Recom DC-DC Converter
- RS Stock No.:
- 199-5079
- Mfr. Part No.:
- RPMB5.0-2.0-CT
- Manufacturer:
- Recom
Temporarily out of stock - back order for despatch 27-06-2024, delivery within 2 working days
Added
Price 1 Tube of 30
€188.24
(exc. VAT)
€231.54
(inc. VAT)
| Tube(s) | Per Tube | Per unit* |
| 1 - 4 | €188.24 | €6.275 |
| 5 - 9 | €182.60 | €6.087 |
| 10 - 24 | €176.95 | €5.898 |
| 25 - 49 | €171.29 | €5.71 |
| 50 + | €165.65 | €5.522 |
| *price indicative | ||
- RS Stock No.:
- 199-5079
- Mfr. Part No.:
- RPMB5.0-2.0-CT
- Manufacturer:
- Recom
Technical data sheets
Legislation and Compliance
- COO (Country of Origin):
- SK
Product Details
RECOM DC-DC Converter, 5.5 to 36V DC Input Voltage Range, 88% Conversion Efficiency - RPMB-2.0 Series - RPMB5.0-2.0-CT
This DC-DC converter from RECOM lets you adjust your power supply to suit the needs of your industrial appliances. A wide input voltage range between 5.5 and 36V makes the device widely compatible with common power supplies. By outputting stable voltages between 1 and 9V, it ensures attached equipment can run efficiently. The unit is shielded on all sides to limit the effect of high EMI levels, so you can be sure of reliable connections. As it has an 88% efficiency rating, you get a high level of conversion with minimal energy wasted through heat.
Features & Benefits
• Maximum ripple voltage of 60mV to minimise interference from electrical noise
• Line regulation rating of ±0.5% for stable output voltages
• Start-up time of 4.8ms makes activation quick
• Surface mounting style for easy installation
• Line regulation rating of ±0.5% for stable output voltages
• Start-up time of 4.8ms makes activation quick
• Surface mounting style for easy installation
Applications
• Automated assembly lines
• Power distribution networks
• Packing plants
• Automotive industry
• Power distribution networks
• Packing plants
• Automotive industry
Does this DC-DC converter come with short-circuit protection?
Yes, this device comes with integrated short-circuit protection, as well as resistance to overcurrent and over-temperature. This minimises the risk of damage caused by common electrical faults.