SS1FL4-M3/H

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 SS1FL4-M3/H is a single-phase full-wave bridge rectifier. It is used for power conversion and is designed for high frequency applications. This rectifier is composed of four silicon diodes in a full-wave bridge arrangement. It is a small and compact device that occupies little space on the circuit. It is popular in many applications due to its efficiency, low cost, and easy installation.

Main Applications: SS1FL4-M3/H is typically used in power supplies and converters, charge controllers, AC to DC conversion, battery chargers, and motor speed control systems. It is mostly used in low power applications like small electronics and appliances.

Working Principle: A full-wave bridge rectifier takes an AC input voltage, converts it to a full-wave DC output. In this circumstance, the SS1FL4-M3/H is made up of four diodes arranged as a bridge network. During the process, each half of the AC input is switched on and off, one at a time, by the bridge rectifier. This is done by moving the input from the center point of the bridge circuit to one of the diode pairs.

When the input is connected to the left diode, current will flow from the left diode through the load and output. As the input is then connected to the right diode, the current will be forced to flow through the load and output in the opposite direction. This keeps happening, back and forth, as long as AC input is present. The voltage released at the output of SS1FL4-M3/H is a full-wave DC voltage. This means that, even when the polarity of input signal is reversed, the output will stay steady.

In comparison to other rectifier circuits, a full-wave bridge rectifier has almost double the output voltage as a half-wave rectifier but with the same amount of input voltage. This means a full-wave rectifier can convert more power from the input source than a half-wave rectifier. Also, a full-wave bridge rectifier has a much better ripple factor than a half-wave rectifier.

Advantages: SS1FL4-M3/H has many advantages. It is a very efficient device and it has a low voltage drop. It is a small and compact device, making it easy to install and occupy very little space on a circuit board. It also provides an increased output power, as well as improved ripple factor and low cost. Additionally, it is rated for high frequency applications.

Disadvantages: The only disadvantage is that, like any other rectifying device, the SS1FL4-M3/H will generate some heat in operation. It must be taken into account when operating in semiconductor applications and proper cooling measures should be taken.

In conclusion, SS1FL4-M3/H is an efficient and powerful single-phase full-wave bridge rectifier. It has a low voltage drop and is composed of four silicon diodes in a bridge circuit. It is mostly used in low power applications like small electronics and appliances, and it is also rated for high frequency applications. The SS1FL4-M3/H can convert more power from the input source than a half-wave rectifier, and has many other advantages. However, it will generate some heat in operation and proper cooling measures must be taken.

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