1N4730ATA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 1N4730ATA is a type of diode in the Zener group of single diodes that functions by controlling current through the application of a reverse-bias voltage. This type of diode is perfect for voltage regulation, as it can be designed to maintain a specific voltage drop through its junction regardless of the amount of current passing through it. With its wide range of voltage ratings and its common two terminal package configurations the 1N4730ATA diode is a popular choice for a variety of electronic applications.

To understand the working principle of the 1N4730ATA, first one must know the basics of a simple diode. A diode is a type of semiconductor device, capable of passing current in one direction, but blocking current in the other direction. Diodes can be used for a variety of tasks, such as rectifying AC to DC, or forming part of an electrical switch. The Zener group of diodes includes these traditional diode functions, but also provides the additional advantage of being able to maintain a voltage drop across its junction, regardless of the amount of current passing through it.

When placed in a circuit, the 1N4730ATA diode will conduct when the voltage at its anode is more positive than the voltage at its cathode. But, when the reverse voltage is applied (polarity reversed), it will then enter a breakdown mode and continue conducting until the forward voltage is no longer greater than the breakdown voltage. The diode will then enter the Zener mode and maintain a steady voltage drop across its junction. The breakdown voltage of the 1N4730ATA is typically between 4.3v and 36v, depending on the model. This range of voltages makes it a great choice for voltage regulation applications.

A common application of the 1N4730ATA is in power supplies. When designing a power supply, it is important to specify and maintain a stable output voltage. This can be tricky, as the load and input voltage may vary. The 1N4730ATA can be used to stabilize the output of the power supply and maintain the desired level of voltage, regardless of the applied load or input voltage. Another great application for 1N4730ATA is voltage clamping. A voltage clamp circuit is a circuit used to protect other components from overvoltage spikes. The 1N4730ATA can be designed to conduct once the specified voltage is exceeded, clamping the voltage to a specific level.

Finally, the 1N4730ATA is commonly used for voltage regulation and protection in automotive electronic systems. The 1N4730ATA can be used to provide stable voltage references, as well as voltage clamps and overvoltage protection systems. Automotive systems must endure extreme operating conditions, such as very high temperatures and voltages. The 1N4730ATA brings reliability to these applications, as it can support these extreme conditions while maintaining its rated performance.

The 1N4730ATA is a great choice for a variety of voltage regulation and protection applications. Whether you need a stable voltage reference, voltage clamping, voltage regulating or protection from overvoltage spikes, the 1N4730ATA can deliver high performance and reliability in a variety of applications.

The specific data is subject to PDF, and the above content is for reference