TDK-Lambda Convection- & Conduction-Cooled Power Supplies

Author : Tdk lambda Published Time : 2018-03-30
TDK-Lambda convection- and conduction-cooled power supplies are a broad selection of devices ideally suited for applications that do not rely on fans for cooling. By eliminating fans, these TDK-Lambda power supplies reduce audible noise and required maintenance while providing increased system reliability.

Features

Convection-cooled features: Universal AC input, high efficiency, high convection ratings, medical & ITE safety certificationsConduction-cooled features: High efficiency, high baseplate operating temperature, I2C Interface (some models), protective PCB Coating (some models), parallel operation

Applications

IndustrialMedical (Convection)Commercial-off-the-shelf (COTS)Test and Measurement
Tdk lambda Newest

TDK-Lambda FQA/FQB 20A MIL-COTS DC Input Filters are board mounted quarter-brick DC input filters for MIL-COTS noise and spike suppression.

Date: 2019-09-24

TDK-Lambda DRM40 DIN Rail Redundancy Module features a 10 to 30VDC voltage range, isolated alarm signals, and a 40A current rating.

Date: 2019-02-13

TDK Lambda GXE600 Switching Power Supplies are single output 600W programmable medical and ITE power supplies.

Date: 2019-02-12

TDK-Lambda CCG15/30D Dual Output 15W to 30W Isolated DC-DC Converters offer a dual output solution in a 1" x 1" industry standard package.

Date: 2018-11-01

TDK-Lambda DTM110-C8 Desktop AC Adapters are 110W medical/ITE class II external power supplies suitable for B and BF rated equipment.

Date: 2018-10-29

TDK-Lambda DTM250-D Desktop AC Adapters are 250W medical/ITE external power supplies suitable for B and BF rated equipment.

Date: 2018-10-29

TDK-Lambda CUS1500M Medical and Industrial Power Supplies feature 1500W output power and output voltage options of 12V, 15V, 24V, 36V, and 48V.

Date: 2018-10-29

TDK-Lambda CUS100ME Series 100W AC-DC Power Supplies provide up to 87% high efficiency and support convection, conduction, or forced air cooling in 2 x 4" footprint.

Date: 2018-09-21