> Power supplies>Voltage converters>DC/DC converters, PCB mounting>Recom DC/DC converters, 2,5 to 12W, SIL3 housing, R-78HBxx-0.5(L) series>R-78HB12-0.5

Manufacturers

R-78HB12-0.5

Recom DC/DC converter series R-78HB

DC/DC converters in a SIP/SIL3 housing with 2.5 to 7.5 W output power are designed for direct PCB mounting and have an efficiency of up to 96%. These devices are non-isolated, eliminating the need for heatsinks, and include short circuit protection as well as thermal shutdown capabilities. With low ripple and noise levels, these converters offer ±3% voltage accuracy (load range: 20-100%) along with maximum ripple & noise of only 60mVpp. The suffix "L" denotes models featuring bent pins at a right angle. We offer various types of this Recom series

  • single output
  • output: 2,5 to 12W
  • output voltage tolerance: ±3%
  • maximal ripple and noise: 60mVpp
  • operating temperature: -40 to +85°C
  • weight: 4g
R-78HB12-0.5, Recom, 2.5 to 12 W, SIL 3 housing, R-78HBxx-0.5(L) by Recom

R-78HB12-0.5

37118 R-78HB12-0.5 R-78HB12-0.5 Recom DC/DC converter series R-78HB. DC/DC converters in a SIP/SIL3 housing with 2.5 to 7.5 W output power are designed for direct PCB mounting and have an efficiency of up to 96%. These devices are non-isolated, eliminating the need for heatsinks, and include short circuit protection as well as thermal shutdown capabilities. With low ripple and noise levels, these converters offer ±3% voltage accuracy (load range: 20-100%) along with maximum ripple & noise of only 60mVpp. The suffix "L" denotes models featuring bent pins at a right angle. We offer various types of this Recom series single output output: 2,5 to 12W output voltage tolerance: ±3% maximal ripple and noise: 60mVpp operating temperature: -40 to +85°C weight: 4g

Specifications

manufacturer
Manufacturer's name R-78HB12-0.5
Case SIL 3 case
Input voltage [V] 17...72
Output voltage [V] 12
Output current [mA] 500
Efficiency [%] 94...89
Data Sheet

Unit price

15,79 €

Stock: 1
Next incoming goods:
CW 49/2024
125 units

Further delivery:
CW 02/2025