EZP-E50806MTA

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Film capacitors are widely used in the market today due to their superior properties, such as high frequency response, low losses, excellent stability, high capacitance values, and good insulating properties. The EZP-E50806MTA is a film capacitor with a rated voltage of 50 V and an insulation resistance of >1000MΩ.

The EZP-E50806MTA film capacitor has a variety of applications, including AC motor starters, power factor correcting circuits, and other motor applications. It can also be used in power supplies, broadband and audio equipment, medical applications, lighting products, and surge protection.

The EZP-E50806MTA film capacitor utilizes a special blended polymer insulation material and a very efficient electrode system to provide excellent performance. This electrode system rapidly interacts with the capacitive material to allow a low dielectric absorption, providing low leakage current and excellent long-term stability.

The capacitor also utilizes a special stacking system to create a very low equivalent series resistance (ESR), which ensures high-frequency stability and high energy-dissipation capability. The capacitor comes with an embedded electrode design, which eliminates the need for an additional shield and provides better thermal dissipation capabilities.

The EZP-E50806MTA film capacitor is also designed with a high working temperature range of up to +125°C and a multiple layer design, which provides excellent stability and high capacitance values, thus delivering more efficient performance. Additionally, the capacitor has a long life span and can withstand high shock and vibration levels.

In summary, the EZP-E50806MTA film capacitor is an excellent choice for a variety of applications including AC motor starters, power factor correcting circuits and other motor applications. The capacitor has a high rated voltage of 50V, an insulation resistance of >1000MΩ, excellent stability, high capacitance values, and good insulating properties. It also has a high working temperature range and long life span. The design also ensures low ESR and better thermal dissipation capabilities.

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