35TGV100M8X10.5

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Aluminum Electrolytic Capacitors, sometimes referred to as aluminum electrolytes, are energy storage elements that provide electrical energy or capacitance. Capacitance is measured in Farads (F); Farad is the unit of capacitance. They are widely used in most electronic equipment, including radio transmitters, radio receivers, computer peripherals, and they are an important part of consumer electronics. The three common types of aluminum electrolytic capacitors are axial, snap-in, and radial.

The 35TGV100M8X10.5 is an aluminum electrolytic capacitor designed for power applications. It is rated for a voltage of 100V and has a capacitance of 10.5 μF (micro-farads). The 35TGV100M8X10.5 capacitor is a snap-in type, meaning it is designed to snap into the copper terminals on the board. The snap-in mount is the most common mounting method for this type of capacitor and is used in many power applications. It is important to note that the capacitance can be slightly higher or lower depending on the type of capacitor being used.

The 35TGV100M8X10.5 can be used in a variety of applications, including power supply filtering, DC-DC power supply capacitance, and signal conditioning. In power applications, the capacitor is used to store energy, providing a large capacitance without a large voltage drop. This means that it can store more energy than is currently needed, providing a buffer for power surges. In signal conditioning applications, the capacitor filters high-frequency noise and smoothes out the signal. This is especially useful in radio transmitters and receivers, where signal clarity is essential. The 35TGV100M8X10.5 can also be used in secondary circuits, where it can reduce the amount of electrical noise caused by arcing or sparking in the circuit.

The 35TGV100M8X10.5 aluminum electrolytic capacitor is a versatile component that can be used in a variety of power and signal applications. Its snap-in mounting method makes it easy to install, while its large capacitance ensures that it can store enough energy to keep the electronic device running correctly. Its capacitance filtering capabilities make it ideal for both power and signal conditioning, making it a versatile and highly valuable component.

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