PD85035S-E

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PD85035S-E is a power amplifier module designed specifically for RF applications. It is a Small-Signal Modulus designed for use in manufacturing plants, commercial buildings, and other applications requiring high-power RF transmission. This module is capable of transmitting up to 40W at a frequency range of 20MHz to 2.4GHz.

PD85035S-E is a single-stage or two-stage amplifier designed for high-power RF applications. The power supply used in the module is a simple one-phase AC supply, providing a 12V DC supply for the amplifier. The module is designed with a power transistor, allowing a great amount of power to be transmitted with a small amount of obstruction.

The operating principle of the PD85035S-E module involves the use of a FET (Field Effect Transistor) drive. The FET drive is used to switch the power transistor on and off to produce a high-power high-frequency signal. The signal is then amplified by the power transistor and sent through the antenna, providing an output signal of up to 40W.

Once the signal is amplified, it is then sent through the antenna and radiated into the environment. The frequency of the radiating signal is controlled by the frequency tuning circuitry on the module. The module also has an independent input power limiter, meaning that the maximum power allowed to enter the module will be limited.

The PD85035S-E module is designed for high-power RF applications and can be used in a wide range of applications. It is designed to provide a reliable, high-power RF transmission with a small amount of impedance, allowing for an effective transmission in a wide range of environments. The independent input power limiter ensures that the maximum amount of power entering the module is limited, reducing the amount of interference that the signal will produce.

The PD85035S-E module is an effective device for providing a high-power, high-frequency RF signal. It uses a FET drive to switch the power transistor on and off to produce a high-power high-frequency signal, which is then sent through the antenna and radiated into the environment. The module also has an independent input power limiter, which helps to reduce the amount of interference produced.

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