KBPC2510 | Bridge Rectifier | Datasheet | Pinout | Yangjie

Bridge Rectifier KBPC2510

KBPC2510 Wiring Diagram

KBPC2510 is a commonly used single-phase bridge rectifier for converting AC to DC. Below are some of the main parameters and applications of the KBPC2510 rectifier bridge:

kbpc2510 pinout Diagram

Basic parameters:

1. Maximum Repetitive Peak Reverse Voltage (VRRM): 1000 V. This represents the maximum AC input voltage that the KBPC2510 can withstand.
2. Maximum Average Output Current (IO): 25 A. This is the maximum current that the KBPC2510 can withstand under normal operating conditions, and it is important to note when designing, that it is best to leave a margin of twenty percent (Imax = 25*0.8) for the maximum current flowing through the KBPC2510.
3. Forward voltage drop (VF): usually around 1.1V. This represents the voltage drop between the two terminals of the KBPC2510 during forward conduction.
4. Maximum Operating Temperature (TJ): typically around 125°C. This is the temperature at which the KBPC2510 will operate under normal conditions. This is the maximum allowable temperature of the KBPC2510 under normal operating conditions, so good heat dissipation is a must in high power applications.

Scope of application:

1. power adapter: convert AC power to DC power to provide power for various electronic devices.
2. Battery charger: converts AC power to DC power when charging batteries.
3. Industrial power supply: provide stable DC power for industrial equipment.
4. Inverter and Motor Control: Converts AC power to DC power in motor control and inverter applications and then converts the DC power to adjustable frequency AC power.

Basic circuit applications: L is the fire wire in the diagram, N is the zero wire

AC INPUT: Connect the two terminals of the AC power supply (AC) to the two AC inputs of the bridge rectifier (usually labeled as “AC” or “~”), the inputs will usually need to be connected to a fuse.
DC Output: Connect the two DC output terminals of the bridge rectifier (usually labeled as “+” and “-”) to the positive and negative terminals of the DC output (DC), in order to make the output voltage smoother, a filtering capacitor will usually be selected to be connected before the load. before the load. In order to ensure the proper operation and safety of the rectifier bridge, it is also necessary to select a suitable heat sink according to the actual application.

kbpc2510 wiring diagram