TZX2V7C-TAP

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Diodes - Zener - Single, is one of the most important type of electronic component used in circuits. The TZX2V7C-TAP is a single zener diode specifically designed for high-performance applications. Its application field and working principle are excellent in many cases. This article will discuss the application fields and working principle of the TZX2V7C-TAP.

Application Field

The TZX2V7C-TAP is a general-purpose diode with a wide operating temperature range of -25 to +85℃. It is ideally suited for applications requiring highly reliable protection. The diode can be used in AC and DC line-drops, low voltage transients, snubber networks and EMI/RFI line noise suppression. The device also offers excellent ESD protection, making it suitable for high-speed logic and microcontroller applications.

The TZX2V7C-TAP is a highly reliable diode with a low on-state voltage of 0.51V and a maximum current rating of 150mA. Its low breakdown voltage of 0.7V provides reliable protection against thermal runaways and reverse energy flows in applications where the operating voltage is below 2.0V. This makes the TZX2V7C-TAP ideal for applications requiring protection from low voltage transients or reverse currents.

The device also features an ultra-low capacitance of 0.2 pF and a low clamping voltage of 7.8V, making it well suited for high-speed logic and microcontroller applications such as clock and frequency control. Furthermore, the diode has a very low self-heating of 0.03℃/mA, enabling it to maintain its high accuracy and low current consumption in high ambient temperatures.

Working Principle

The working principle of the TZX2V7C-TAP diode is based upon the Zener breakdown effect. When the diode is exposed to a voltage greater than its Zener voltage, an avalanche breakdown occurs and the excess energy is dissipated. This breakdown current limits the voltage and prevents damage to sensitive components in the circuit.

The TZX2V7C-TAP is specifically designed for high-speed logic and microcontroller applications. The device utilizes an advanced active voltage regulation technique, which enables it to maintain a highly accurate voltage threshold, even at high temperature. This ensures that the diode is capable of providing reliable protection from transients, reverse current flows and thermal runaways.

In addition, the TZX2V7C-TAP features an ultra-low capacitance, which reduces the physics-induced distortions and loss of information in high-speed logic applications. This allows the device to effectively transfer data and signals at the desired rate. Moreover, the low clamping voltage of 7.8V makes the TZX2V7C-TAP highly suitable for EMI/RFI line noise suppression.

Conclusion

In conclusion, the TZX2V7C-TAP is a single zener diode specially designed for low-voltage applications. The diode features an ultra-low capacitance and a low clamping voltage, making it highly suitable for high-speed logic and microcontroller applications. Furthermore, the device offers excellent ESD protection and has a very low self-heating, ensuring reliable protection and accurate performance in high ambient temperatures. Finally, the TZX2V7C-TAP utilizes an advanced active voltage regulation technique, which enables it to maintain a highly accurate voltage threshold, even at high temperature.

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