BZX84C39TA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The BZX84C39TA is a type of Zener diode, a single device offering voltage regulation, surge suppression, and signal clamping. Zener diodes can be used to regulate voltages or as a part of an over-current protection circuit. The BZX84C39TA is a small signal diode, designed to work at very low voltages and currents.

This type of zener diode is a silicon junction, untrimmed, temperature-compensated zener. It typically offers a voltage of 3.9V with a 5% tolerance and is rated at 500mW. It is different from other Zener diodes in its wide reverse current capability from 16V to 45V.

Applications for the BZX84C39TA include voltage regulation, adjustable reference voltage, and voltage clamping. It is used in low voltage power supplies, as well as for controlling other components in sensitive environments. The device is also suitable for many commercial, industrial, and automotive applications.

The single device offers various benefits, including tighter regulation and better long-term stability than other Zener diodes of the same power rating. It is a low voltage diode, making it ideal for situations where board space is limited, as well as for devices that are designed to work at lower voltages. The BZX84C39TA is a reliable, long-lasting solution that can handle high-order components with ease.

The device has a simple working principle. It works by a process known as Zener breakdown, which occurs when the Zener diode\'s reverse voltage reaches a certain point. At this point, some of the current flows through the diode in reverse, forming a surface layer. This layer blocks further increase of current and, as a result, the voltage remains constant.

The BZX84C39TA is capable of withstanding high voltages for a long time without any damage. It also helps protect other components connected to the circuit from over-voltage damage. It is a stable, reliable and easy to use solution that is suitable for a wide range of applications. In addition, it is a cost-effective solution, offering higher performance and longer life span than other Zener diodes.

The specific data is subject to PDF, and the above content is for reference