Cart()
 
 
Categories
Contact Us
  • A&S Power Supply Co.,Ltd
  • Address:469, Xinsheng Road, Gaoxin District, Chengdu, Sichuan, China
  • Tel:+86-28-65376776
  • Fax:+86-28-86129221
  • Email:inverter@electrical8.com
  • Contact Person:Karina
Home / Products / power supply / TDK Lambda Power Supply / Unit Type / TDK Lambda Power Supply HWSME-SERIES

TDK Lambda Power Supply HWSME-SERIES

TDK Lambda Power Supply HWSME-SERIES
share

TDK Lambda Power Supply CN-A SERIES
TDK Lambda Power Supply CN-A SERIES
· Optimum wide input voltage range for Railway Related Instruments, input voltage: 60- 160 VDC(DC110V type) or 14.4- 36 VDC(DC24V type) · Anti-vibration and shock resistanc
TDK Lambda Power Supply PMH-SERIES
TDK Lambda Power Supply PMH-SERIES
· CE marking (Low Voltage Directive) · Compact on-board type AC-DC powerinput 85~265VAC universal input · Wide variationOutput power : 5W, 10W, 15W typesOutput voltage 
TDK Lambda Power Supply PAF-F24PAF-F48 SERIES
TDK Lambda Power Supply PAF-F24PAF-F48 SERIES
Features · Original ASIC in Control Circuit: actualized 90% (28V output) of high efficiency,low noise, high power density, high cost performance by Zero VoltageSwitching technolo
TDK Lambda Power Supply RKE-SERIES
TDK Lambda Power Supply RKE-SERIES
Constant Current or Constant Voltage Versions
TDK Lambda Power Supply CE-09 SERIES
TDK Lambda Power Supply CE-09 SERIES
Features SMD type Short in height: 4.0mm or 4.3mm Equipped with variable output voltage (single output type only) 5-side metal-shielded low noise design Contact us for any questions.
TDK Lambda Power Supply PAF-F280 SERIES
TDK Lambda Power Supply PAF-F280 SERIES
Features · Original ASIC in Control Circuit: actualized 91% (28V output) of high efficiency,low noise, high power density, high cost performance by Zero VoltageSwitching technolo
TDK Lambda Power Supply ZWS-PAF-SERIES
TDK Lambda Power Supply ZWS-PAF-SERIES
Harmonic correction(PFHC) Meets input requirement of the mechatronics industry:Applicable to DC24V pulse load Ultra compact and high power: Capable of 200% of average wattage at t