T86C156K6R3ESSS

Tantalum capacitors are an important component in many electronic circuits, such as amplifiers, power supply circuits, and RF circuits. The T86C156K6R3ESSS is among these capacitors, and it is a model widely used in many applications. This article will explain why this model is so widely used and discuss the application fields and working principles of the T86C156K6R3ESSS.

Characteristics of the T86C156K6R3ESSS

The T86C156K6R3ESSS is part of Kurita’s standard series of tantalum capacitors. This series of capacitors have a broad range of uses and they offer a wide range of performance profiles, such as high ripple current, low ESR, and low DCL. In addition, these capacitors are resistant to EMI interference, extreme temperature and vibration, and have a low temperature coefficient and good capacitance stability over time. Furthermore, these capacitors are available with an external anode sleeve, which makes for a better protection against corrosion or mechanical damage. All of these characteristics make the T86C156K6R3ESSS very suitable for temperature-critical applications, such as in handheld devices.

Application Fields of the T86C156K6R3ESSS

The T86C156K6R3ESSS is used in many application fields, including memory applications, power management systems, automotive electronics, cell phones, and digital cameras. In memory applications, these capacitors are used to store charge, whereas in power management systems, they are used to store energy. In automotive electronics, these capacitors are used to reduce the voltage ripples and improve the efficiency of the system. In cell phones and digital cameras, these capacitors are used to reduce noise and improve the quality of the pictures. Finally, in RF circuits, these capacitors are used to reduce the signal-noise ratio and increase the reliability of the system.

Working Principle of the T86C156K6R3ESSS

The working principle of the T86C156K6R3ESSS is fairly simple. It uses a tantalum dielectric between two metal plates, which creates an electrical field. When the voltage across the capacitor increases, the electrical field increases and the electric charge is stored in the capacitor. This electric charge allows the capacitor to be used in applications such as power management, memory storage, and automotive electronics. The electric charge can also be used to reduce noise and improve the signal-to-noise ratio in RF circuits.

The T86C156K6R3ESSS works over a wide temperature range, ranging from -55 degrees Celsius to 125 degrees Celsius. This makes it suitable for use in temperature-critical applications. Furthermore, it has a low ESR and a low temperature coefficient, which makes it a reliable and efficient capacitor.Finally, the T86C156K6R3ESSS has an anode sleeve, which improves the EMI and environmental protection.

Conclusion

The T86C156K6R3ESSS is a reliable and efficient capacitor that is widely used in many application fields. It has a wide temperature range, a low ESR, and a low temperature coefficient. In addition, it has an anode sleeve, which improves the EMI and environmental protection. Moreover, it is resistant to EMI interference external shocks and vibration, and has good capacitance stability over time. These features make it suitable for many temperature-critical applications, such as those in memory, automotive electronics, and RF applications.