GDZ3V9B-E3-08

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 GDZ3V9B-E3-08 is a single zener diode that provides noise immunity, protection from transient events, and improved long-term stability in various applications. It features a low temperature coefficient, an ultra-stable temperature coefficient of reverse leakage, and low operating current. Additionally, it has high optical density, making it ideal for small-signal protection.

Applications for the GDZ3V9B-E3-08 include voltage regulation, power-supply protection, and filtering and transient protection for input signals. This diode can also be used in conjunction with other diodes to provide overvoltage protection in devices such as computers, cell phones, and similar electronic devices. Additionally, this single zener diode is often used to help detect voltage overshoot and regulate current in devices such as oscilloscopes, multimeters, and similar test equipment.

The working principle behind the GDZ3V9B-E3-08 is relatively simple. It consists of two terminals, a cathode (the negative side) and an anode (the positive side). When a voltage is applied to the anode, some of the electrons flow through the diode, but some of the voltage is "clipped" by the diode and diverted to the cathode. This process is known as "zener breakdown" or "reverse voltage breakdown," and it is what allows the diode to regulate the voltage.

Another feature of the GDZ3V9B-E3-08 is its low operating current. This allows it to draw a low amount of current from the circuit and helps to maintain a stable power level. Additionally, this zener diode has a high optical density, which helps to reduce any unwanted noise that may be present in circuits. The combination of its low power usage, low noise levels, and high optical density make it ideal for small-signal protection.

In summary, the GDZ3V9B-E3-08 is a single zener diode that provides noise immunity and protection from transient events, as well as improved long-term stability in applications such as voltage regulation and power-supply protection. It has a low temperature coefficient, an ultra-stable temperature coefficient of reverse leakage, and low operating current. Additionally, it has high optical density, which helps to reduce noise levels in circuits. Finally, its working principle involves the diversion of some of a voltage to the cathode during a process known as "zener breakdown" or "reverse voltage breakdown," allowing the diode to regulate the voltage. Thus, the GDZ3V9B-E3-08 is a versatile and useful device for many different applications.

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