QXK2J225JTP7FX

Film capacitors are popular electronic components used in many customer electronics, computers, power supplies and many other electric and electronic appliances to store electric energy and maintain electric current. The QXK2J225JTP7FX is a type of film capacitor which has gained its unique popularity in the industry.

The QXK2J225JTP7FX film capacitor has been designed to reduce the self-induction effect and reduce signal distortion in both AC and DC power supplies. It exhibits high dielectric breakdown strength, excellent insulation performance, as well as excellent heat-dissipation and heat-resistance capabilities. This makes it perfect for applications that require low-power loss and high-precision. It is also suitable for use in high temperature and transient high voltage environments. It is also known for its moderate price-performance ratio.

The nominal voltage of the QXK2J225JTP7FX is 2.5V and its capacitance is 225JP7FX. The temperature coefficient ranges from -400 to 800ppm/K, and the dielectric constant is usually around 100KV/mm. The QXK2J225JTP7FX has a maximum temperature rating of 125°C and an operating temperature range of -55 to 85°C. It has an insulation resistance of >1012 Ω and a dissipation factor of 0.1%. The general application of this film capacitor is safety circuits, voltage stabilization circuits, LCD backlight lighting, and AC/DC switching power supplies.

The most striking thing about the QXK2J225JTP7FX is its working principle. The film material used in its construction is a polypropylene film, which has a low dielectric constant and high dielectric strength. This ensures that the operating voltage of the capacitor does not decrease when exposed to higher temperatures. As a result, the QXK2J225JTP7FX can work efficiently in both AC and DC applications. In addition, its flame-retardant design makes it very suitable for hazardous-environment applications.

In conclusion, the QXK2J225JTP7FX is a popular film capacitor due to its moderate price-performance ratio. It is often used in safety circuits, voltage stabilization circuits, LCD backlight lighting, and AC/DC switching power supplies. Its working principle is based on the polypropylene film, which has a low dielectric constant and high dielectric strength. This makes it suitable for hazardous-environment applications. Its flame-retardant design also contributes to its excellent safety features.