EMH9T2R Discrete Semiconductor Products

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The EMH9T2R is an integrated circuit that belongs to the Transistors - Bipolar (BJT) - Arrays, Pre-Biased category. This component is an essential component for many electronic devices, especially those that rely on transistors for power or signal amplification. The EMH9T2R is designed with an array of eight pre-biased NPN transistors that work together to amplify power and signals.

Application Field

The EMH9T2R can be used for applications like power supply switching and power amplifiers for audio and video systems, as well as for A/D converters and D/A converters. The ability to regulate current flow makes the EMH9T2R suitable for many types of digital circuits. It can also be used in applications like motor control, frequency modulation, and logic gate switching.

Working Principle

The EMH9T2R contains a set of pre-biased NPN transistors that operate in much the same way a resistor works. When the power supply turns on, these transistors open up and allow an amount of current to flow. The flow of current is controlled by the resistors in the integrated circuit. This allows for precise current flow and can be used to amplify both power and signals.

The EMH9T2R contains a pair of collector and base resistors. These resistors are used to control the current flow that enters the transistors. They also help to ensure that the integrated circuit is not damaged by excess current. When the base current is increased, the transistors open up and allow more current to flow. This will increase the output power that can be obtained from the integrated circuit. On the other hand, decreasing the base current will decrease the current flow and the output power.

The EMH9T2R has a wide range of applications and is an essential part of many electronic devices. It is designed to provide precise power and signal amplification with its efficient operation and its array of pre-biased NPN transistors. Its ability to regulate current also makes it ideal for applications like motor control, frequency modulation, and logic gate switching.

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