PUMD16,115 Discrete Semiconductor Products

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UTC 16,115 transistors are a type of pre-biased three-terminal unipolar Bipolar Junction Transistor (BJT) array which allows a designer greater flexibility in the creation of distributed amplification systems. The UTC 16,115 features a wide gain-bandwidth product (G) and low noise along with a relatively low power consumption, making it an ideal solution for Distributed Amplification and other applications where gain and speed are key performance considerations.

Overview of the UTC 16,115

The UTC 16,115 is a three-terminal, unipolar Bipolar Junction Transistor (BJT) array with a maximum operating voltage of 16V. It has an integrated resistor that serves as the emitter bias when the array is connected to supply voltage. Each device in the UTC 16,115 can be individually enabled or disabled via a separate control line. When not enabled, the device is kept in an “open-emitter” condition, thus removing any load from the external circuitry.

Application Fields and Examples

The UTC 16,115 can be used in a variety of applications including distributed amplification systems, high-speed circuits, and power supply circuits. It is most commonly used in distributed amplification systems, where its wide range of gains, high-speed operation, and low noise characteristics make it well-suited to this type of application. The array can also be used in high-speed circuits, where its high-gain behavior allows for higher precision implementations and improved reliability. The UTC 16,115 is also suitable for use in power supply circuits where its wide range of gains and low-noise operation allows for improved power efficiency.

Working Principle

The UTC 16,115 transistor array operates according to a simple linear analog principle. The voltage at its base terminal is determined by the bias resistor and the forward-biased junction between the collector and base regions, creating an electric field that causes current to travel up the base region, which in turn triggers current to move up the collector junction. The device’s gain is determined by the ratio of collector current to the base current, allowing for greater flexibility in design. The device is also capable of operating at high speeds, allowing for faster response time.

Conclusion

The UTC 16,115 transistor array is an excellent solution for distributed amplification systems, high-speed circuits, and power supply circuits. It’s wide range of gains, high-speed operation, and low noise characteristics make it an ideal solution in such applications. Its large bandwidth and low power consumption make it a perfect choice for designers who require high performance and reliability in their applications.

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