336LC5500K5PM8

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Film capacitors, also known as plastic film capacitors, are made from polyester, polypropylene, polycarbonate or other substrates and metalized plastic films. Film-type dielectric capacitors are used across a wide range of industry applications. In particular, flow rate capacitors are often used in the manufacturing, automotive and instrumentation industries due to their excellent electrical and mechanical performance characteristics, and their wide frequency range and low leakage characteristics.

The 336LC5500K5PM8 film capacitors series is a revolution in film capacitor technology, and is manufactured from a unique hard plastic material that combines excellent electrical properties with superior robustness and reliability. This series of capacitors is available in standard EIA sizes and offers excellent temperature stability, low capacitance variation and excellent dc bias characteristics.

The 336LC5500K5PM8 film capacitors have a large working voltage range of up to 5kV, and are rated for temperatures between -40°C and +85°C. Due to their unique construction, the 336LC5500K5PM8 capacitors offer superior resistance to harsh environments, making them suitable for use in a variety of industrial and military applications. The 336LC5500K5PM8 capacitors offer excellent reliability, and are capable of storing charge for extended periods of time.

The 336LC5500K5PM8 application field and working principle are very simple. In terms of application, the 336LC5500K5PM8 film capacitor is primarily used in low frequency, medium frequency and high frequency applications that require a high degree of performance reliability. It is also suitable for a wide range of voltage power supplies, and is suitable for high voltage switching applications. Furthermore, this series of capacitor is compatible with a wide range of inductive and SMD components, making it suitable for many industrial applications.

In terms of principle of working, the 336LC5500K5PM8 film capacitor is a two-electrode device consisting of two conductive metal surfaces and a dielectric material placed between them. When an electric field is applied to the two electrodes, the electric charges build up on the conducting surfaces, creating an electric field with a voltage across the dielectric material. As the applied voltage increases, the electric field increases and the electric charge is stored between the two electrodes. This storage of electric charge is referred to as capacitance, and this is the primary measurement of the effectiveness of the film capacitor.

In addition to its excellent electrical characteristics, the 336LC5500K5PM8 film capacitors also offers excellent mechanical performance. The operating temperature range of these capacitors is wide, allowing for operation over a wide temperature range and high levels of reliability. The physical characteristics of the 336LC5500K5PM8 are also excellent, with an incredible low ESR of 0.014 Ohm and a self-healing property that ensures reliability and performance under harsh conditions.

In conclusion, the 336LC5500K5PM8 film capacitor is a revolution in capacitor technology, and is designed to meet a wide range of industry and military applications. It offers excellent performance characteristics, high reliability, and low ESR, making it suitable for a wide range of applications. The unique construction of this film capacitor also ensures excellent mechanical performance, wide operating temperature range, and high levels of reliability.

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