Two-Channel Distributed System Interface (DSI) Physical Interface Device

The 33790 is a two-channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in nonautomotive applications. It supports bidirectional communication between slave and masterICs. Some slave devices derive a

Two-Channel Distributed System Interface (DSI) Physical Interface Device

The 33790 is a two-channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in nonautomotive applications. It supports bidirectional communication between slave and masterICs. Some slave devices derive a

Two-Channel Distributed System Interface (DSI) Physical Interface Device

Two-Channel Distributed System Interface (DSI) Physical Interface Device The 33790 is a dual channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in non automotive applications. It supports bidirect

Two-Channel Distributed System Interface (DSI) Physical Interface Device

The 33790 is a two-channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in nonautomotive applications. It supports bidirectional communication between slave and masterICs. Some slave devices derive a

Two-Channel Distributed System Interface (DSI) Physical Interface Device

The 33790 is a two-channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in nonautomotive applications. It supports bidirectional communication between slave and masterICs. Some slave devices derive a

Two-Channel Distributed System Interface (DSI) Physical Interface Device

Two-Channel Distributed System Interface (DSI) Physical Interface Device The 33790 is a dual channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in non automotive applications. It supports bidirect

Two-Channel Distributed System Interface (DSI) Physical Interface Device

The 33790 is a two-channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in nonautomotive applications. It supports bidirectional communication between slave and masterICs. Some slave devices derive a

Two-Channel Distributed System Interface (DSI) Physical Interface Device

The 33790 is a two-channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in nonautomotive applications. It supports bidirectional communication between slave and masterICs. Some slave devices derive a

Two-Channel Distributed System Interface (DSI) Physical Interface Device

The 33790 is a two-channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in nonautomotive applications. It supports bidirectional communication between slave and masterICs. Some slave devices derive a

Two-Channel Distributed System Interface (DSI) Physical Interface Device

The 33790 is a two-channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in nonautomotive applications. It supports bidirectional communication between slave and masterICs. Some slave devices derive a

Two-Channel Distributed System Interface (DSI) Physical Interface Device

The 33790 is a two-channel physical layer interface IC for the Distributed System Interface (DSI) bus. It is designed to meet automotive requirements. It can also be used in nonautomotive applications. It supports bidirectional communication between slave and masterICs. Some slave devices derive a

Distributed System Interface (DSI) Sensor Interface

Distributed System Interface (DSI) Sensor Interface

Distributed System Interface (DSI) Sensor Interface The 33793 is a slave Distributed System Interface (DSI) device that is optimized as a sensor interface. The device contains circuits to power sensors such as accelerometers and to digitize the analog level from the sensor. The device is c

Distributed System Interface (DSI) Sensor Interface

Distributed System Interface (DSI) Sensor Interface The 33793 is a slave Distributed System Interface (DSI) device that is optimized as a sensor interface. The device contains circuits to power sensors such as accelerometers and to digitize the analog level from the sensor. The device is c

Distributed System Interface (DSI) Sensor Interface

Distributed System Interface (DSI) Sensor Interface The 33793 is a slave Distributed System Interface (DSI) device that is optimized as a sensor interface. The device contains circuits to power sensors such as accelerometers and to digitize the analog level from the sensor. The device is controll

Distributed System Interface (DSI) Sensor Interface

Distributed System Interface (DSI) Sensor Interface The 33793 is a slave Distributed System Interface (DSI) device that is optimized as a sensor interface. The device contains circuits to power sensors such as accelerometers and to digitize the analog level from the sensor. The device is controll

Distributed System Interface (DSI) Sensor Interface

Distributed System Interface (DSI) Sensor Interface The 33793 is a slave Distributed System Interface (DSI) device that is optimized as a sensor interface. The device contains circuits to power sensors such as accelerometers and to digitize the analog level from the sensor. The device is c

Electric Field Imaging Device

The 33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created. The 33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is adjus

Electric Field Imaging Device

The MC33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created.,The MC33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is ad

Electric Field Imaging Device

The 33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created. The 33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is adjus

Electric Field Imaging Device

The 33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created. The 33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is adjus

Electric Field Imaging Device

The 33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created. The 33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is adjus

Electric Field Imaging Device

The 33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created. The 33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is adjus

Electric Field Imaging Device

The 33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created. The 33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is adjus

Electric Field Imaging Device

The 33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created. The 33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is adjus

Electric Field Imaging Device

The MC33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created.,The MC33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is ad

Electric Field Imaging Device

The MC33794 is intended for applications where noncontact sensing of objects is desired. When connected to external electrodes, an electric field is created.,The MC33794 is intended for use in detecting objects in this electric field. The IC generates a low-frequency sine wave. The frequency is ad

Four Channel Squib Driver IC

The Four Channel Squib Driver IC is a complete squib diagnostic and deployment interface for use in automotive air bag modules. Extensive diagnostics and system control features are incorporated to provide fail-safe operation. The device contains a serial peripheral interface (SPI) compatible 8-bi

Four Channel Squib Driver IC

Four Channel Squib Driver IC The Four Channel Squib Driver IC is a complete squib diagnostic and deployment interface for use in automotive air bag modules. Extensive diagnostics and system control features are incorporated to provide fail-safe operation. The device contains a serial peripheral i

Four Channel Squib Driver IC

The Four Channel Squib Driver IC is a complete squib diagnostic and deployment interface for use in automotive air bag modules. Extensive diagnostics and system control features are incorporated to provide fail-safe operation. The device contains a serial peripheral interface (SPI) compatible 8-bi

Four Channel Squib Driver IC

Four Channel Squib Driver IC The Four Channel Squib Driver IC is a complete squib diagnostic and deployment interface for use in automotive air bag modules. Extensive diagnostics and system control features are incorporated to provide fail-safe operation. The device contains a serial peripheral i

Four Channel Squib Driver IC

The Four Channel Squib Driver IC is a complete squib diagnostic and deployment interface for use in automotive air bag modules. Extensive diagnostics and system control features are incorporated to provide fail-safe operation. The device contains a serial peripheral interface (SPI) compatible 8-bi

Two-Channel Distributed System Interface (DSI) Physical Interface Device

文件：429.11 Kbytes Page：12 Pages

Two Channel Distributed System Interface (DSI) Physical Interface Device

Two-Channel Distributed System Interface (DSI) Physical Interface Device

文件：429.11 Kbytes Page：12 Pages

封装/外壳：16-SOIC（0.295"，7.50mm 宽） 包装：管件 描述：IC DSI INTERFACE 2CH 16SOIC 集成电路（IC） 传感器和检测器接口

封装/外壳：16-SOIC（0.295"，7.50mm 宽） 包装：管件 描述：IC DSI INTERFACE 2CH 16SOIC 集成电路（IC） 传感器和检测器接口

Proximity Sensor

Electric Field Imaging Device

Electric Field Imaging Device

Electric Field Imaging Device

Squib Driver, Airbag, 4 ch, 2 amps, high side, low side, drivers & diagnostic, SPI, SOIC 32

Digitally Controllable Off-Line CV/CC QR Flyback Switcher IC with Integrated High-Voltage Switch, Synchronous Rectification and FluxLink Feedback

Digitally Controlled via I2C Interface • Dynamic adjustment of power supply voltage and current • Telemetry for power supply status and fault monitoring • Comprehensive set of configurable protection features • PowiGaN™ technology – up to 100 W without heatsinks (INN3378C, INN3379C and INN337

Nylon Cable Clamps

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FL MC 2000T

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Heyco짰 Nylon Cable Clamps

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Output Power Transformer

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