• Part: RS12-4805SZ
  • Description: DC/DC Converter
  • Manufacturer: RECOM
  • Size: 1.52 MB
Download RS12-4805SZ Datasheet PDF
RECOM
RS12-4805SZ
RS12-4805SZ is DC/DC Converter manufactured by RECOM.
- Part of the RS12-243.3SZ comparator family.
Features Regulated Converters - 12W in SIP8 package - 3k VDC isolation - 4:1 input voltage range - Operating temperature from -40°C to +75°C with no derating and convection cooling only - Continuous short circuit protection - ON/OFF CTRL pin DC/DC Converter RS12-Z y Description The RS12 is an advanced DC/DC converter that uses planar transformer technology to offer a very high power density, 4:1 input voltage, regulated DC output with 3k VDC isolation and a wide operating temperature range of -40°C to +75°C (without derating and with convection cooling only). The SIP8 pinout is backwards patible with our RS6 (6W) and RS3 (3W) offering the option of 3W, 6W or 12W of output power in the same sized package, the difference being that the RS12 uses a metal case. Additional features such as UVLO, CTRL pin, trimmable outputs and simple EMC filtering round off this versatile DC/DC converter which is also UL/IEC/EN 62368-1 safety certified with CB report. 12 Watt SIP8 w 3YEAR arrant Single Output Selection Guide Part Number nom. Input Output Output Efficiency max. Capacitive Voltage Range Voltage Current typ. (1)Load (2) [VDC][VDC] [m A] [%] [µF] RS12-243.3SZ 9-363.3 2400 85 6000 RS12-2405SZ 9-365 2400 88 6000 RS12-2412SZ 9-3612 1000 88 1000 RS12-2415SZ 9-3615 800 88 860 RS12-2424SZ 9-3624 500 89 200 RS12-483.3SZ 18-753.3 2400 85 5600 RS12-4805SZ 18-755 2400 88 5600 RS12-4812SZ 18-7512 1000 88 1000 RS12-4815SZ 18-7515 800 88 860 RS12-4824SZ 18-7524 500 89 200 Notes: Note1: Efficiency is tested by nominal input and full load at +25°C ambient Note2: Max Cap Load is tested by minimum input and constant resistive load E224736 IEC/EN62368-1 pending UL62368-1 pending CSA/CAN No. 62368-1 pending CB Report pending EN55032 pliant Model Numbering RS12- Output Power nom. Input Voltage nom. Output Voltage Ordering...