VMZ6.8NT2L Discrete Semiconductor Products

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Diodes - Zener - Arrays encompass a variety of devices which serve to control electric energy or current. The VMZ6.8NT2L that is part of this field is a bidirectional Transient Voltage Suppressor (TVS) Array. The device is used to protect sensitive electronic components from excessive voltage, current and static electricity.

This particular device features two integrated Zener diode in a single package, allowing it to protect two lines at once. Each of these lines is protected by one of the two lines, helping to reduce installation time and cost. In addition to the two integrated Zener diodes, the VMZ6.8NT2L also features an ESD protection diode, providing additional protection from static electricity.

The main goal of the VMZ6.8NT2L device is to shift voltages away from a normal range so as to protect the components from damage from voltage surges. The device has a very wide operating temperature range, from -55°C to +125°C, allowing it to handle almost any level of surge without disrupting a circuit. The VMZ6.8NT2L has very high power dissipation, allowing it to handle higher levels of surge, further protecting the components of the circuit.

The working principle of the VMZ6.8NT2L is quite simple. When an excess voltage is detected, the Zener diode will begin to break down, allowing current to pass through it and thus reducing the excess voltage. The ESD diode also helps to reduce the impact of static electricity, providing an additional level of protection. The device also features Electro-Magnetic Compatibility (EMC) protection, which helps to ensure that its performance does not interfere with other components in the same circuit.

The VMZ6.8NT2L is an essential device for anyone working with sensitive electronic components. It provides an effective level of protection against excessive voltage, current and static electricity, allowing these components to continue to function correctly. This device is thus an essential part of any successful circuit design, allowing the user to feel assured that their circuit is properly protected.

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