EZP-E1B206MTA

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Film capacitors are a type of capacitor known for their high quality, reliability and resistance to extreme temperatures, humidity and electrical stress. EZP-E1B206MTA is a film capacitor manufactured by Cornell Dubilier (CDI). The EZP-E1B206MTA uses polypropylene film, a low-cost and lightweight dielectric material. It exhibits excellent dielectric properties and low leakage current.

The EZP-E1B206MTA is a radial-leaded, non-polarized capacitor. This makes the device suitable for applications where the polarity does not need to be reversed. It is rated for a voltage of 250V AC, a capacitance of 4.7μF and a temperature range of -40 to +105 degrees Celsius. The capacitor is UL-recognized and is certified for safety use in audiovisual, appliances, and other UL-recognized applications.

The EZP-E1B206MTA is typically used in AC motors, lighting and lighting controls, and in power supplies, universal motors and induction heating applications. It is also well suited for surge suppression, audio crossover networks and signal conditioning applications. The capacitor\'s low ESR (equivalent series resistance) allows it to filter out higher-frequency noise, making it ideal for filtering applications. Its low leakage current and good electrical stability make it suitable for long-term stability in high temperature and low voltage applications.

The EZP-E1B206MTA has a maximum operating temperature of +85 degrees Celsius and dielectric strength of >25000VAC. The device is also highly resistant to moisture, shocks, vibration and other environmental conditions. Its silver-plated brass capacitance terminals offer excellent electrical conductivity and reliability.

The EZP-E1B206MTA works similarly to other film capacitors. Its polypropylene dielectric acts as an insulating barrier between the capacitor\'s two electrodes. A current flows through the capacitor due to the difference in electric potential between the two electrodes. This flow of current generates an electrostatic field across the dielectric material and a corresponding electric field between the two electrodes.

When an AC signal is applied to the capacitor, the oscillating fields generate electric charges on either side of the capacitor. These charges are then stored in the capacitor, creating a charge distribution within the dielectric. This distribution leads to a voltage across the capacitor proportional to the applied electric field (dc bias voltage) and the capacitance of the device. The amount of energy stored in the capacitor is equal to the capacity of the capacitor multiplied by the square of the applied voltage.

In summary, the EZP-E1B206MTA is a high-quality, reliable, low-cost film capacitor suitable for a wide range of applications, including AC motors, power supplies, audio crossover networks, surge suppression and inductive heating. Its low leakage current and wide temperature range make it ideal for long-term stability in high temperature and low voltage applications. The capacitor also exhibits excellent dielectric properties and dielectric strength, making it suitable for filtering applications.

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