HCPL-7851#200

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The HCPL-7851#200 is a high performance, low power, hermetically sealed optically isolated transistor output integrated logic gate. It is widely used in linear amplifiers, instrumentation, operational amplifiers, buffers, and driver applications. This device operates from a parallel or serial input and has two high gain outputs. It provides precise low voltage drive and excellent isolation characteristics.

The high speed linear amplifier is composed of the three main stages, Input stage, driver stage, and output stage. In the input stage, the input is inserted into the amplifier and the signal is regularly amplified. In the driver stage, the strengthened signal is delivered to the output stage. The output stage is where the amplified signal arrive. This amplifier also contains correcting stages when the amplified signal is different from the intended one.

Instrumentation amplifiers contain several op-amps and have the ability to amplify signals while rejecting noise and interference. The input circuit contains differential amplifiers and is used to reject common mode voltage from the input signals. These amplifiers use differential gain and then combine the resulting signals. This circuit allows the amplifier to amplify small signals without interference from the large ones.

Op-amps or operational amplifiers is one of the most used integrated circuits because it can amplify a signal directly. These amplifiers consist of three main stages, the input stage, the differential amplifiers and the output stage. The input stage accepts the input signals and the amplifiers are used to raise the signal with each successive stage. The output stage amplifies the signal further and is used to drive the load. The output from op-amps can also be used to control or drive other circuits.

Buffer amplifiers are designed to provide isolation between two circuits. They are used to provide voltage gain for signals and are an important part of linear circuits. As buffers, these amplifiers deliver the signal without actually changing the signal intensity. This helps ensure the signal maintains the same level regardless of the load. Buffers usually consist of multiple transistors and resistors connected in a complementary configuration.

Finally, the HCPL-7851#200 is an ideal driver amplifier for use in a variety of applications. It has a low voltage drive and excellent isolation characteristics, making it ideal for use in a line driver. It can be used to drive both parallel and serial inputs and its outputs can be used to drive other circuits. The device is hermetically sealed and provides precise low voltage drive.

The specific data is subject to PDF, and the above content is for reference