NZ9F7V5ST5G Discrete Semiconductor Products

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The NZ9F7V5ST5G is a single Zener diode from the diodes family. This device is manufactured by NXP Semiconductors and is suited for any application that requires a low-voltage, high-power Zener diode. It is able to handle up to 500 volts at a current of 5 Amps. This makes it suitable for high-voltage applications requiring an efficient power output. This diode has a wide range of operating voltage ratings, so it is suitable for both power-saving and power-broadcasting systems.

The NZ9F7V5ST5G has an average forward voltage drop of 0.5 volt at a current of 5 amps. This makes it ideal for applications in which power requirements must be met with efficiency. The reverse voltage rating for this diode is 150 V max and is limited by the power rating of the diode. The device has a low forward voltage drop of 0.3 volts at a current of 4 amps.

In terms of its features, this device is capable of operating with a wide temperature range from -65°C to +175°C. It also has a fast switching speed and a long service life, making it suitable for various applications. The power dissipation rate for this diode is 0.7 Watts of continuous power or 1.7 Watts of peak power.

The working principle of the NZ9F7V5ST5G is to block current in one direction and then allow smooth, efficient flow in the opposite direction. This is done using the principle of PN junction, which occurs when two oppositely-doped types of semiconductors are brought in contact. The PN junction acts as a barrier, blocking current in one direction while allowing it in the other. This makes it ideal for applications such as regulating voltage, providing over-voltage protection, and preventing power surges.

The NZ9F7V5ST5G is suited for many applications, such as for power conditioning and stabilizing, surge protection, motor control, and so on. It is also used in telecommunications equipment, alarm systems, and LCDs. In all these applications, the NZ9F7V5ST5G is able to provide controlled, efficient power, ensuring that the power requirements are met with as few losses as possible. In addition, thanks to its long service life and temperature range, the device can be counted on for reliable performance for extended periods of time.

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