In each case, the output can be adjusted across 9.6 – 28V and can be up to 10A and up to 200W.
Called i1C, they actually measure 26.42 x 26.42 x 10.2mm.
There are two input ranges:
i1C2W010A120V-00x-R parts work from 9 – 36V (max input current 20A), while i1C4W010A120V-00x-R parts work from 18 – 75V (max input current 15A).
In each case, there are four sub-part numbers to give any combination of: positive or negative-going on-off control, and 3.7 or 5.6mm length PCB pins.
Efficiency can be as high as 98%, and operation is with the case between -40 and +120°C.
The output is set internally to 12V (±2%), and is adjusted by connecting a resistor between the modules trim pin and either the output positive or output negative rail.
Internals are encapsulated to improve shock and vibration performance, and protections include input under-voltage, output over-current, over-temperature and a five-sided aluminium enclosure to reduce radiated EMI.
External electrolytic and ceramic capacitors are required.
“The series is ideal for generating a wide range of high-power DC outputs from 12, 24, and 48V system voltages in medical, industrial, test, measurement, and battery-powered equipment such as automated guided vehicles, industrial mobile robots and drones,” according to TDK.
All models carry CE and UKCA marking for the Low Voltage and RoHS Directives, and are designed to IEC/UL/CSA/EN 62368-1 safety standards, said TDK.
Evaluation boards are available.
Find the i1C series data sheet here
