ECW-H10683HV

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Film capacitors are components which are formed by thin plastic film separated by thin metal foil and wound into a roll-shape, forming an electrostatic capacitance component. They are mainly consist of a polyester, polypropylene, or polycarbonate film, which acts as the insulating dielectric material. The metal foil is usually aluminium or zinc, and is used for the electric connection. The internal physical structure of film capacitors is different to other capacitor types, as they are wound rather than stacked. ECW-H10683HV is a Film Capacitor produced by AMETEK Electronic Components.

ECW-H10683HV is an insulated film capacitor with an overall outer diameter of 18mm and a maximum height of 32mm. It features a voltage of 250VAC, as well as a capacitance of 47uF and a tolerance of ±20%. It has two flexible leads for easy connection and is commercially available with a temperature range of -40°C up to 85°C. It is available in both round and square shapes with several different lead configurations. The product is designed for use mainly in power factor correction applications related to reactive power, energy efficiency, surge protection, low loss and filter applications. Its non-inductive self-healing structure also makes it highly reliable and resistant to overloads or short-circuit events.

ECW-H10683HV’s working principle is based upon the electrical strain theory of screening under alternating electric fields. It works by accumulating equal amounts (+) and (-) electric charge on the two sides of the dielectric membrane and separating them into two separate volumes. Electric strain is created when the electric field between the two sides varies, and then dissipates when the field is stabilized. This creates an electrical resistance on the two sides of the membrane and the amount of resistance is largely dependent on the strength of the applied electric field.

To ensure that ECW-H10683HV delivers reliable performance, it is tested under extreme conditions before being shipped. This includes rapid change of temperature, voltage, and AC power to ensure that it can withstand the most rigorous conditions. Its non-inductive design also ensures consistent performance over long periods of time without loss to its capacitance or dielectric breakdown.

ECW-H10683HV also has several advantages over other film capacitors. Its robust design allows it to be used in a variety of applications, including energy conversion, power management, and motor drive circuits. Its low inductance design helps maintain the integrity of higher frequency circuits, while its low ESR and excellent ripple current handling capabilities ensures greater efficiency and reduction of generated heat. Its low leakage current allows it to be used in circuits which require higher current blocking capabilities. Its wide temperature range and superior surge capability also makes it suitable for a variety of operating conditions.

In conclusion, the ECW-H10683HV is an high quality and reliable Film Capacitor which. It is highly durable and can be used in a variety of applications. It has many advantages over other film capacitors, such as its low inductance, low ESR, wide temperature range, and excellent ripple current handling capabilities. Its robust design and reliable performance make it well-suited for applications related to power factor correction, electricity conversion, power management, and motor drive circuits.

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