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Showing Results For: Hall Effect Sensor ICs

Hall Effect Sensor ICs

Hall Effect Sensor ICs are semiconductor devices that utilise the Hall effect principle to detect magnetic fields and convert them into electrical signals. These sensors are widely utilised in various applications due to their non-contact operation, reliability, and ability to measure magnetic fields with high precision. When exposed to a magnetic field, these materials produce a voltage proportional to the strength of the field, which the integrated circuit can then process. These sensors come in different configurations, each catering to specific needs in industries ranging from automotive to consumer electronics. The integration of these sensors into compact IC packages enhances their usability in space-constrained environments, offering robust performance under varying environmental conditions.

Building Materials for Hall Effect Sensor ICs

  • Silicon, gallium arsenide, or indium antimonide semiconductors.
  • Conductive metals for interconnects and encapsulation materials for protection.

Different Varieties Include

  • Linear Hall Effect Sensors
  • Digital Hall Effect Sensors
  • Latching Hall Effect Sensors

Unique Advantages of Using Hall Effect Sensor ICs

  • High sensitivity and accuracy
  • Non-contact sensing
  • Compact and durable design
  • Temperature stability
  • Reliable and precise measurement
  • Low maintenance due to non-contact operation
  • Suitable for harsh environments

Broad Range Applications 

  • Automotive Speed and Position Sensing
  • Brushless DC Motor Control
  • Proximity and Position Detection
  • Magnetic Field Measurement in Industrial Applications
  • Consumer Electronics and Gaming Devices

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DiodesZetex
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AH1892-Z-7, DiodesZetex
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£ 0.15
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BU52014HFV-TR, ROHM
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£ 0.83
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£ 0.63
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£ 0.60
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BU52040HFV-TR, ROHM
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Honeywell
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HMC1021S, Honeywell
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£ 5.28
Silicon Labs
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Si7212-B-00-IVR, Silicon Labs
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Silicon Labs
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Si7216-B-00-IVR, Silicon Labs
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Silicon Labs
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Si7206-B-00-IVR, Silicon Labs
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MX887DHTTR, IXYS
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£ 0.26
TLE4941PLUSCAAMA1, Infineon
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£ 1.94
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£ 1.65
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£ 1.46
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TLE4926CHTNE6547HAMA1, Infineon
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£ 1.65
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BU52012HFV-TR, ROHM
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BU52013HFV-TR, ROHM
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TCS11DLU(TE85L,F), Toshiba
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TLE49462LHALA1, Infineon
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Honeywell
HMC1001, Honeywell
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SS541AT, Honeywell
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MAX9926UAEE+, Maxim
36 In Stock
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£ 5.79
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£ 5.67
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£ 5.56
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MAX9927AEE+, Maxim
99 In Stock
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£ 3.74
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£ 3.15
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MAX9924UAUB+, Maxim
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AH1902-FA-7, DiodesZetex
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AH1894-Z-7, DiodesZetex
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AH3360-FA-7, DiodesZetex
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£ 0.12
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TLE493DA1B6HTSA1, Infineon
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TSH253CX RFG, Taiwan Semiconductor
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TSH251CT B0G, Taiwan Semiconductor
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New Items
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AH180N-WSG-7, DiodesZetex

AH180N-WSG-7, DiodesZetex

Hall Effect Switches & Latches, Diodes Inc Hall Effect Sensors, Diodes Inc A range of sensor ICs from Diodes Inc utilizing the Hall Effect to implement non-contact switching and sensing functions. Hall Effect ICs fall into three basic categories: Linear Sensors, Switches, and Latches. Linear Sensors have a linear analogue output proportional to magnetic field strength whilst Hall Effect Switches and Latches have a switching output and are activated by magnetic field proximity. Latching switches require a magnetic field of opposite polarity to respectively activate and deactivate the switched output. Hall Effect switches are also available with 2-wire current level operation.
New items
TSH190CT B0G, Taiwan Semiconductor

TSH190CT B0G, Taiwan Semiconductor

Hall Effect Switches & Latches, Taiwan Semiconductor A range of Hall Effect switches and latches from Taiwan Semiconductor available in both through-hole and SMT packages. Hall Effect Sensors, Taiwan Semiconductor
New items
MAX9926UAEE+, Maxim

MAX9926UAEE+, Maxim

Variable Reluctance Sensor Interface, Maxim Integrated Sensor Interfaces, Maxim Integrated
New items
MAX9927AEE+, Maxim

MAX9927AEE+, Maxim

Variable Reluctance Sensor Interface, Maxim Integrated Sensor Interfaces, Maxim Integrated
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A1230LLTR-TM12, Allegro Microsystems

