> Power supplies>Voltage converters>DC/DC converters, PCB mounting>Recom DC/DC converters, 1W, SIL7 housing, RE series>RE-053.3S

Manufacturers

RE-053.3S

Recom DC/DC converter series RE

DC/DC converters in a SIP/SIL7 housing with 1W output power are designed for direct PCB mounting. These devices have an efficiency of up to 85% and comply with industry standard pinout, ensuring easy integration into existing systems. With 1kV DC isolation and ±5% voltage accuracy (load range: 20 to 100%), these converters provide reliable performance even under challenging conditions. Operating temperature ranges from -40°C to +85°C, making them suitable for use in harsh environments. We offer the following types of this Recom series: RE-053.3S, RE-0505S, RE-0505S/P, RE-0512S, RE-0515S, RE-123.3S, RE-1205S, RE-1212S, RE-1505S, RE-1515S, RE-2405S, RE-2412S, RE-2415S and REE-0505S.

  • single output
  • output: 1W
  • output voltage tolerance: ±5%
  • operating temperature: -40 to +85°C
  • weight: 2,2g
RE-series by REcom

RE-053.3S

108893 RE-053.3S RE-053.3S Recom DC/DC converter series RE. DC/DC converters in a SIP/SIL7 housing with 1W output power are designed for direct PCB mounting. These devices have an efficiency of up to 85% and comply with industry standard pinout, ensuring easy integration into existing systems. With 1kV DC isolation and ±5% voltage accuracy (load range: 20 to 100%), these converters provide reliable performance even under challenging conditions. Operating temperature ranges from -40°C to +85°C, making them suitable for use in harsh environments. We offer the following types of this Recom series: RE-053.3S, RE-0505S, RE-0505S/P, RE-0512S, RE-0515S, RE-123.3S, RE-1205S, RE-1212S, RE-1505S, RE-1515S, RE-2405S, RE-2412S, RE-2415S and REE-0505S. single output output: 1W output voltage tolerance: ±5% operating temperature: -40 to +85°C weight: 2,2g

Specifications

manufacturer
Manufacturer's name RE-053.3S
Input voltage [V] 5
Efficiency [%] 75
Output current [mA] 303
Data Sheet

Unit price

6,39 €

Stock: 93
Further delivery:
CW 16/2025