The TDK-Lambda brand QM8B modular power supplies are rated at up to 2000 W. This further extends the QM series which can provide 550 to 2000-W output power. The QM8B models are available with up to 18 outputs, have full MoPPs (Means of Patient Protection) isolation and low acoustic noise. With medical and industrial safety […]
tdklambdacorporation
Don’t be confused by line and neutral fusing
It pays to know when the use of a single fuse is less hazardous than fusing both hot and neutral wires. David Norton | TDK-Lambda Americas For many years ac-dc power supplies for the medical market have been safety certified to the IEC 60601-1 medical standard and to the industrial IEC 60950-1 /IEC 62368-1 standards. […]
Active 20-A 40-Vdc EMC filters provide MIL-STD voltage surge, spike protection
The TDK-Lambda FQB series of EMC filters have a rating of 40 Vdc at 20 A. Voltage surge and spike protection for dc-dc converters is accomplished through the use of active technology. The FQB has a rugged encapsulated quarter-brick package with a choice of flanged or non-flanged baseplates. These modules are suitable for use in […]
48-V 480-W DIN rail power supply features narrow 84-mm width, long life
The TDK-Lambda brand DRB480-48-1 AC-DC DIN Rail mount power supply has an efficiency of up to 93%, reducing waste heat and allowing the use of a compact enclosure size featuring a power density of 6 W/in3. The power supply is suitable for a wide range of industrial applications including factory automation, process control and test […]
Full-Rack 1U ac/dc programmable supplies extended with 1.7-kW models
The TDK-Lambda 1U Full-Rack 1.7-kW ac/dc Programmable Power Supply Series provides a choice of ten different models ranging from 10 V-170 A to 600 V-2.8 A well suited for design, test and measurement in the laboratory/R&D environment and address broad market segments including automotive, aerospace, semiconductor, industrial and renewable/alternative energy. Built into a lightweight 1U […]
550-to-650-W modular supplies sport full MoPPs isolation, low acoustic noise, up to 10 outputs
QM4 modular power supplies are rated at 550 to 650 W and are available with up to 10 outputs, have full MoPPs (Means of Patient Protection) isolation and low acoustic noise. With medical and industrial safety certifications, the power supplies are suitable for use in medical, test and measurement, communications and broadcast equipment. Accepting a […]
Power supplies deliver 50W at 80°C ambient when conduction cooled
TDK Corporation announces the introduction of the TDK-Lambda brand CUS100ME series of AC-DC 100W rated power supplies, with the capability of delivering 50W in ambient temperatures of 80°C when conduction cooled without the need for forced air cooling. Certified to medical and ITE standards for Class I and II (no earth ground connection) operation, the […]
DIN rail mount redundancy modules deliver 40 A output
TDK Corporation announces the introduction of the DRM40 series DIN rail mount redundancy modules. The two 20A 10V to 30Vdc rated inputs can be connected to provide a 20A redundant configuration, or using the load balancing option, to deliver a 40A output. For capacitive and inductive loads, the DRM40 will support an additional 50% peak […]
DIN-rail 960-W supply provides 1,440 W of peak power
A 960-W-rated model to the DRF series ac-dc DIN rail mount power supplies is 95% efficient and produces little internal waste heat, enabling electrolytic capacitors to run cool, providing a calculated life of in excess of eleven years with a 75% load at 230-Vac input. The unit can supply a peak load of 1,440 W […]
Dual output isolated dc-dc converters from TDK-Lambda now in stock at Sager Electronics
Sager Electronics is now stocking TDK-Lambda’s CCG15-30D dual output isolated DC-DC converters. The CCG15-30D 15W to 30W DC-DC converters offer a dual output solution in a 1″ x 1″ industry standard package. The isolated DC-DC converters expand on the single output CCG product family and feature a wide range of inputs with up to 92% efficiency. Additional features […]
