DSF01S30SC(TPL3)

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

A single rectifier diodes, such as the DSF01S30SC(TPL3), is a component used to control the direction of electric current through an electrical system. A diode is made up of an anode and a cathode, and it allows current to flow in one direction only. The current flowing through the diode always flows from the anode to the cathode; but when the current is flowing in the other direction, the diode acts as a barrier, blocking current from flowing in a reverse direction.

The DSF01S30SC(TPL3) is an example of a type of single rectifier diode. It’s a shockproof diode with a peak repetitive reverse voltage of 1500V, and a power dissipation rate of up to 2.0 W. It also has an electrically isolated anode and cathode lead, which helps improve its ability to withstand high voltage.

The DSF01S30SC(TPL3) has several applications in various electronics systems. It is used in power supplies that provide AC rectifier circuit, such as in AC-to-DC voltage converters. It can also be used in many other circuits, such as in battery charger circuits and automotive electrical systems. The diode is also used to protect other components in the circuit from excess current. This is achieved by connecting the diode in parallel with the circuit, with the anode and cathode connected in opposite directions.

The DSF01S30SC(TPL3) is designed to work under a variety of conditions. It has a range of breakdown voltages, which help improve itsability to withstand high voltage and to withstand short term electrical spikes. Its reverse recovery time is very short, which also helps prevent damage to other components in the circuit by reducing the amount of time in which the diode is conducting current. It also has a high thermal resistance, which helps it to dissipate heat generated by the diode to protect it from damage.

The DSF01S30SC(TPL3) is an important component for many electronics systems. It is used to control the direction of current, to protect other components from electrical surges, and to dissipate heat when conducting electricity. These features make it an ideal component for use in a variety of electronics systems, from power supplies to automotive electrical systems.

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