BZX85C30-TAP

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The BZX85C30-TAP is a high quality, single Zener Diode. It is primarily used as a voltage regulation device, providing a stable output voltage even when the input voltage changes. The BZX85C30-TAP is a high power Zener diode with a 30V Zener voltage and a relatively low power rating of 0.5W. The device is uniquely suited to applications where high efficiency and accuracy are the main requirement.

In applications where high current or significant power dissipation is necessary, multiple BZX85C30-TAP diodes can be connected in parallel to increase the available current and/or reduce the dissipation effects on the load. In this way, multiple diodes can provide a virtually unlimited current and power capacity.

The BZX85C30-TAP is constructed using an oxide-passivated double-diffused metal oxide semiconductor (DMOS) structure. This provides the device with increased thermal stability, reliability, and durability. The device features a temperature coefficient of ± 0.05 % per °C, so it is extremely accurate and reliable.

The BZX85C30-TAP has a forward voltage drop of 0.39 V and a reverse voltage break down of 30 V with a maximum Zener current of 30 mA. The junction capacitance of the device is relatively low at 1.0 pF, ensuring fast switching and high speed performance. The device is also highly efficient, with a maximum rated power of 0.5 W (or 0.6 W at 25 °C).

In order to operate the BZX85C30-TAP in a circuit, it is essential to incorporate a thermal management system. This system should provide an adequate heat sink to ensure that the Zener diode does not overheat and become damaged. The device itself should be mounted in a base or socket with a good connection to the thermal management system, and should be connected to the circuit in accordance with the manufacturer’s specifications. Care should also be taken to ensure that the mounting type matches the application requirements.

Overall, the BZX85C30-TAP is an excellent choice for applications where high accuracy and efficiency are required. It is a robust, reliable device that is capable of providing a stable voltage output even when the input voltage changes. The device is easy to install and relatively low cost, making it an ideal choice for many applications.

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