Relec Electronics supplies conduction and baseplate-cooled DC-DC converters for systems where airflow is restricted, fanless operation is required or environmental contaminants make forced-air cooling unsuitable. Heat transfers through the converter’s baseplate into a suitable heatsink, cold plate or equipment chassis.
The range includes half-brick, full-brick and enclosed converters delivering up to 3 kW. Products are available for industrial, railway, automotive, e-mobility, telecom, defence and medical applications. Selected models offer wide input ranges, high-voltage inputs, regulated outputs and compliance with standards including EN 50155, EN 45545-2 and IEC/EN/UL 62368-1.
Our engineers can help assess the input range, output voltage, isolation, thermal interface, baseplate temperature and required derating. Browse the range or contact Relec for product selection and integration support.
Showing 1–16 of 30 results
Input Range: 6-58V dc
Output Range: 12-58V
Power: 3000W
Form Factor: Enclosed baseplate module
Cooling Method: Conduction via baseplate
Certifications: RoHS, Designed to meet MIL-STD-810G
Input Range: 9-63.2V dc
Output Range: 12V-48V
Power: 750W
Form Factor: Enclosed chassis
Cooling Method: Baseplate conduction
Certifications: RoHS, IEC 60068-2-27/64
Input Range: 180-425 Vdc
Output Range: 12-48V
Power: 600W
Form Factor: Full-brick module
Cooling Method: Baseplate conduction
Certifications: UL62368-1, EN62368-1, EN50155
Input Range: 43-160V dc
Output Range: 12-48V
Power: 600W
Form Factor: Chassis Mount
Cooling Method: Baseplate conduction
Certifications: UL62368-1, EN50155, EN45545-2
Input Range: 200 -425 Vdc
Output Range: 12-48V
Power: 750W
Form Factor: Full-brick module
Cooling Method: Baseplate conduction / Forced air
Certifications: UL62368-1, EN62368-1, EN50155
Input Range: 66-160V dc
Output Range: 12-48V
Power: 100W
Form Factor: Half-brick
Cooling Method: Conduction / free air convection
Certifications: UL60950-1, EN50155, CE
Input Range: 9-36V dc / 18-75V dc
Output Range: 3.3-48V
Power: 100W
Form Factor: Half-brick
Cooling Method: Conduction / free air convection
Certifications: UL62368-1, IEC62368-1, EN50155
Input Range: 14-160V dc
Output Range: 5-48V
Power: 150W
Form Factor: Half-brick
Cooling Method: Baseplate conduction
Certifications: UL62368-1, IEC62368-1, EN50155, EN45545-2
Input Range: 9-75V dc
Output Range: 12-48V
Power: 150W
Form Factor: Half-brick
Cooling Method: Baseplate conduction
Certifications: UL62368, RoHS
Input Range: 9-36V / 18-75V
Output Range: 5-48V
Power: 200W
Form Factor: Half-brick
Cooling Method: Conduction / free air convection
Certifications: UL62368-1, IEC62368-1, EN50155
Input Range: 43-160V dc
Output Range: 5V-48V
Power: 200W
Form Factor: Half-brick
Cooling Method: Baseplate conduction
Certifications: UL60950-1, EN50155, EN45545-2
Input Range: 14-160V dc
Output Range: 12-48V
Power: 200W
Form Factor: Half-brick module
Cooling Method: Baseplate conduction
Certifications: UL62368-1, EN62368-1, EN50155
Input Range: 14-160V dc
Output Range: 5V-54V
Power: 200W
Form Factor: Half-brick
Cooling Method: Baseplate conduction
Certifications: EN50155, EN45545-2, UL62368-1
Input Range: 180 -425 Vdc
Output Range: 5-48V
Power: 300W
Form Factor: Half-brick module
Cooling Method: Baseplate conduction / Forced air
Certifications: UL62368-1, EN62368-1, EN50155
Input Range: 9-36V / 18-75V / 43-160V dc
Output Range: 3.3-48V
Power: 300W
Form Factor: Half-brick
Cooling Method: Conduction / free air convection
Certifications: UL62368-1, IEC62368-1, EN55032
Input Range: 43-160V dc
Output Range: 5-48V
Power: 300W
Form Factor: Half-brick
Cooling Method: Conduction / free air convection
Certifications: UL60950-1, EN50155, EN45545-2
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