Cincon AC-DC Fanless Power Solution
Cincon offers a comprehensive range of AC-DC power solutions, including baseplate cooling power supplies and AC-DC brick-type power supplies. The baseplate-cooling power supplies feature a power range from 130W to 500W, while the AC-DC brick-type power supplies range from 70W to 750W. Cincon also offers detailed technical articles explaining the exceptional performance of their fanless power supplies. These power solutions are suitable for various applications, such as industrial and ITE use with IEC/UL/EN 62368-1 safety approvals, as well as medical use with IEC/UL/EN 60601-1 safety approvals.
Features
- Power range from 70W to 750W
- Wide operating temperature
- Baseplate-cooling design
- Up to 92.5% efficiency
- Compliant to IEC/EN/UL 62368-1 or IEC/EN/UL 60601-1
- Up to 5000m altitude
- Open-frame, cover, and brick types
Applications
- Medical
- ITE
- Industrial
Heat Dissipation to The Power Supply
While choosing an open-frame supply, users may need to determine the ambient temperature of the surrounding area of the power supply, meaning the temperature inside the end application.
The heat dissipation solution directly influences the power supply lifetime and output power. The higher the temperature is, the lower the output power and lifetime are. The common solutions for heat dissipation are natural convection, fan-cooling type, and both. In some end applications, an engineer may face the dilemma that a fanless solution is preferred, but the temperature would still be higher without a fan. To solve this problem, Cincon provides the baseplate-cooling design as an alternative to fanless solutions. The baseplate directs the heat to the case of the device, thus reducing the temperature of the power supply, resulting in higher output performance.
CFM130M Derating Curve
Videos
Additional Resources
ITE/Industrial Fanless Power Supplies
Cincon CFM130S 130W Open-Frame AC-DC Power Modules
130W open-frame AC-DC modules with an active power factor correction (PFC) function.
Cincon CFM150S AC-DC Power Supplies with PFC
Offers 90VAC to 264VAC universal input range, 12V to 48V output, and up to 94% efficiency.
Cincon CFM202S 200W Open-Frame AC-DC Modules
12V to 56V output voltage range, 90VAC to 264VAC input range, and up to 94% efficiency rating.
Cincon CFM260S AC-DC Power Supplies with PFC
Highly efficient, reliable, compact, high power density, single output AC/DC power modules.
Cincon CFM300S AC-DC Power Supplies
Ideal for ITE & industrial industries, 3”x5” baseplate-cooled modules with PFC & universal input.
Cincon CFM400S 400W AC-DC Power Supplies
Compact 400W AC-DC power supplies with universal input range and up to 94% efficiency.
Cincon CFM500S AC-DC Power Supplies with PFC
Features universal input range of 80VAC to 264VAC and high efficiency up to 94.5%.
Cincon CBM70S 70W AC-DC Brick Power Supplies
Single-output power modules fully protected against short circuit and over-voltage conditions.
Cincon CBM101S AC-DC Switching Brick Power Modules
100W AC-DC brick power supplies with universal input, PFC, and multiple voltage output options.
Cincon CBM150S AC-DC Switching Brick Power Modules
Offers 150W and power factor correction, requires no extremal components to pass EMI class B.
Cincon PDF700S 700W AC-DC Power Supplies
700W of output power at single output voltages of 12VDC, 24VDC, 28VDC, 48VDC, and 56VDC.
Cincon PDF700S 700W AC/DC Power Supplies with PFC
Features a series of power switching converters with a 700W output power.
Cincon PFC750 750W AC-DC Power Supply
Offers a 90VAC to 264VAC universal input range, up to 96.5% efficiency, and 750W power rating.
Medical Fanless Power Supplies
Cincon CFM130M Medical Power Supplies
80VAC-264VAC input, <150mW no-load consumption, up to 94% efficiency, and 2" x 3" open-frame design.
Cincon CFM200M & CFM300M AC-DC Power Supplies
Suited for medical applications, include PFC, up to 94% efficiency, 90VAC to 264VAC universal input.
Cincon CFM500M 500W Medical AC-DC Power Modules with PFC
Universal input range of 80VAC to 264VAC, multiple output options, high efficiency of up to 94.5%.