TPST106K016H0800

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Tantalum capacitors are devices that store energy, transferring current back and forth between two electrode plates. They are used in many electrical and electronic devices, including computers, consumer electronics, communication systems, and more. The TPST106K016H0800 is one such capacitor, and has a range of applications and a unique operating principle.

Application Field

The TPST106K016H0800 is a type of through-hole, solid tantalum capacitor that is designed for use in high voltage industrial and military applications. Its high capacitance and medium voltage rating make it ideal for applications requiring stable and reliable operation. Its through-hole design permits use on circuit boards with thicker traces, allowing for better conductivity and refining the overall performance of the device. The capacitor is also capable of withstanding physical shock, vibration, and many harsh environmental conditions, such as extreme temperatures and humidity.

TPST106K016H0800 capacitors are commonly used to provide high frequency noise filtering, ripple current filtering, and peak bypassing in high voltage supplies, as well as providing necessary power to circuits operating at high temperatures. It is also commonly used in high-power electronic applications, such as industrial automation, defense systems, and power converters, where it is used to smooth out electrical current and provide a smoother voltage output.

Working Principle

Tantalum capacitors are made of two plates separated by a dielectric material, called the cathode and anode. Resistors and capacitors work in tandem to filter and shape the voltage, current, and temperature profile of the electrical system they are operating in. The capacitor works by storing energy and releasing it when the energy most needed. This process is accomplished by the capacitor’s ability to accept and hold electrical charge when voltage is applied. When the voltage of the source is reduced, the charge stored in the capacitor is then released.

Charge is transferred back and forth between the capacitor’s plates in proportion to the applied voltage and current, with current flow determined by the capacitor’s Impedance (Z). The value of Z is a measure of the capacitor’s capacitance (C). As Z increases, the capacitance decreases, and vice-versa. This relationship is expressed in the equation Z=1/2πfC, with f being the operating frequency.

TPST106K016H0800 capacitors are very reliable and offer high performance in a wide range of operation conditions. They are designed with a strong manufacturing process that ensures safety and stability under harsh environments, and can even withstand high heat and shock. The capacitor is also very durable and can maintain good performance over its entire lifetime.

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