536EB212M500DG

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Introduction

The 536EB212M500DG is an oscillator manufactured by HAEFELY Hipotronics. As part of the E Series, the oscillator is primarily designed for test and measurement applications. It is a frequency controlled voltage source oscillator, and is capable of supplying transients in both the low and high voltage ranges. In order to use the oscillator in any application, it is important to understand its application field and working principle.

Application Field

The 536EB212M500DG is suitable for various test and measurement applications. It can be used for testing insulation, ground fault detection, and other high voltage testing applications. It is also suitable for test applications such as generator control, motor control, harmonic ripple testing, power electronics, and so on. Moreover, the oscillator can be used for both low and high voltage transients. Its wide range of applications make it a suitable choice for a variety of test and measurement applications.

Working Principle

The 536EB212M500DG works based on a frequency controlled voltage source oscillator. In this system, the frequency is set by the user, and then the voltage is generated based on the chosen frequency. The voltage can be adjusted from 0-2500V, and can be used for both low and high voltage transients. Additionally, the oscillator’s frequency can be adjusted in the range of 0-3MHz. In order to use the oscillator, the user must connect it to the load, input an appropriate voltage or frequency, and select the desired mode of operation. The oscillator will then provide a transient voltage output corresponding to the user’s selection.

Conclusion

The 536EB212M500DG is an oscillator manufactured by HAEFELY Hipotronics. Designed primarily for test and measurement applications, it is a frequency controlled voltage source oscillator capable of supplying transients in both the low and high voltage ranges. It can be used for a variety of applications, including insulation testing, ground fault detection, and generator or motor control. In order to use the oscillator, the user must connect it to the load, input an appropriate voltage or frequency, and select the desired mode of operation. The oscillator will then provide a transient voltage output that corresponds to the user’s selection.

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