SML4740HE3/61

The SML4740HE3/61 is an extremely useful Zener single diode that has a wide range of applications, letting you adjust the voltage you’re supplying with an unlimited range of possibilities. This diode is a great choice for anybody looking to get maximum utility out of their circuits.

Application Field

The versatile SML4740HE3/61 is suitable for many different applications, such as motor control circuits, DC-DC converter circuits, voltage regulation circuits, switching power supplies, and more. In addition, it can be used to protect other components in the circuit from harmful overvoltages. This diode is specifically designed to provide a stable and reliable voltage flow, and is more efficient than many other options.

The SML4740HE3/61 is made out of state-of-the-art silicone doped with zinc, allowing it to offer superior performance and a low power dissipation of 40mA. This diode also has a low reverse voltage of 4V, making it ideal for a wide range of applications.

Working Principle

The SML4740HE3/61 works by using an abstract voltage reference. This voltage reference is known as a Zener voltage reference, which is an electrical component that is capable of maintaining a specific voltage, despite the current passing through it. In other words, the Zener reference maintains the voltage levels regardless of the amount of current passing through the circuit, meaning “Zener breakdown” reactions are prevented from happening, making circuit design far more stable.

The diode is also able to provide high breakdown voltage, meaning that it can maintain higher voltage levels while also providing a low reverse leakage current. This means it is able to provide superior performance and protection against potential overloads or sudden spikes. Additionally, the SML4740HE3/61 is capable of self-regulating, meaning it can adjust the voltage output automatically. This feature makes the diode even more reliable and easier to use.

The SML4740HE3/61 is an extremely useful Zener single diode and is suitable for many different applications. It is highly reliable and efficient, and is capable of regulating the voltage output automatically, making it a great choice for anyone looking for performance and reliability in their circuits.