UDZLVTE-1775 Datasheet/PDFThe UDZLVTE-1775 is a single Zener diode, which is mainly used as a voltage and power limiter. It is an ideal choice for low voltage applications such as protection of other high value components from overvoltage and transient surges. The diode offers very good reliability, and is an excellent choice for operation in extreme conditions since it can be operated at high temperatures over a wide voltage range.
The working principle of the UDZLVTE-1775 can be described as follows: when the voltage applied across it exceeds the device’s Zener voltage, current begins to flow through the diode. The Zener voltage is the maximum voltage that can be safely handled by the diode without damaging it. As the current begins to flow, the diode begins to regulate the voltage, so that it never exceeds the Zener voltage.
The UDZLVTE-1775 can be used in a variety of applications including: dc-dc converters, ac-dc converters, modem cards, and circuit protection circuits, among others. It can also be used as a voltage regulator, since it can provide constant output voltages over varying input voltages. It’s also an important component in circuits that need to limit the level of current, so that higher currents don’t cause damage to the other components.
The UDZLVTE-1775 is especially useful for systems with very low breakdown voltages and fast response times, since it can handle high currents, and it can respond quickly to changes in current. Since it is a reliable device over its entire operating range, it is ideal for applications where accuracy and consistency are needed. This makes it an especially attractive choice for automation systems, medical equipment, and other sensitive applications.
In summary, the UDZLVTE-1775 is a single Zener diode that is ideal for applications that need constant output voltage over varying input voltage. It provides reliable operation over its entire operating range, making it ideal for circuit protection and other sensitive applications. The diode is also excellent for use in systems with low breakdown voltages and fast response times.