B32926E3206M

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Film capacitors, also known as plastic capacitors, polyethylene capacitors, or polymer film capacitors, are constructed from a plastic film as the dielectric material along with metalized electrodes, which are electrically connected to the terminating leads. Among them, B32926E3206M is a high-performance film capacitor from EPCOS. Its features make it applicable to various fields, and its working principle is relatively simple.

Application Field of B32926E3206M

With its reliable performance, B32926E3206M film capacitor is able to withstand very high temperature up to +155°C and maintain stable non-inductive characteristics. Therefore, it has been widely used in power supplies, motor circuits, and switch circuits, especially in industrial fields. In addition, ultra-short-term programs such as high-current DC circuits or high in-rush currents can also benefit from its reliable performance.

Moreover, B32926E3206M is applicable to AC ripple filtering in low frequency circuits, filtering of low noise signals, and also serves as snubber across power semiconductors such as IGBTs, ultrafast diodes, and other power devices.

Working Principle of B32926E3206M

The working principle of B32926E3206M film capacitor is relatively simple. Basically, when a capacitor is connected across a supply, it acts like a buffer and stabilizes the current, enabling the device to maintain the same operating voltage. It works by dissipating the excess energy from the circuits in the form of heat, reducing the amount of voltage and current that is present in the circuit.

When the power supply is disconnected, the capacitor will discharge slowly and return the current stored in the capacitor back to the power source. During this process, the capacitor prevents huge changes in the current, allowing the device to run smoothly.

Conclusion

B32926E3206M film capacitor is a high-performance and reliable product from EPCOS. It can withstand very high temperature up to +155°C and maintain stable non-inductive characteristics. Moreover, it is widely used in industrial fields, such as power supplies, motor circuits, and switch circuits. Its operating principle is fairly simple. It acts like a buffer and dissipates the excess energy from the circuits in the form of heat, reducing the amount of voltage and current that is present in the circuit.

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