KUE325

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KUE325 is a highly efficient three-stage electrode amplifier circuit module designed for high-frequency applications. Its maximum power handling is 7.5 Watts at frequencies up to 30 kHz. The amplifier has an input impedance of 3000 Ohms and is capable of delivering an output voltage of 40V. It is ideal for use in switching power supplies, DC/DC converters, signal conditioning, and other small-signal applications.

KUE325 is an excellent choice for applications that require high frequency accuracy, voltage stability and low noise. The module operates by using three stages of amplification: an input stage, a filter stage and an output stage. In the input stage, the signal is applied to the base of the amplifier, boosting it to a higher voltage. The filter stage is required to properly filter out any noise and unwanted signals in the output, while the output stage is used to transfer the amplified signal to the desired output.

In order to maximize the performance of the KUE325 amplifier, the module is designed with built-in compensation circuitry. This circuitry allows the amplifier to maintain a high degree of linearity and stability over a wide range of frequencies and voltage levels. The module provides excellent noise suppression and high power handling capability. Additionally, the amplifier is equipped with a temperature-compensated current sensing circuit that ensures constant voltage output while minimizing the amount of power dissipated.

When it comes to installation, KUE325 is an easy-to-install module due to its light weight and small overall dimensions. The amplifier has an operating temperature range of 0° to 70° Celsius and an operating pressure of 10 to 90 mbar. In addition, the module is UL approved, making it an excellent choice for applications requiring safety performance.

KUE325 is an extremely versatile and reliable amplifier module for use in a variety of applications. It is ideal for use in switch mode DC/DC converters, power supplies, signal conditioning systems, and other small signal applications. The module is highly efficient and able to deliver a maximum power of 7.5 Watts at frequencies up to 30 kHz. Furthermore, the integrated compensation circuitry ensures that the output voltage remains stable and the noise levels remain low.

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