T494C475K025AT

T494C475K025AT belongs to Tantalum Capacitors, which are widely used to provide energy supply in many different types of electronic devices. It is a polarized component designed to store energy in the form of an electric field, and is composed of two metal terminals as well as an electrolyte component. Because of its excellent reliability and long life-span, Tantalum Capacitors are preferred in many electronic circuits in a wide range of applications.

T494C475K025AT has two key features, one of which is its small size. As its name implies, it is very small in size - about the size of the coin cell - and can easily fit into even the most confined spaces, allowing engineers to design smaller, lighter and more efficient devices. In addition, its special temperature range (from -55 to 125℃) ensures it can perform well in both extreme cold and hot environments. With its small size and robust temperature range, T494C475K025AT is particularly suitable to be used in many high-efficiency and challenging electronic applications.

The other feature of the T494C475K025AT is its high capacitance rate. The capacitance rate of the capacitor is determined by its dielectric thickness, which is a key factor to the stability of the device and its overall performance. For T494C475K025AT, the dielectric thickness is low, allowing it to achieve a high capacitance rate. Due to this feature, it is suitable for applications that require a larger capacitance, such as power supplies, digital processors and motor control systems.

T494C475K025AT’s working principle is simple and easy to understand. When an electric current is applied to the two metal terminals, a voltage is created between them. This voltage polarizes the electrolyte between the terminals and an electric field is generated. As the electric charge increases, the capacitance of the device also increases, thus providing a stable power supply to the electronic circuit.

In conclusion, T494C475K025AT is a small and reliable Tantalum Capacitor with a high capacitance rate. It provides stable power supply to many types of electronic circuits, including power supplies, digital processors and motor control systems. Its small size, rugged temperature range and high capacitance rate make it to be preferable for many high-efficiency and challenging applications.