Manufacturers

RSDW40F-03

Mean Well DC/DC converter series RSDW40

Converter modules in a 2x1 inch housing with 40W and an input voltage ratio of 4:1. These devices are suitable for direct PCB mounting, do not require a minimum load and are protected against short circuit, overload, overvoltage as well as overtemperature. They have a built-in remote ON/OFF control and comply with EN55032, EN50155 (railway) as well as IEC60571. We offer the following types of this Mean Well series: RSDW40F-03, RSDW40F-05, RSDW40F-12, RSDW40F-15, RSDW40G-05, RSDW40G-12, RSDW40G-15, RSDW40H-05, RSDW40H-12, RSDW40H-24 and RSDW40H-48.

  • single output
  • output: 40W
  • output voltage tolerance: ±1%
  • withstand voltage RSDW40F_ / RSDW40G_: 1600V DC
  • withstand voltage RSDWH_: 3000V DC
  • operating temperature: -40 to +90°C
  • weight RSDW40F_ / RSDW40G_: 37,6g
  • weight RSDW40H_: 45g

RSDW40F-03

235250 RSDW40F-03 RSDW40F-03 4711287474076 Mean Well DC/DC converter series RSDW40. Converter modules in a 2x1 inch housing with 40W and an input voltage ratio of 4:1. These devices are suitable for direct PCB mounting, do not require a minimum load and are protected against short circuit, overload, overvoltage as well as overtemperature. They have a built-in remote ON/OFF control and comply with EN55032, EN50155 (railway) as well as IEC60571. We offer the following types of this Mean Well series: RSDW40F-03, RSDW40F-05, RSDW40F-12, RSDW40F-15, RSDW40G-05, RSDW40G-12, RSDW40G-15, RSDW40H-05, RSDW40H-12, RSDW40H-24 and RSDW40H-48. single output output: 40W output voltage tolerance: ±1% withstand voltage RSDW40F_ / RSDW40G_: 1600V DC withstand voltage RSDWH_: 3000V DC operating temperature: -40 to +90°C weight RSDW40F_ / RSDW40G_: 37,6g weight RSDW40H_: 45g

Specifications

manufacturer
Manufacturer's name RSDW40F-03
GTIN 4711287474076
Output voltage [V] 3,3
Input voltage range [V] 9...36
Efficiency [%] 89
Output current [A] 10
Ripple [mVp-p] 100
Data Sheet

Unit price

38,79 €

Volume discounts

Quantity Unit price
50 + 37,49 €

Stock: 4
Further delivery:
CW 42/2024