2EZ3.6D10E3/TR12

2EZ3.6D10E3/TR12 Application Field and Working Principle

The 2EZ3.6D10E3/TR12 is a single Zener diode device, commonly used in electronic circuit applications such as voltage regulation, and rectification. The single-diode device has a functional purpose of both protecting and controlling circuit performance by effectively providing a stable output voltage, protecting low-voltage circuits, and rectifying AC signals.

Device Construction and Physical Properties

The 2EZ3.6D10E3/TR12 consists of a semiconductor built on a substrate and encapsulated by a molded plastic housing. This combination provides a durable, efficient, and reliable device resistant to damages, vibration, and distortion. The substrate and body of the 2EZ3.6D10E3/TR12 work together to create a thermal junction that allows the diode\'s cathode and anode sides to be metalized. This metalized construction dissipates device temperatures and helps protect it from harmful current and voltage.

Operating Parameters

The rated operating parameters for the 2EZ3.6D10E3/TR12 are: DC reverse voltage: 5.3V; DC forward current: 800mA; Avalanche current: 2.5A; Breakdown voltage: 5.2V; Operating temperature range: –40°C to +105°C. With its operating parameters, the 2EZ3.6D10E3/TR12 is suitable for use in applications that require low-voltage voltage regulation, such as in power supplies, voltage regulators, and automotive black boxes.

Working Principle

The operation of the 2EZ3.6D10E3/TR12 is based upon the principle of the Zener diode\'s inherent voltage regulation. When the diode is connected to a power source, current flows in the forward direction, allowing the diode to start regulating the current and prevent it from exceeding the breakdown voltage. The Zener diode is also capable of absorbing and accumulating a large amount of energy before its breakdown voltage is reached. This accumulation allows for faster response to voltage fluctuations and increases the device\'s efficiency.

The 2EZ3.6D10E3/TR12 is designed to function as a rectifier or regulator under certain conditions, but it is important to note that it cannot regulate current if the input voltage is already higher than the breakdown voltage. The device also cannot absorb an infinite amount of current, so it is important to balance the load wattage with the devices\' wattage capabilities in order to achieve the desired stability and performance.

Conclusion

The 2EZ3.6D10E3/TR12 Zener Diode is a single-diode device with a wide range of practical applications such as voltage regulation, and rectification. The device is designed with a rugged construction to ensure reliable operation, with a thermal junction that dissipates device temperatures and prevents damaging current and voltage. It has a rated operating parameter of a DC reverse voltage of 5.3V, DC forward current of 800mA, Avalanche current of 2.5A, and Breakdown voltage of 5.2V, and its operation is based upon the Zener diode\'s inherent voltage regulation.