730P104X5630

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Film capacitors have been around for the past half century and have found a variety of applications. One of these application fields is the 730P104X5630. This particular film capacitor is used in a variety of mediums which range from medical applications, communications, automotive and photonics. The capacitors are designed to handle various types of frequency and voltage levels and are often used in devices classified as switched mode power supplies or SMPSs for short.

The 730P104X5630 is a polypropylene film capacitor. The film is wound onto two spools and wrapped with a copper clad steel (CCS) strip. This winding system in combination with the metalized film provides high capacitance on a small physical footprint. The spool configuration gives the manufacturer added flexibility to insert electrons and build the equivalent series inductance values down (ESL) for desired frequencies. The collective working principle of the 730P104X5630 is relatively simple. The electrical current enters the device distributed across the several parallel plates that make up the capacitor. The voltage that is held between each plate is determined by the dielectric material chosen for the film.

The 730P104X5630 has fast response times or the ability to rapidly charge and discharge. This is because the surface area of the polypropylene film is greater than other dielectric materials and thus creates a layer of protection for the current that is being stored. Additionally, polypropylene is non-polarized and therefore can be used across a variety of switching systems. The 730P104X5630 is designed to perform in an operating temperature range of -25°C to +85°C. Its structure lends itself to its use in high impedance lines and high frequency switching applications. This amplifier is a safe and secure capacitor that can meet the demand of most applications.

The 730P104X5630 are highly durable and safe for any medium. The CCS winding is exceptionally efficient and provides high throughput which contrasts alternative capacitors available in the market that require more power with inferior results. The 730P104X5630 are self-healing, meaning they can tolerate heavy voltage and current without breaking down or short circuiting. This makes them ideal for mediums that may experience high power fluctuations or surges such as automotive or medical applications. The film collects and helps stabilize electrical current, ensuring that the electrical current will not suddenly disrupt the system circuitry.

The 730P104X5630 are particular standouts due to their exceptional abilities. The polypropylene film is the key element, allowing the capacitor to perform in temperature ranges it would not have otherwise been able to. Manufacturing this type of capacitor is both cost effective and highly efficient. These capacitors are built with the customer’s expectations in mind and are expected to function throughout their entire life cycle.

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