BZB984-C7V5,115

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

Diodes are a type of semiconductor that allows electrical current to flow in one direction only. Diodes are either p-type or n-type, and a zener diode is an n-type diode that serves as a voltage regulator. Zener diodes are particularly useful for supplying power to sensitive electronic circuits. Arrays are a collection of electronic components physically arranged in a pattern to achieve a common purpose. Arrays can also be used to provide voltage regulation.

The BZB984-C7V5,115 Zener diode array is a three pin semiconductor device designed to be used to provide regulated voltage levels with increased protection from overvoltage conditions. Built with four individual diodes, the BZB984-C7V5,115 is designed to provide a sustained voltage supply of 5.45 volts at a maximum operating temperature of -55°C to +125°C.

The BZB984-C7V5,115 Zener diode array is used in circuits requiring precise voltage regulation and overvoltage protection. Applications include consumer electronics, telecommunications, automotive, industrial control and other applications where precise, reliable and highly consistent power regulation is required. In automotive applications, the device is often used to protect sensitive electronic components from the higher voltages and temperatures encountered in engine compartments.

The BZB984-C7V5,115 Zener diode array utilizes a common anode connecting all four diodes and two common cathodes connecting two diode pairs. A cathode terminal is provided for each diode, allowing the array to be used as a single four-diode device, or two dual two-diode devices. The zener diodes have a series resistance allowing dissipation of power and regulation of the output current.

The working principle of the BZB984-C7V5,115 Zener diode array comprises two steps. In the first step, the four diodes are connected in parallel to create a single diode with a specified voltage drop across it, known as the ‘Zener voltage’. When the applied voltage is equal or larger than the Zener voltage, the electrons in the junction are readily forced across to the other side, producing a current flow through the device. This is known as Zener breakdown.

In the second step, the four diodes are connected in series, connected between the positive and negative voltage supply. When a voltage is applied above the Zener voltage, the current will not flow until the applied voltage is considerably above the Zener voltage. This phenomenon is known as Zener clamping, and it helps to provide reliable overvoltage protection.

The BZB984-C7V5,115 Zener diode array is designed to provide reliable, efficient, and safe voltage regulation in a range of applications. The device is extremely versatile, allowing it to be used for a variety of different applications where precise voltage control and overvoltage protection is required. The zener diodes also have a relatively low power dissipation, allowing for longer equipment life in many applications.

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