MINMAX website use cookie. If you continue to use this site, you agree to the use of cookies. For more about cookie, please visit our privacy policy.
AGREE & DISMISS

NEWS & EVENTS

Product Matches:

Show: 15 30 All
  • 2020
  • May
MCW04/I04 SERIES 

MINMAX is proud to announce the new MCW04/I04 series of 4W Isolated/Regulated DC-DC Converters with wide input ranges in the SIP package. The MCW04/I04 family of DC-DC converters consists of 18 and 12 models offering 9-18、18-36、36-75 or 9-36、18-75 VDC input ranges with single output models ranging 5–24 VDC and dual output models ±12V to ±15V delivering 4 Watts of output power. All models feature: I/O Isolation of 1600VDC; high average efficiency up to 87%; operating ambient temperature range of -40°C to +85°C ; short-circuit protection and conflict Mineral free backed by a 3 Year Warranty. All models will qualify per the CB scheme with safety approvals to UL/cUL/IEC/EN 62368-1 standards (Pending).


Documentation including datasheets, safety reports, compliance statements and 3D models are available from our website. Models are in stock and available for immediate evaluation.

See more detail about MCW04/I04 Series ►

  • 2020
  • May
MDW12/I12 SERIES

MINMAX is proud to announce the new MDW12/I12 series of 12W Isolated/Regulated DC-DC Converters with wide input ranges in the compact 16 pin DIP package measuring only 0.94×0.54×0.40”, offering a very high power density up to 60W/in3. This level of integration offers system designers the opportunity to reduce overall PCB layout area or add more features into existing PCB profiles. The MDW12/I12 family of DC-DC converters consists of 14 and 21 models offering 9-36、18-75 and 9-18、18-36、36-75 VDC input ranges with single output models ranging 5–24 VDC and dual output models ±12V or ±15V delivering 12 Watts of output power. All models feature: I/O Isolation of 1500VDC; high average efficiency up to 88%; operating ambient temperature range of -40°C to +85°C ; faster start-up; fully regulated outputs with high precision; no minimum load requirement; very low no-load power consumption; shielded metal package; built-in EMI filter that meets EN55032 Class A without additional filtering required (Pending); and under-voltage/overload/short-circuit protection. All models have been qualified per the CB scheme with safety approvals to UL/cUL/IEC/EN 62368-1 standards. All MINMAX products are Reach Compliant, RoHS Compliant, Hazardous Substance Process Management (IECQ QC 080000) and conflict Mineral free backed by a 3 Year Warranty.


Documentation including datasheets, safety reports, compliance statements and 3D models are available from our website. Models are in stock and available for immediate evaluation.

See more detail about MDW12/I12 Series ►

 

  • 2020
  • Apr
MOA20C ‧ MQA40C MRA60C SERIES

The MOA20C 、 MQA40C、MRA60C series are the latest range of 20-60W DC-DC converters for MINMAX’s ultra-high isolation power solutions. They have chassis and DIN-Rail mounting package which can be directly installed in a server rack, data cabinet, and outdoor telecom, industry equipment. Especially, the input voltage range 80-160VDC makes it suitable for use in the energy systems.

The MOA20C 、 MQA40C、MRA60C Series both consists of 9 models offering 80-160 VDC input ranges with single output models ranging 5–48 VDC and dual output models ±12V, ±15V, ±24V delivering 20-60 watts of output power. Further features include I/O Isolation of 3000VAC, high average efficiency up to 89%, operating ambient temperature range of -40°C to +94.5°C, no minimum load requirement, built-in EMC filter for EMI emission EN55032 Class A without additional components required, and under-voltage/overload/voltage/short-circuit protection. All models have been qualified per the CB scheme with safety approvals to UL/cUL/IEC/EN 62368-1 standards.


Documentation including datasheets, safety reports, compliance statements and 3D models are available from our website. Models are in stock and available for immediate evaluation.

See more detail about MOA20CMQA40CMRA60C Series ►