and inverter control. Featuring a 2.5 s response time for overcurrent fault detection, they provide a galvanically isolated, analog output voltage (VOUT) that varies linearly with the
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Automotive grade current sensor Allegro ACS781KLRTR 150B T with lead finish of 100 percent matte tin
Product Overview The Allegro ACS781xLR is a fully integrated, automotive-grade linear Hall-effect-based current sensor IC designed for high-precision AC and DC current sensing up to 100 A. It features a core-less, low-profile package with a very small footprint, ideal for space-constrained applications. The sensor utilizes Hall sensor technology with common-mode field rejection for optimal performance in the presence of interfering magnetic fields. It offers ultra-low power
