EEE-TK1C101P

EEE-TK1C101P is an aluminum electrolytic capacitor most widely used in a variety of applications. It is engineered to deliver both maximum efficiency and high operating temperatures with minimal derating. Ideal for use in power supplies, lighting systems, audio devices, and automotive electronics, it is an integral component of any electrical system.

Aluminum electrolytic capacitors are constructed with a core of an electrolytic material, like aluminum. When the material is energetically charged it traps and stores an electrical charge. This charge can be drawn upon as electrical current by the application. The capacitor works by way of a tortoise joint effect, which creates an electrostatic charge on the inside of the capacitor\'s terminals. Once the capacitor is charged, it is able to store energy in the form of electrons for future use.

Due to their high energy densities and good heat dissipating properties, aluminum electrolytic capacitors have become a popular choice for power supply and energy storage applications. They are also used to provide a buffer or smoothing effect in circuits and to reduce the amount of power consumed by high power devices. Due to their low resistance and low leakage current, they are also ideal for any application that requires high accuracy and low noise.

The EEE-TK1C101P aluminum electrolytic capacitor is a radial lead, miniaturized version of larger aluminum electrolytic capacitors. With a rated working voltage of 16V, a capacitance of 47µF, and a maximum operating temperature of +125°C, the EEE-TK1C101P is a fantastically versatile choice for most electrical applications. It features reliable fail-safe operation and allows a wide range of settings to satisfy any specification.

In conclusion, the EEE-TK1C101P aluminum electrolytic capacitor is a valuable electronics component for any electrical system. With its high energy efficiency rating, its reliable performance and its excellent value for money, the EEE-TK1C101P provides an unbeatable solution for any application. Furthermore, its versatile design and its exceptional temperature range make it an excellent choice for any device or system that requires low power consumption and high accuracy from its electronics.