Give away medical masks when you place an order. learn more
TDK's KWS-A series adopts an all-in-one design aimed at maximizing user convenience by making board design as easy as possible for the customer
TDK Corporation features the 35 A TDK-Lambda iJA series of point-of-load non-isolated dc-dc converters.
TDK Corporation announces the introduction of the 20 A TDK-Lambda iBH series of POL (Point-of-Load) non-isolated dc-dc converters.
TDK-Lambda offers the i6A series, 250 W, non-isolated, DC-DC power modules with an input range of 9-40 V and an industry-standard 1/16th brick form factor.
TDK-Lambda introduces the CUS350M series, single-output, 350 W, medical and ITE power supplies.
TDK-Lambda PXC-M series operating over a 4:1 input range, the 3 W, 6 W, and 10 W products are enclosed in the industry standard 1.25" x 0.8" x 0.4" DIP-24 package.
TDK-Lambda's 30 W, 1 inch by 1 inch DC-DC converters operate over a 4:1 input range and offer six-sided shielding.
TDK-Lambda Americas offer the ZMS100 series AC to DC power supplies
From TDK-Lambda, the DRF120-480 series of full-featured DIN rail mount power supplies.
TDK's high efficiency upgraded AC-DC modules combine 91% efficiency, power-factor correction, regulation, and input-output isolation into one device.
Solid performance AC-DC power supplies from TDK Lambda at an economical price.
Features of TDK's IJB series make it well suited to meet the requirements of a variety of applications.
DPX series power supplies from TDK-Lambda are an economical solution for industrial and commercial applications.
TDK's DRB series of DIN rail power supplies are simple and economical solutions for building automation and process control applications.
TDK's CUS250LD series of power supplies have a small package size but offer efficiencies of up to 90% and a wide AC input range.
TDK's CN-A24 series DC-DC converters allow designers to create risk free, cost-effective IEC61373-compliant systems.
TDK's Z+ power supplies are smaller and lighter than comparable components, resulting in a increase in power density.