Introduction to MB10S Bridge Rectifier

Hello, readers welcome to new post. Here we will discuss Introduction to MB10S Bridge Rectifier. The MB10S is a semiconductor device that consists of a full-bridge rectifier circuit and all assembly is configured in small SOIC-4 packaging. It is mostly used in miniature phone charger circuits.

Its peak current makes it useful for switching circuits. In this post, we will discuss its working, pinout, and some related parameters. So let get started.

Table of Contents

The MB105 is an IC-based full bridge rectifier module that consists of 4 diodes linked in a single bridge rectifier configuration.
TO make bridge configuration there is the use of PCB to make the connection but the use of IC such as MB105 reduces power dissipation and working area.

The rectifier group MB is a rectifier that uses 0.5 ampers to get the larger surge current in a small size configuration.
In its small size thirty-five millimeters, square form factor MB is preferred due to its surge ability.
This MB group of rectifiers has a value of breakdown volts of about one thousand volts
This feature makes use for it use for small level applications which needed high surge features

MB10S Bridge Rectifier Features

The main features are discussed here

It has less leakage
The value of surge overload current is thirty-five ampers
Mostly used in PCB circuits
It is compatible to SOCI four packaging
One thousand reverse breakdown volts
The continuous current is 0.5 ampers

Features	Details
Reverse Breakdown Voltage	1000V
Continuous Current	0.5A
Peak Current Overload	35A
Leakage	Low-leakage
Package	Compact SOIC-4 package

MB10S Bridge Rectifier Pinout

Pin 1 used as output positive pin
Pin2 used as a negative output terminal
Pin3 used as AC input
Pin used ac input connection

MB10S Bridge Rectifier Applications

It is used in different power supplies.
Used in mobile charger circuits
Used in switches

Where to Use MB10S?

• The MB10S bridge rectifier is a circuit that is used for the conversion of AC signals into DC. It comes with a configuration of interlocked diodes.
2 types of rectifiers used for the rectification process that are full-wave and half-wave rectifiers.
Half-wave rectifiers convert only one half of the cycle, and full-wave converts the complete half of the signal into DC.

How does a bridge rectifier work?

There are 4 diodes connected in circuits for AC conversion; a signal is provided at input and output, and we get a DC supply in bridge rectifiers.
The circuit output signals are in the same polarity irrespective of the polarity of the AC signal.
The circuit is a bridge rectifier that is made with the use of a diode in a bridge-like configuration. The AC signal is provided at the input of A and B, and the output is obtained at the load resistor.

What is a half-wave rectifier?

The half-wave rectifier converts one half of the signal into DC and blocks the other half. It transforms AC voltage into DC voltage and uses a single diode.
It is used for the conversion of AC into DC. That is done with the use of one or more diodes. The half-wave rectifiers use one diode, and full-wave rectifiers use many diodes, or normally 4.

MB10S Alternative

KBL04
DB107

FAQs

Are the MB10F bridge stack and MB10S the same?

The height of the MB10S bridge is 2.5 mm. MB10F 10S comes with a thickness of 1.1mm, and MB10F thickness is 0.6mm. It is considered that the features of two rectifier bridges are the same, but MB10F is thin and small in size as compared to MB10S.