T86D156K025EASL

Tantalum capacitors are a type of capacitor with surface mounted leads that are applied to circuit boards. This type of capacitor is used in a wide range of applications, from commercial and consumer electronics to military and aerospace systems. The T86D156K025EASL is a recent addition to the tantalum capacitor family and is designed for general-purpose use. It uses a three-segment, anodic organic tantalum capacitor with an electrolyte-filled sleeve encasing the anode and cathode. The operating temperature range is -55C to +125C, and the capacitance range is 15uF to 47uF.

The T86D156K025EASL’s unique design allows it to be used in a variety of applications. It is well-suited for low-voltage, space-limited, and power applications. The device can be used in power supplies, motor controls, switching applications, and signal conditioning systems. It also offers excellent frequency and impedance characteristics, making it well-suited for high-frequency and power supply design.

The working principle of the T86D156K025EASL is based on the electrical field that passes between an anode and a cathode. The anode is held positive relative to the cathode, and the negative charge on the cathode attracts electrons from the anode. This creates an electrical field between them, which ultimately creates a current flow in the external circuit. The capacitance of the T86D156K025EASL is determined by the size of the metal powder particles that make up the anode.

The anodic organic tantalum capacitor used in the T86D156K025EASL is also unique in that it is designed to tolerate large temperature swings without significant changes in performance. This feature makes it suitable for automotive and medical applications that require high temperatures and humidity levels. The device also features a low equivalent series inductance (ESL) and low equivalent series capacitance (ESC) to ensure optimal operation.

In summary, the T86D156K025EASL is a three-segment, anodic organic tantalum capacitor suitable for high frequency and power supply design. It is well-suited for low-voltage, space-limited, and power applications. The device has a wide temperature range and low ESL and ESC, and is designed to tolerate high temperatures and humidity levels. It provides excellent frequency and impedance characteristics, making it ideal for high-frequency and power supply design.