> Power supplies>Voltage converters>DC/DC converters, PCB mounting>Mean Well DC/DC converters, 2W, SIL7 housing, for medical technology, MDS02 series>MDS02N-15

Manufacturers

MDS02N-15

Mean Well DC/DC converter series MDS02

Unregulated DC/DC converters in a SIL7 housing with 2W, a low patient leakage current (<2µA) and a high efficiency (up to 85%). These devices are suitable for medical technology applications (1xMOOP/2xMOPP) and are protected against short circuit (max. 3s). They are inexpensive and comply with ES60601-1, EN55011 class B as well as EN61000-4-2. We offer the following types of this Mean Well series: MDS02L-05, MDS02L-12, MDS02L-15, MDS02M-05, MDS02M-12, MDS02M-15, MDS02N-05, MDS02N-12 and MDS02N-15.

  • single output
  • output: 2W
  • output voltage tolerance: ±5%
  • maximal ripple and noise: 75mVpp
  • withstand voltage: 6000/4200V DC
  • operating temperature: -40 to +85°C
  • weight: 4,2g
Meanwell MDS02 series

MDS02N-15

110349 MDS02N-15 MDS02N-15 4711287472263 Mean Well DC/DC converter series MDS02. Unregulated DC/DC&nbsp;converters in a SIL7 housing with 2W, a low patient leakage current (&lt;2&micro;A) and a high efficiency (up to 85%). These devices are suitable for medical technology applications (1xMOOP/2xMOPP) and are protected against short circuit (max. 3s). They are inexpensive and comply with&nbsp;ES60601-1, EN55011 class&nbsp;B as well as EN61000-4-2. We offer the following types of this Mean Well series:&nbsp;MDS02L-05, MDS02L-12, MDS02L-15, MDS02M-05, MDS02M-12, MDS02M-15, MDS02N-05, MDS02N-12 and MDS02N-15. single output output: 2W output voltage tolerance:&nbsp;&plusmn;5% maximal ripple and noise: 75mVpp withstand voltage: 6000/4200V DC operating temperature: -40 to +85&deg;C weight: 4,2g

Specifications

manufacturer
Manufacturer's name MDS02N-15
GTIN 4711287472263
Input voltage [V] 21,6...26,4
Output voltage [V] 15
Output current range [mA] 13...133
Efficiency [%] 85
Data Sheet

Unit price

5,39 €

Volume discounts

Quantity Unit price
50 + 4,89 €

Stock: 33
Further delivery:
CW 40/2024