MA4P7441F-1091T Discrete Semiconductor Products

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The MA4P7441F-1091T is a broadband, directionally tuned, silicon PIN diode (RF) used in high power applications. It is designed for superior performance and is capable of handling high power up to 10 W CW. The MA4P7441F-1091T provides excellent peak power, low insertion loss, and high input/output isolation.

The MA4P7441F-1091T is widely used in RF applications such as: cellular base stations, public safety radios, military communications, and satellite communications. It can be used to provide gain/attenuation control, selectivity/time diversity, or isolation between components within a system.

The MA4P7441F-1091T utilizes a tuned, Schottky diode to achieve high voltage operability and a PIN diode for excellent high power performance. The PIN diode provides low insertion loss, high power handling, and fast switch times. Since the PIN diode is not affected by temperature or applied voltage, it is ideal for applications that require high reliability.

The MA4P7441F-1091T operates on the principle of RF electrical conduction and when a voltage is applied across the PIN diode, a small current flows. When the forward bias voltage is increased, the current flow increases exponentially, thus providing gain/attenuation control. The PIN diode can be further tuned by varying the applied bias voltage or the frequency.

The MA4P7441F-1091T is a robust device that offers excellent peak power and high input/output isolation options. It also provides excellent linearity, low insertion loss, and fast switching times. Its high voltage operability and high power handling capacity make it an ideal choice for RF applications.

The MA4P7441F-1091T provides excellent performance in RF applications due to its properly tuned, Schottky diode and PIN diode. It has the ability to provide gain/attenuation control, selectivity/time diversity, and high input/output isolation for efficient system operation. The PIN diode also does not suffer from temperature or voltage effects, making it an ideal choice for applications that require reliable performance.

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