DPPM16D39K-F

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Film capacitors are essential components for many types of electrical and electronic applications, from automotive systems to consumer and industrial electronics. One such product is the DPPM16D39K-F film capacitor, designed for switching power supplies, low voltage transient of high frequency applications. Its ultra-low resistance and excellent high frequency characteristics make it well-suited for a range of sophisticated electronic functions.

The DPPM16D39K-F is a polypropylene film capacitor, constructed with a winding of dielectric film material around a central core. It is a self-healing capacitor, produce a spark across the dielectric material that creates a thin bridge of conducting material between the two contacts. This capacitor technology is highly reliable, making it a preferred choice for many applications where reliability is key.

The DPPM16D39K-F film capacitor is designed for use in medium to high frequency switching power supplies. Its construction and winding design give it an advantage over other types of capacitors in that it can handle high temperature and voltage levels with minimal loss of performance. It has excellent surge performance, as well as high dielectric withstand capability, making it ideal for use in switching power supply designs. Additionally, the DPPM16D39K-F has extremely low ESR and ESL values, and this combined with its ultra low ESL performance makes it well-suited for transient protection and snubbing.

The DPPM16D39K-F film capacitor also provides excellent high frequency characteristics, making it suitable for use in a range of high frequency applications. Its highly reliable construction provides superior frequency stability and low noise levels, as well as excellent electrical characteristics such as high dv/dt, high dielectric intensity, and low temperature coefficient.

The DPPM16D39K-F film capacitor is a well-rounded, reliable solution for several types of electrical and electronic applications, from automotive to consumer and industrial electronics. Its low resistance and excellent high frequency characteristics make it suitable for a range of sophisticated electronic functions, and its impressive surge performance makes it ideal for medium to high frequency switching power supplies. Additionally, its highly reliable construction ensures a long-lasting, high-performance part that meets the needs of numerous applications.

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