Film Capacitors

Capacitors have been used in power electronics and other applications for many years. Film Capacitors have become a popular option due to their reliability, stability and cost-effectiveness. Film Capacitors offer high temperature capability, low ESR and ESL, and excellent performance in high ripple-current, pulse-load applications.

715P15332JD3 application field and working principle

The 715P15332JD3 is a high temperature plastic film capacitor from TaiRHor Industries. It has an increased temperature range of up to 105!, making it suitable for many applications which require increased power capabilities and high current demands. The 715P15332JD3 is designed to meet environmental protection ratings. It has a self-healing, self-extinguishing “X7R” construction and is flame retardant. This design allows it to withstand extremely high temperatures and stress, making flexibility the biggest benefit for designers.

The 715P15332JD3 uses a ceramic dielectric that is made up of layers of nickel-zinc and titanium-dioxide. The internal geometry of the dielectric layers gives it a highly efficient surface area, allowing the capacitor to store as much energy as a comparative size of film capacitor. By reducing internal resistance, the 715P15332JD3 reduces the amount of energy lost in the form of heat. The use of high-temperature materials also increases the capacitor’s ability to withstand shocks, preventing the capacitor from blowing out under certain conditions.

The 715P15332JD3 is available in a variety of sizes and voltage ratings. The maximum voltage rating is 2.5KV and the maximum temperature is 105. This capacitor is ideal for applications such as motor and lighting control, as well as power factor correction. It is also suitable for use in high-speed switching applications, as it can handle high-frequency impulses without compromising its performance.

In conclusion, the 715P15332JD3 from TaiRHor Industries is a high temperature plastic film capacitor. It has an increased temperature range of up to 105°C, as well as excellent performance in high ripple-current, pulse-load applications. The 715P15332JD3 is ideal for use in motor and lighting control, power factor correction, and high-speed switching applications.