TLP292(E

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TLP292(E) is a type of optoisolator, also known as an optocoupler. This optoisolator is specifically designed for applications where high-speed electrical isolation is required. It is widely used in many applications including: data transmission systems, power supplies, motor controllers, embedded systems, and instrumentation. The TLP292(E) is a photocoupler that utilizes a gallium arsenide infrared LED connected in series with a transistor output.

The way the TLP292(E) works is by converting optical signals into electrical signals. It is designed to safely separate the input and output circuits, providing enhanced isolation between them. It is also designed to have a peak collector current of 500mA and a continuous current of 250mA. Furthermore, this optoisolator is designed to be compatible with a wide variety of control signals, such as TTL logic gates, emitter follower circuits, and logic level controllers.

The TLP292E is available in a 4-pin DIP package, with the following features:

• Isolation Voltage (Rated): 6500Vrms
• VCE (Max): 50V
• Ic (Max): 500 mA
• Power Dissipation: 300 mW
• Output Configuration: Photovoltaic Output
• Operating Temperature Range: -55°C to +125°C

The TLP292(E) can be used in a wide variety of applications, as it provides a variety of features, such as fast switching response and high isolation capability. This optoisolator can be used for data transmission systems such as RS-232, for power supplies such as AC power supplies, for motor controllers, for embedded systems, and for instrumentation. It is also used to control a variety of digital logic signals, such as TTL logic gates, emitter follower circuits, and logic level controllers.

In summary, the TLP292(E) is a high-speed optoisolator designed for applications where isolation is required. It provides a peak collector current of 500mA, can be used to control a variety of digital logic signals, and is available in a 4-pin DIP package. It is well-suited for use in data transmission systems, power supplies, motor controllers, embedded systems, and instrumentation.

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