BZW04-239BHR1G

TVS - Diodes

A transient voltage suppressor (TVS) diode is an electronic component used to limit voltage spikes on an electronic circuit. The diode is made of materials such as silicon, zinc oxide, and other substances that allow it to quickly respond to changes in voltage. When the voltage exceeds a certain threshold, the diode will begin to conduct, thereby limiting the voltage spike. This can help prevent damage to sensitive electronics from high voltage surges.

The BZW04-239BHR1G is a type of TVS diode. This device has a working voltage of 24V and a breakdown voltage of 69V. It is designed to be used in applications that require protection from high voltage transients such as automotive components, industrial control systems, and consumer electronics devices. It can also be used for over-voltage protection. The diode has a low capacitance and fast response time, making it suitable for use in high frequency circuits.

The BZW04-239BHR1G TVS diode has an adjustable on-state voltage, which allows for the diode to be optimized for the specific application. This feature is important for achieving the best performance in terms of voltage protection. The on-state voltage can be adjusted by adding or removing external resistors, depending on the level of protection required. The diode also has low thermal resistance, enabling it to remain relatively cool even when used in applications with high power levels.

The working principle of the BZW04-239BHR1G TVS diode is simple. When the input voltage exceeds the operating voltage, the diode begins to conduct and limit the voltage spike. The diode is able to rapidly respond to changes in voltage thanks to its fast response time, thus protecting the circuit from voltage surges. The diode\'s adjustable on-state voltage allows for it to be customized to the application, allowing for the best possible level of protection.

In summary, the BZW04-239BHR1G TVS diode is a versatile device that can be used for a wide range of applications. It is designed to provide protection against voltage spikes. Its adjustable on-state voltage feature allows for it to be optimized for the specific application, ensuring the best possible performance. The diode has a fast response time and low thermal resistance, making it suitable for even high power applications.