PCB Mount

Relec Electronics supplies PCB mount DC-DC converters for direct integration into industrial, railway, automotive, medical, telecom, defence and instrumentation equipment. The range extends from low-power board-level modules to 750 W converters, with input options reaching 425 Vdc and outputs from 3.3 Vdc to 54 Vdc.

Available package formats include SIP, DIP, quarter-brick, half-brick, full-brick and surface-mount modules. Options include isolated and non-isolated designs, wide input ranges, single or multiple outputs, regulated outputs and remote on/off control. Cooling methods include natural convection and baseplate conduction.

Our engineers can help assess the input range, output voltage, power rating, isolation, PCB footprint, thermal design and applicable safety standards.

Power (W)

Showing 33–48 of 63 results

  • ECLB40W Series

    Input Range: 9-36V / 18-75V dc
    Output Range: 3.3-24V
    Power: 40W
    Form Factor: Low-profile case
    Cooling Method: Free air convection
    Certifications: IEC/EN/UL62368-1

  • ECLB60W Series

    Input Range: 9-36V / 18-75V dc
    Output Range: 3.3-48V
    Power: 60W
    Form Factor: Low-profile case
    Cooling Method: Free air convection / conduction
    Certifications: IEC/EN/UL62368-1

  • ECLB75W Series

    Input Range: 9-36V / 18-75V dc
    Output Range: 5-48V
    Power: 75W
    Form Factor: PCB Mount
    Cooling Method: Baseplate conduction
    Certifications: UL62368-1, EN62368-1, IEC62368-1

  • FN1-B3N Series

    Input Range: Fixed 3.3V / 5V / 12V / 15V / 24V dc
    Output Range: 3.3V to ±24V
    Power: 1W
    Form Factor: SIP
    Cooling Method: Free air convection
    Certifications: UL94 V-0

  • FN2-xxSxxC3N Series

    Input Range: Fixed (5V, 12V, 24V dc)
    Output Range: 3.3V-24V
    Power: 2W
    Form Factor: SIP
    Cooling Method: Free air convection
    Certifications: UL94 V-0

  • FN2-xxxxxCN Series

    Input Range: Fixed (5V, 12V, 15V, 24V dc)
    Output Range: 3.3V-±24V
    Power: 2W
    Form Factor: SIP
    Cooling Method: Free air convection
    Certifications: UL94 V-0

  • FXP Series

    Input Range: 9-36V
    Output Range: 24-54V
    Power: 1000W
    Form Factor: Full-brick
    Cooling Method: Baseplate conduction
    Certifications: UL60950-1, IEC/EN60950-1, RoHS

  • FxW Series

    Input Range: 9-36V dc
    Output Range: 12-54V
    Power: 1000W
    Form Factor: Full-brick
    Cooling Method: Baseplate conduction
    Certifications: UL60950-1, IEC/EN60950-1, RoHS

  • MBH Series

    Input Range: 10-16V dc
    Output Range: 28V dc
    Power: 1100-2100W
    Form Factor: Enclosed low-profile package
    Cooling Method: Baseplate conduction
    Certifications: Designed to meet MIL-STD-810G

  • MTW Series

    Input Range: 9-36V
    Output Range: 12-28V
    Power: 360W
    Form Factor: Half-brick
    Cooling Method: Baseplate conduction
    Certifications: UL60950, RoHS

  • MUS1R5 Series

    Input Range: 4.5-76V dc
    Output Range: 3.3V-±15V
    Power: 1.5W
    Form Factor: SIP / SMD
    Cooling Method: Free air convection
    Certifications: UL62368-1, EN62368-1

  • MUS3 Series

    Input Range: 4.5-76V dc
    Output Range: 3.3V-±15V
    Power: 3W
    Form Factor: SIP / SMD
    Cooling Method: Free air convection
    Certifications: UL62368-1, EN62368-1

  • MUS6 Series

    Input Range: 4.5-76V dc
    Output Range: 3.3V-24V
    Power: 6W
    Form Factor: SIP / SMD
    Cooling Method: Free air convection
    Certifications: UL62368-1, EN62368-1

  • MUW10 Series

    Input Range: 4.5-76V dc
    Output Range: ±12V / ±15V
    Power: 10W
    Form Factor: SIP / SMD
    Cooling Method: Free air convection
    Certifications: UL62368-1, EN62368-1

  • MUW1R5 Series

    Input Range: 4.5-76V dc
    Output Range: ±12V / ±15V
    Power: 1.5W
    Form Factor: SIP / SMD
    Cooling Method: Free air convection
    Certifications: UL62368-1, EN62368-1

  • MUW3 Series

    Input Range: 4.5-76V dc
    Output Range: ±12V / ±15V
    Power: 3W
    Form Factor: SIP / SMD
    Cooling Method: Free air convection
    Certifications: UL62368-1, EN62368-1

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