ECQ-V1333JM3

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Film capacitors are widely used in many industries and are found in systems ranging from consumer electronics to industrial automation and the home. They can also be used to increase the efficiency of automotive and aviation applications. The ECQ-V1333JM3 is the latest-generation film capacitor developed by EPCOS, a subsidiary of the Siemens Group. It offers improved electrical performance, temperature stability, and reliability over its predecessor, the ECQ-V1332JM3.

This composite film capacitor features an incorporated bias system, and is used in a variety of AC circuits. Its built-in control pins allow the capacitor to be used as feedback dampening device in high-frequency switching and inverter systems, as well as in phase-control circuits. The ECQ-V1333JM3 capacitor also provides high resistance to transient voltages and pulse applications, making it suitable for demanding environments.

The ECQ-V1333JM3 film capacitor uses organic dielectric materials, which offer excellent electrical characteristics over a wide frequency range. It combines multiple layers of longitudinal and transverse plastic films and an impregnating solution for greater durability and reliability. This film capacitor also utilizes an electrolytic ceramics assembly to provide superior thermal characteristics and to reduce parasitic inductance.

The ECQ-V1333JM3 works with AC systems, requiring a capacitance ranging from 0.1μF to 3.0μF. It offers excellent current carrying capability with an up to 200V peak voltage and a maximum operating temperature of 105°C. The capacitor also features robust construction, excellent self-healing ability, and virtually unlimited test cycles.

The ECQ-V1333JM3 is a high-performance film capacitor that provides improved performance over other capacitors in its class. With its incorporated bias system, wide operating temperature range, and excellent electrical characteristics, this capacitor is ideal for challenging AC and DC applications in various industries. Its improved thermal characteristics and robust construction also make it suitable for long-life applications in difficult environments.

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