SML4754HE3/61

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The SML4754HE3/61 diode is classified as a single Zener diode, and is used to regulate and control the voltage level in a variety of circuits. This diode is capable of handling 5 watts and has a voltage rating of 5.6 volts. It is often used in low-voltage applications such as battery-powered electronics.

The SML4754HE3/61 diode is made up of two leads which are connected to a diode body. In this diode, the anode lead is connected to the diode body, while the cathode lead is connected to the diode’s anode. The diode is designed to regulate the voltage across its leads, typically under the conditions of an over-voltage. This is achieved by allowing current to flow through the diode in only one direction, while blocking current flow in the opposing direction. This allows the voltage between the two leads to be maintained at a constant level.

The use of the SML4754HE3/61 is often seen in low-voltage circuits, where its Zener breakdown voltage can be used to protect components from high-voltage spikes and surges. This diode is also often used as a voltage reference in circuits, as it serves to maintain a constant output voltage. As it has a relatively low voltage rating, it is not suitable for use in high-voltage applications.

To use the SML4754HE3/61 diode, it is important to understand its properties and characteristic. Typically, the diode will have a breakdown voltage of around 5.6 volts. This voltage is the level at which the diode will begin to conduct current in the reverse direction. In addition, this diode is capable of passing 5 watts at maximum dissipation and has a maximum power rating of 1.1 watts.

The SML4754HE3/61 diode is also subject to temperature-induced changes in current passing, as well as thermal characteristics. Its temperature coefficient of reverse leakage current is approximately -1.4uA/oC. This means that the diode’s current becomes reduced at higher temperatures and increased at lower temperatures.

The SML4754HE3/61 is an essential component in many low-voltage electronics and can be used to regulate and control the voltage levels in many circuits. It helps to protect components from over-voltage damage, while also providing a reliable voltage reference. This diode is capable of handling 5 watts, has a voltage rating of 5.6 volts, and a maximum power rating of 1.1 watts. In addition, it is subject to temperature-induced changes in current passing and has a temperature coefficient of reverse leakage current of -1.4 uA/oC.

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