B72250L0461K102

Surge Protective Devices like Varistors, Metal oxide Varistors (MOVs), and Transient Voltage Suppression (TVS) are the primary nonlinear electrical protection components in the design of various electronic systems. The B72250L0461K102 component is a Surface Mount TVS and belongs to the family of such electrical protection devices.

Application field of B72250L0461K102

TVS components like the B72250L0461K102 primarily act as short-term over-voltage protection of various electronic systems and their components. The B72250L0461K102 has a peak pulse power rating of 1.3 kV with a surge capacity of 8 A. Hence, it is perfect for various applications which require over-voltage protection, like for example, automotive electronics, LED lamps, and many other domestic and industrial electronic equipment.

Working Principle of B72250L0461K102

When an over-voltage occurs in the power supply or other electronic components, the functioning of such components is affected, resulting in failure. TVS components like the B7226L0461K102 reduce the peak voltage by clamping it down, thus preventing the circuit from any damage due to the over-voltage. The component offers fast response time and the ability to sustain high energy, which is also advantageous.

The working of the TVS devices, including B72250L0461K102, is as such, that when the instant voltage exceeds a specific peak, the component for electrical protection gets activated, limiting the current flow and redirecting it to the ground. Once the peak voltage is reduced, the device deactivates and takes the system to its normal state.

The B72250L0461K102 has a breakdown voltage of 61V and a clamping voltage of 87V, thus proving its effectiveness and capability in a variety of applications. It has a Low capacitance, small size, and fast response time, making it a perfect electrical protection component in various electronics.

Conclusion

The B72250L0461K102 is a very useful electrical protection component which offers high surge ratings with low capacitance and a fast response time. It is perfect for a variety of applications such as automotive electronics, industrial control and consumer electronic equipment, LED lamps, power supplies, telecom systems and many more. Due to its versatile properties it is an ideal choice for a variety of applications, making it a very important component in the design of various electronic systems.