T495D157K016ATE100

Introduction

T495D157K016ATE100 is a type of Tantalum Capacitors, which are widely used in many fields. A Tantalum capacitor is a polarized capacitor which consists of a tantalum cased anode, an electrolyte, such as Managanese dioxide and an external cathode. This type of capacitor is usually well-suited for applications where high volumetric efficiency and low leakage current are desired, such as in automotive electronics, laptop computers, and medical and consumer devices.

Application Field:

T495D157K016ATE100 are widely used in various applications, such as in automotive electronics, laptop computers, medical and consumer devices. In automotive electronics, they are used as charge pumps and energy storage elements, and sometimes to help reduce the risk of EMI interference. It is also used to support the memory in laptop computers and other consumer devices. In medical electronics, they are used for protection against high-frequency noise and power surges. They are sometimes used to support telecommunication networks and audio systems.

Working Principle:

The working principle of T495D157K016ATE100 derives from the electro-chemical properties of the electrolyte between its two electrodes. When a voltage is applied to the capacitor, ions in the electrolyte move toward the electrode of opposite polarity, forming a charge cloud. This charge cloud allows a current to flow across the capacitor, enabling energy storage. The higher the voltage applied, the more charge transferred between the electrodes, and the greater the storage capacity of the capacitor. The capacitor can also act as a frequency-dependent electrical filter, allowing higher frequencies to pass more easily than lower frequencies.

Features:

• High volumetric efficiency
• Low leakage current
• Can be used as a charge pump in automotive electronics
• High frequency capabilities

Conclusion:

In conclusion, T495D157K016ATE100 is a type of Tantalum Capacitors with high volumetric efficiency, low leakage current and high frequency capabilities. It is usually well-suited for applications which demand high-volume efficiency and low leakage current, such as in automotive electronics, laptop computers, medical electronics, and consumer electronics. Its working principle is based on the electro-chemical properties of its electrolyte, allowing ions to move towards the electrodes to form a charge cloud and enable energy storage.