> Power supplies>Power supplies>Switching power supplies, enclosed>Recom AC/DC converters, 2W, PCB, RAC02-E/277/W series>RAC02-3.3SE/277/W

Manufacturers

RAC02-3.3SE/277/W

Recom AC/DC converter series RAC02-E/277/W

AC/DC converters in a plastic housing with 2W and a universal input. These devices have a stranded wire connection, are protected against overload, overvoltage as well as short circuit and comply with IEC60950-1, EN60950-1, EN60335-1 as well as EN55032 class B. We offer the following types of this Recom series: RAC02-3.3SE/277/W and RAC02-12SE/277/W.

  • single output
  • output: 2W
  • input voltage: 85 to 305V AC (47 to 63Hz)
  • input current: 0,03A
  • maximal input inrush current: 30A
  • leakage current: 0,01mA
  • maximal no-load power consumption: 0,035W
  • withstand voltage I/P-O/P: 4000V AC
  • connection type: stranded wires
  • operating temperature: -40 to +75°C
  • dimensions: 33,7x22,2x17,75mm
  • weight: 25g
RAC02-3.3SE/277/W, Recom AC/DC converters, 2W, PCB, RAC02-E/277/W series

RAC02-3.3SE/277/W

237756 RAC02-3.3SE/277/W RAC02-3.3SE/277/W Recom AC/DC converter series RAC02-E/277/W. AC/DC converters in a plastic housing with 2W and a universal input. These devices have a stranded wire connection, are protected against overload, overvoltage as well as short circuit and comply with IEC60950-1, EN60950-1, EN60335-1 as well as EN55032 class B. We offer the following types of this Recom series: RAC02-3.3SE/277/W and RAC02-12SE/277/W. single output output: 2W input voltage: 85 to 305V AC (47 to 63Hz) input current: 0,03A maximal input inrush current: 30A leakage current: 0,01mA maximal no-load power consumption: 0,035W withstand voltage I/P-O/P: 4000V AC connection type: stranded wires operating temperature: -40 to +75°C dimensions: 33,7x22,2x17,75mm weight: 25g

Specifications

manufacturer
Manufacturer's name RAC02-3.3SE/277/W
Output voltage [V] 3,3
Efficiency [%] 67
Output current [A] 0,6
Output voltage tolerance: [%] ±6
Ripple [mVp-p] 300
Data Sheet

Unit price

19,79 €

Stock: 98
Further delivery:
CW 22/2025