TVAN1150

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Aluminum electrolytic capacitors encompass a broad range of technologies and applications. Generally speaking, these capacitors are most commonly used for temporary storage or transmission of electrical charges. They are available in a wide variety of form factors, shapes, sizes and materials construction options. They may be solid, porous or hybrid.

The TVAN1150 aluminum electrolytic capacitor is a reliable and durable commercial product. It is a two-terminal device designed specifically for medical and industrial applications. The capacitor’s two-terminal design provides a uniform charge distribution, which helps it deliver superior performance and longevity.

The TVAN1150 is a non-polarized aluminum electrolytic capacitor. It is constructed of an aluminum anode and a cathode, both of which are encased in a sleeve housing. An isolatable dielectric material is used to fill the space between the anode and cathode. This dielectric material acts to separate the two sides of the capacitor and to insulate them from each other.

The TVAN1150 is available in a variety of standard sizes ranging from 50V to 500 V. Other options are available for higher voltages. It provides exceptional tolerance for shock and vibration, and it has a long operational lifespan when compared to standard commercial aluminum electrolytic capacitors.

The TVAN1150 is designed to operate in a wide range of temperatures and environmental conditions. It is UL and CSA certified and is RoHS and Reach compliant as well. It is suitable for the most extreme operating conditions.

The TVAN1150 can provide an effective capacitance range of up to 15,000 µF with a capacitance tolerance of +/- 10%. The rated voltage of the device is up to 500V, and the operating temperature ranges from -40°C to +85°C. Its maximum leakage current is 0.1CV.

The TVAN1150 is a reliable and robust device that is gentle on the environment. It uses special technology to minimize electrical leakage, and its ultra-low ESR ensures stable power delivery. It is specifically designed to reduce or eliminate the need for conduit, vents and other safety measures normally required when incorporating aluminum electrolytic capacitors into a system.

The TVAN1150 works on the principle of a liquid electrolyte between the two anode and cathode plates. The liquid electrolyte acts as a medium to pass electric current between the two plates. The voltage placed across the capacitor causes the liquid to break down and form a film on the electrodes. This film is electrical insulating in nature and, when a voltage is applied, it accumulates electrons in the cathode plate and expels them to the anode plate. This build-up and discharge of electrons is responsible for the charge on the capacitor.

The TVAN1150 is an all-round commercial aluminum electrolytic capacitor that delivers reliable performance and longevity in medical and industrial applications. Its all-round performance is due to its unique two-terminal design, which ensures a uniformly distributed charge. Its ability to operate in extreme temperatures and environmental conditions further enhances its credibility, as does its compliance with UL, CSA, RoHS and Reach standards.

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