TDK Lambda Power Supply RKE-SERIES

TDK Lambda Power Supply PAH200H series
Features High efficiency: 92% - top level in the industry (PAH450S48) Compact & high density: 1/2 in size and 164.8W/in3 max(PAH450S48) CE marking (Low voltage Directive) Compact DC-DC power module Contact us for details.

TDK Lambda Power Supply PAE-SERIES
Features RoHS Compatible Design. Industry standard 1/8 brick footprint (22.76mm x 8.5mm x 57.9mm) High power : 100W (PAE100S48-5) High power density : 146.3W/inch³ (PAE100S48-5) High&n

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 PSS-SERIES
Features · RoHS compatible design(5th Generation Concept) · Suitable for computer,telecommunication,FA control,Amusement application · Wide operating temperature (-40 to +85 degree C with&nb

TDK Lambda Power Supply ZWX-SERIES
Features Worldwide-applicable input, triple-output type Compact, slim and lightweight contributing to energy-saving and environmental protection EMI: Complying with FCC Class B, VCCI-B, EN55011-B Immunity : Complying with EN61000-4-2,-3,-4,-5, -6,-8,-11 Peak load accommodatable Contact

TDK Lambda Power Supply PFE-S SERIES
Features · PFHC and DC-DC converter are consolidated in Full Brick size. · Wide input voltage range (85-265VAC) · High power factor (95%), High efficiency 86% max (PFE300S,500S

TDK Lambda Power Supply CE-3101 SERIES
Features · SMD type · 5‐side metal-shielded low noise design · Delivery in tray or by taping available · CE-1005A is high efficiency than CE-1005 Model

TDK Lambda Power Supply PVD-SERIES
Features: Input/Output isolation Single in-line type Over current protection Adjustable output voltage Contact us for any questions.

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