ECW-H16223JV

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Film capacitors are widely applied in various industries, especially for its excellent performance in filtering and compensating. Among these film capacitors, ECW-H16223JV is a high-end product that has been widely applied in automobile, military and aerospace fields. Let’s look into the application field and working principle of the ECW-H16223JV capacitors.

The ECW-H16223JV capacitors are mainly applied in automotive, military, aerospace and other harsh environments. This type of capacitors is known for its excellent performance in filtering, compensating and regulating signals in high temperature environments, which makes it suitable in some very harsh conditions. The temperature range of usage of the ECW-H16223JV capacitors is -55°C to +125°C, and its capacitance range is 0.002uF to 2.2uF. It also has a stable performance up to the maximum rated voltage of 630V.

In addition to its wide temperature range, the ECW-H16223JV capacitor is also well-known for its excellent dielectric constant. This type of capacitor has a high dielectric constant with a value of more than 16, which is almost double that of other capacitors. This makes it ideal for filtering and controlling signals in high frequency and low noise environment. Its low ESR and ESL values further enhances its excellent features.

The main working principle of the ECW-H16223JV capacitor is the storage of electric energy. It consists of two electrodes, one of which is a conducting sheet and the other is an insulating sheet. The two electrodes are separated by an insulating film, and when a voltage is applied across them, a charge is stored. Due to this, the capacitor is able to store electric charge and release it when a potential difference is applied.

Due to its outstanding performance in filtering and compensating, the ECW-H16223JV capacitor is one of the most widely used film capacitors in automotive, military and aerospace fields. It is highly resistant to high temperatures and is able to store large amounts of charge due to its high dielectric constant. Furthermore, its low ESR and ESL values make it useful in filtering and controlling high frequency signals with low noise.

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