A1230LLTR-TM12, Allegro Microsystems

A1230 Dual Channel Quadrature Hall Effect Bipolar Switch, Allegro Microsystems The Allegro Microsystems A1230 is a dual-channel, bipolar switch with two Hall-effect sensing elements. Each element provides a separate digital output for speed and direction signal processing. The Hall elements are aligned with an accuracy greater than 1 μm. This accuracy makes it ideal for use in ring magnet based, speed and direction systems located in harsh automotive and industrial environments. The A1230 contains two independent Hall-effect bipolar switches located 1 mm apart. The digital outputs are out of phase so the outputs are in quadrature when interfaced with the proper ring magnet design. Low-drift amplifiers guarantee symmetry between the switches. The Allegro high-frequency chopper-stabilisation cancels offsets in each channel providing stable operation over the full specified temperature and voltage ranges. The A1230 is available in a plastic 8-pin SOIC surface mount package and a plastic 4-pin SIP. AEC-Q100 automotive qualified Two matched Hall-effect switches on a single substrate 1 mm Hall element spacing Superior temperature stability and industry-leading jitter performance through use of advanced chopper stabilisation topology Integrated LDO regulator provides 3.3 V operation Integrated ESD protection from outputs and VCC to ground High-sensitivity switchpoints Robust structure for EMC protection Reverse-battery protection on supply and both output pins Hall Effect Sensors, Allegro MicroSystems
New items
MAX9924UAUB+, Maxim

MAX9924UAUB+, Maxim

Variable Reluctance Sensor Interface, Maxim Integrated Sensor Interfaces, Maxim Integrated
New items
TLE4913, Infineon

TLE4913, Infineon

Hall Effect Switches, Infineon A range of Hall Effect switching ICs from Infineon available with both standard and latching operation. Hall Effect Sensors, Infineon A range of integrated circuits from Infineon utilizing the Hall Effect to implement non-contact switching and sensing functions. Hall Effect ICs fall into three basic categories: Linear Sensors, Switches, and Latches. Linear Sensors have a linear analogue output proportional to magnetic field strength whilst Hall Effect Switches and Latches have a switching output and are activated by magnetic field proximity. Latching switches require a magnetic field of opposite polarity to respectively activate and deactivate the switched output. Hall Effect switches are also available with 2-wire current level operation.
New items
TSH181CX RFG, Taiwan Semiconductor

TSH181CX RFG, Taiwan Semiconductor

Hall Effect Switches & Latches, Taiwan Semiconductor A range of Hall Effect switches and latches from Taiwan Semiconductor available in both through-hole and SMT packages. Hall Effect Sensors, Taiwan Semiconductor
New items
AN48841B-NL, Panasonic

AN48841B-NL, Panasonic

High Sensitivity Hall Effect IC, Panasonic Hall Effect Sensors, Panasonic
New items
TSH253CX RFG, Taiwan Semiconductor

TSH253CX RFG, Taiwan Semiconductor

Hall Effect Switches & Latches, Taiwan Semiconductor A range of Hall Effect switches and latches from Taiwan Semiconductor available in both through-hole and SMT packages. Hall Effect Sensors, Taiwan Semiconductor
New items
AH9247NTR-G1, DiodesZetex

AH9247NTR-G1, DiodesZetex

Hall Effect Switches & Latches, Diodes Inc Hall Effect Sensors, Diodes Inc A range of sensor ICs from Diodes Inc utilizing the Hall Effect to implement non-contact switching and sensing functions. Hall Effect ICs fall into three basic categories: Linear Sensors, Switches, and Latches. Linear Sensors have a linear analogue output proportional to magnetic field strength whilst Hall Effect Switches and Latches have a switching output and are activated by magnetic field proximity. Latching switches require a magnetic field of opposite polarity to respectively activate and deactivate the switched output. Hall Effect switches are also available with 2-wire current level operation.
New items
AH9248NTR-G1, DiodesZetex

AH9248NTR-G1, DiodesZetex

Hall Effect Switches & Latches, Diodes Inc Hall Effect Sensors, Diodes Inc A range of sensor ICs from Diodes Inc utilizing the Hall Effect to implement non-contact switching and sensing functions. Hall Effect ICs fall into three basic categories: Linear Sensors, Switches, and Latches. Linear Sensors have a linear analogue output proportional to magnetic field strength whilst Hall Effect Switches and Latches have a switching output and are activated by magnetic field proximity. Latching switches require a magnetic field of opposite polarity to respectively activate and deactivate the switched output. Hall Effect switches are also available with 2-wire current level operation.
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