PH3135-5S

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The PH3135-5S is an NPN silicon RF transistor designed primarily for use in amplified linear applications such as amplifiers, oscillators, and modulators. This type of transistor utilizes a combination of several components that work together to create very high frequency signals. In order for these components to work together, the transistor must be able to convert a low frequency signal into a high frequency signal, and the transistor must be able to maintain linearity even at very high frequencies. This is achieved through the use of three major components; the collector, base, and emitter.

The collector is typically the largest component and acts as a receptacle to the low frequency signal. The base acts as a contact point that allows the low frequency signal to be amplified and then sent to the emitter. The emitter then sends out the amplified signal at a much higher frequency. The PH3135-5S is capable of frequency conversion up to 50MHz.

The PH3135-5S is also capable of linear operation, meaning it can maintain linearity even at very high frequencies. This is achieved by the transistor\'s internal current flowing characteristics. The larger the current is, the greater its output voltage will be. It is also capable of bias regulation, which allows the transistor to easily switch from one operating point to another thus allowing for dynamic signal manipulation.

The PH3135-5S is used in a wide range of applications from radio and television transmission circuits to automotive audio systems. This transistor is also well suited for use in power amplifiers that require very high gain and dynamic range. In addition, it is also well suited for use in low noise amplifiers.

The PH3135-5S is an excellent choice for those applications that require high frequency signal conversion and linearity. With its wide frequency range, high power gain and excellent linearity characteristics it has quickly become a favorite for many audio and radio applications. This highly reliable and efficient transistor is a great choice for any application that requires high frequency operation and high performance.

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