Documentos Técnicos
Especificaciones
Brand
DiodesZetexTipo de Sensor
Sensores de efecto Hall
Tipo de montaje
Through Hole
Tipo Magnético
Bipolar
Tensión de Alimentación Máxima de Funcionamiento
20 V
Tensión de Alimentación de Funcionamiento Mínima
2.2 V
Tipo de Encapsulado
SIP
Conteo de Pines
3
Máxima Temperatura de Funcionamiento
125 °C
Mínima Temperatura de Funcionamiento
–40 °C
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.
Price on asking
Each (In a Pack of 10) (Sin IVA)
Estándar
10
Price on asking
Each (In a Pack of 10) (Sin IVA)
Estándar
10
Información de stock no disponible temporalmente.
Vuelva a verificar más tarde.
Documentos Técnicos
Especificaciones
Brand
DiodesZetexTipo de Sensor
Sensores de efecto Hall
Tipo de montaje
Through Hole
Tipo Magnético
Bipolar
Tensión de Alimentación Máxima de Funcionamiento
20 V
Tensión de Alimentación de Funcionamiento Mínima
2.2 V
Tipo de Encapsulado
SIP
Conteo de Pines
3
Máxima Temperatura de Funcionamiento
125 °C
Mínima Temperatura de Funcionamiento
–40 °C
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.