TDK Lambda Power Supply PVD-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 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 ZWS-BP-SERIES
Features · 200% peak power capability. · Compact size, lightweight and high efficiency.Efficiency improvement of 5% or more at full load condition Reduction of 30% or mo

TDK Lambda Power Supply PAQ-SERIES
Model name Output voltage Output current Output power PAQ50S48 PAQ50S48-1R2 1.2V 12A 14.4W PAQ5

TDK Lambda Power Supply CE-10 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 NNS-SERIE
Features · CE marking (Low Voltage Directive) · Compact linear power supply Low ripple &noise : 1mV (rms), 3mV (pk-pk) · Low leakage current : 50µA · Wide o

TDK Lambda Power Supply KWD-SERIES
Features · Compact on-board type AC-DC power supplyInput 85～132VAC · Wide VariationOutput power : 5W, 10W, 15W typesOutput voltage : 5V, 12V types · Over current and

TDK Lambda Power Supply SWT-SERIES
Model name CH Nominal output voltage Output current Max. peak output current(Note1) Nominal output power Max. output power

TDK Lambda Power Supply PH300S600S-SERIES
Features · CE marking (Low voltage Directive) · Compact DC-DC power moduleLarge power 300W/600WHigh power density : 61.6W/inch³ (600W type)600W type : 146 x 86 x 12.7&n

TDK Lambda Power Supply Genesys Series
Features Highest power density 2400W available in 1U size. Output voltage up to 600V, Output current up to 400A. Built in RS323/RS485 Interface (optional GPIB) Miniaturization with heat dissipation design. Front panel will intake the air and release it through the back panel makes stacking is p