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KBPC5010

1. Current: 5-50A;

2. Voltage: 1000-1600V;

3. Xiaotong’s universal size “vacuum + oxygen protection” welding technology;

4. Glass passivated diode chip;

5. High thermal conductivity packaging.

    product detail

    Features

    1. Current: 5-50A;

    2. Voltage: 1000-1600V;

    3. Xiaotong’s universal size “vacuum + oxygen protection” welding technology;

    4. Glass passivated diode chip;

    5. High thermal conductivity packaging.

    Typical applications

    1. Rectified power supply

    2. Industrial automation control

    3. CNC machinery and remote control system

    Model meaning

    KBPC-5010 Model meaning
    KBPC? KBPC: Bridge rectifier development code
    50 DC output value: 10A 25A 35A 50A
    10 Reverse repetitive peak voltage VRRM = indicated value x 100 times

    Technical parameters

    model

    DC transmission

    Output current

    Single phase input

    Positive to flat

    average current

    Reverse input

    Peak voltage

    Repeat in reverse

    Peak current

    insulation

    Voltage

    ID

    IF(OFF)

    VRRM

    IRRM

    Everything

    Type

    A

    A

    V

    mA

    V(AM)

    one

    Mutually

    bridge

    Mode

    all

    flow

    device

    KBPC1010

    10

    5

    100-1600

    5

    2500

    KBPC2510

    25

    12.5

    100-1600

    5

    2500

    KBPC3510

    35

    17.5

    100-1600

    5

    2500

    KBPC5010

    50

    25

    100-1600

    5

    2500

    Appearance and installation dimensions/wiring diagram

    KBPC.jpg

    Product application

    1. DC current of instruments and equipment; 2. Input rectified power supply of PWM inverter; 3. DC motor excitation power supply; 4. Input rectification of switching power supply; 5. Soft-start capacitor charging; 6. Electrical drag and auxiliary current; 7 , Inverter welding machine; 8. Current charging DC power supply.

    illustrate:

    a. Vdsm/Vrsm=Vdrm/Vrrm+200V;

    b. Unless otherwise stated, Lgt, Vgt, Ih, Vtm, and Viso are debugging values ??under 25, and other parameters in the table are test values ??under Tvjm;

    c. I2t=I2tsmTW/2, where TW: bottom width of sinusoidal half-wave current, at 50HZ frequency, I2t(10ms)=0.005I2tsm(A2S);

    d. When used at a current of 60HZ, Itsm(8.3ms)=1.066(10ms),I2t(8.3ms)=0.943I2tsm(10ms)。