CENB1040A0903N01 -- ITE SWITCH-MODE 40 WATT POWER SUPPLY
SL Power Electronics Corp.ITE Switch-Mode 40 Watt Power SupplyCENB1040A0903N01
Description
A wide range of standard products provide proven platforms for modified and custom solutions for industrial and information technology equipment applications.
Robust electrical and mechanical designs withstand input-voltage sags and transients, and industrial-environme
nt shock and vibration.
Advanced topologies deliver increased efficiencies across the wide range of line and load conditions experienced in many ITE applications.
SL Power Electronics Corp.
Done
Description
A wide range of standard products provide proven platforms for modified and custom solutions for industrial and information technology equipment applications.
Robust electrical and mechanical designs withstand input-voltage sags and transients, and industrial-environme
nt shock and vibration.
Advanced topologies deliver increased efficiencies across the wide range of line and load conditions experienced in many ITE applications.
Datasheet
Datasheet Summary Powered by GS/AI
The CENB1040A0903N01 is a 40 Watt switch-mode power supply designed for universal input voltage ranges of 100-240VAC. It features a single output voltage of 9V with a maximum output current of 4A, delivering up to 36W of power. The power supply is compliant with EISA2007 and CEC Efficiency Level V standards, ensuring high efficiency and low power consumption, with no-load power consumption rated at less than 0.3W.
This model is housed in an impact-resistant polycarbonate enclosure and is certified to UL/EN60950-1 safety standards. It operates within a temperature range of 0¬8C to 40¬8C and has a mean time between failures (MTBF) of over 100,000 hours. The power supply also includes protections against overload and short circuits, utilizing hiccup mode for safety.
With a ripple and noise specification of 90mV peak-to-peak, the CENB1040A0903N01 provides regulated output with low ripple, making it suitable for sensitive electronic applications. The product dimensions are 102 x 60 x 32 mm, and it weighs 250g. The output connector is a 2.5mm barrel type, center positive.
Datasheet Summary Powered by GS/AI
The CENB1040A0903N01 is a 40 Watt switch-mode power supply designed for universal input voltage ranges of 100-240VAC. It features a single output voltage of 9V with a maximum output current of 4A, delivering up to 36W of power. The power supply is compliant with EISA2007 and CEC Efficiency Level V standards, ensuring high efficiency and low power consumption, with no-load power consumption rated at less than 0.3W.
This model is housed in an impact-resistant polycarbonate enclosure and is certified to UL/EN60950-1 safety standards. It operates within a temperature range of 0¬8C to 40¬8C and has a mean time between failures (MTBF) of over 100,000 hours. The power supply also includes protections against overload and short circuits, utilizing hiccup mode for safety.
With a ripple and noise specification of 90mV peak-to-peak, the CENB1040A0903N01 provides regulated output with low ripple, making it suitable for sensitive electronic applications. The product dimensions are 102 x 60 x 32 mm, and it weighs 250g. The output connector is a 2.5mm barrel type, center positive.
A wide range of standard products provide proven platforms for modified and custom solutions for industrial and information technology equipment applications.
Robust electrical and mechanical designs withstand input-voltage sags and transients, and industrial-environme
nt shock and vibration.
Advanced topologies deliver increased efficiencies across the wide range of line and load conditions experienced in many ITE applications.
A wide range of standard products provide proven platforms for modified and custom solutions for industrial and information technology equipment applications.
Robust electrical and mechanical designs withstand input-voltage sags and transients, and industrial-environment shock and vibration.
Advanced topologies deliver increased efficiencies across the wide range of line and load conditions experienced in many ITE applications.
