Documentos Técnicos
Especificaciones
Brand
DiodesZetexTipo de Sensor
Sensores de efecto Hall
Tipo de montaje
Through Hole
Tipo Magnético
Bipolar, bloqueo
Tensión de Alimentación Máxima de Funcionamiento
20 V
Tensión de Alimentación de Funcionamiento Mínima
3.5 V
Tipo de Encapsulado
SIP-3
Conteo de Pines
3
Temperatura máxima de funcionamiento
125 °C
Temperatura Mínima de Operación
-40 ºC
País de Origen
China
Datos del producto
Bloqueos e interruptores de efecto Hall, 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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€ 0,254
Each (In a Pack of 10) (Sin IVA)
10
€ 0,254
Each (In a Pack of 10) (Sin IVA)
10
Documentos Técnicos
Especificaciones
Brand
DiodesZetexTipo de Sensor
Sensores de efecto Hall
Tipo de montaje
Through Hole
Tipo Magnético
Bipolar, bloqueo
Tensión de Alimentación Máxima de Funcionamiento
20 V
Tensión de Alimentación de Funcionamiento Mínima
3.5 V
Tipo de Encapsulado
SIP-3
Conteo de Pines
3
Temperatura máxima de funcionamiento
125 °C
Temperatura Mínima de Operación
-40 ºC
País de Origen
China
Datos del producto
Bloqueos e interruptores de efecto Hall, 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.