Model/Brand/Package
Category/Description
Inventory
Price
Data
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Category: Hall sensorDescription: Diodes Inc ### Magnetic resistance sensor, Diodes Inc72575+$22.992850+$22.0102200+$21.4600500+$21.32241000+$21.18492500+$21.02765000+$20.92947500+$20.8311 -
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Category: Hall sensorDescription: Diodes Inc ### The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.95275+$6.270825+$5.806350+$5.4811100+$5.3418500+$5.24892500+$5.13275000+$5.086310000+$5.0166 -
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Category: Hall sensorDescription: Hall effect switches and latches, Dior Inc # # # Hall effect sensors, a series of Dior Inc sensor ICs that utilize the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.56865+$1.692925+$1.567550+$1.4797100+$1.4421500+$1.41702500+$1.38575000+$1.373110000+$1.3543 -
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Category: Hall sensorDescription: Diodes Inc ### The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.46325+$2.224825+$2.060050+$1.9446100+$1.8952500+$1.86222500+$1.82105000+$1.804610000+$1.7798 -
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Category: Hall sensorDescription: Hall effect switches and latches, Dior Inc # # # Hall effect sensors, a series of Dior Inc sensor ICs that utilize the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.42655+$2.077725+$1.923850+$1.8160100+$1.7699500+$1.73912500+$1.70065000+$1.685210000+$1.6621 -
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Category: Hall sensorDescription: Diodes Inc ### The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.18045+$5.848225+$5.415050+$5.1118100+$4.9818500+$4.89522500+$4.78695000+$4.743510000+$4.6786 -
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Category: Hall sensorDescription: Hall effect switches and latches, Dior Inc # # # Hall effect sensors, a series of Dior Inc sensor ICs that utilize the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.15405+$2.727025+$2.525050+$2.3836100+$2.3230500+$2.28262500+$2.23215000+$2.211910000+$2.1816 -
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Category: Hall sensorDescription: Hall effect switches and latches, Dior Inc # # # Hall effect sensors, a series of Dior Inc sensor ICs that utilize the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.91935+$4.981525+$4.612550+$4.3542100+$4.2435500+$4.16972500+$4.07755000+$4.040610000+$3.9852 -
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Category: Hall sensorDescription: Diodes Inc ### The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.18505+$5.316325+$4.922550+$4.6468100+$4.5287500+$4.44992500+$4.35155000+$4.312110000+$4.2530 -
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Category: Hall sensorDescription: Diodes Inc72875+$2.619025+$2.425050+$2.2892100+$2.2310500+$2.19222500+$2.14375000+$2.124310000+$2.0952 -
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Category: Hall sensorDescription: Diodes Inc ### The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.83905+$6.222225+$5.761350+$5.4386100+$5.3004500+$5.20822500+$5.09295000+$5.046910000+$4.9777 -
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Category: Hall sensorDescription: Diodes Inc33125+$5.616025+$5.200050+$4.9088100+$4.7840500+$4.70082500+$4.59685000+$4.555210000+$4.4928 -
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Category: Hall sensorDescription: Diodes Inc ### The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.68535+$2.754025+$2.550050+$2.4072100+$2.3460500+$2.30522500+$2.25425000+$2.233810000+$2.2032 -
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Category: Hall sensorDescription: Diodes Inc72265+$4.596825+$4.256350+$4.0179100+$3.9158500+$3.84772500+$3.76255000+$3.728510000+$3.6774 -
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Category: Hall sensorDescription: Diodes Inc ### The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.74315+$3.391225+$3.140050+$2.9642100+$2.8888500+$2.83862500+$2.77585000+$2.750610000+$2.7130 -
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Category: Hall sensorDescription: Diodes Inc15825+$3.538425+$3.276350+$3.0928100+$3.0142500+$2.96172500+$2.89625000+$2.870010000+$2.8307 -
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Category: Hall sensorDescription: Diodes Inc ### The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.2392 -
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Category: Hall sensorDescription: Diodes Inc The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.7251 -
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Category: Hall sensorDescription: Diodes Inc ### The Hall effect sensor, a series of Dior Inc sensor ICs, utilizes the Hall effect to implement non-contact switching and sensing functions. Hall effect integrated circuits are divided into three basic categories: linear sensors, switches, and latches. Linear sensors have a linear analog output proportional to the magnetic field strength, while Hall effect switches and latches have a switch output that can be activated by magnetic field proximity. The latch switch requires magnetic fields of opposite polarity to activate and deactivate the switch output separately. Hall effect switches also have 2-wire current level operation.1522 -
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Category: Hall sensorDescription: Diodes Inc 一系列 Diodes Inc 传感器 IC 利用霍尔效应实施非接触切换和感应功能。 霍尔效应集成电路分为三个基本类别：线性传感器、开关和闩锁。 线性传感器具有与磁场强度成比例的线性模拟输出，而霍尔效应开关和闩锁具有一个开关输出，可通过磁场接近激活。 闩锁开关需要相反极性的磁场来分别激活和停用开关输出。 霍尔效应开关还具有 2 线电流水平操作。3245 -
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Category: Hall sensorDescription: Diodes Inc ### 霍耳效应传感器，Diodes Inc 一系列 Diodes Inc 传感器 IC 利用霍尔效应实施非接触切换和感应功能。 霍尔效应集成电路分为三个基本类别：线性传感器、开关和闩锁。 线性传感器具有与磁场强度成比例的线性模拟输出，而霍尔效应开关和闩锁具有一个开关输出，可通过磁场接近激活。 闩锁开关需要相反极性的磁场来分别激活和停用开关输出。 霍尔效应开关还具有 2 线电流水平操作。2908 -
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Category: Hall sensorDescription: Diodes Inc 一系列 Diodes Inc 传感器 IC 利用霍尔效应实施非接触切换和感应功能。 霍尔效应集成电路分为三个基本类别：线性传感器、开关和闩锁。 线性传感器具有与磁场强度成比例的线性模拟输出，而霍尔效应开关和闩锁具有一个开关输出，可通过磁场接近激活。 闩锁开关需要相反极性的磁场来分别激活和停用开关输出。 霍尔效应开关还具有 2 线电流水平操作。1343
