VDV(HV)
Description
VDV(HV) converters were designed for DC high voltage inputs (redundant power supply, onboard generator and rectifier) in a range 82...350 VDC.
Application
· Shipbuilding
· Radiolocation and communication
· Aircrafts
· AC rectified voltage conversion
· Ground vehicles
· Radiolocation and communication
· Aircrafts
· AC rectified voltage conversion
· Ground vehicles
Features
· Specialized for onboard 110 VDC and 270 VDC power supply
· Case operating temperature –60...+125 °C
· Full range of protections: SCP, OCP, OVP, thermal protection
· Voltage inductive feedback
· Input/output galvanic isolation 1500 VDC
· Case operating temperature –60...+125 °C
· Full range of protections: SCP, OCP, OVP, thermal protection
· Voltage inductive feedback
· Input/output galvanic isolation 1500 VDC
Download
HiRel
VDV(HV)
30–1000 W
High voltage input
› Medium power density
› Case temperature –60...+125 °С
› Case temperature –60...+125 °С
SERIES OVERVIEW
Designed according to
MIL-STD-810G
MIL-STD-461F (CE102)
MIL-STD-704A-F
MIL-STD-461F (CE102)
MIL-STD-704A-F
Environmental tests
EMC tests
Aircraft electrical power supply
Model
Output power
Dimensions (L×D×H), mm
Input voltage
Output voltage
Efficiency
Download
a datasheet
a datasheet
* Input range "N" and outputs 9 VDC and 12 VDC are not available in VDV(HV)500.
VDV(HV)1000
1000 W
168×122×16
M 230 VDC (175…350) / (175…400)
24, 28 VDC
93 %
VDV(HV)400
VDV(HV)500*
VDV(HV)500*
400 W
500 W
500 W
122×84.2×12.85
N 110 VDC (82…154) / (82…170)
M 230 VDC (175…350) / (175…400)
M 230 VDC (175…350) / (175…400)
9, 12, 15, 24, 28 VDC
88 %
VDV(HV)80
VDV(HV)160
VDV(HV)160
80 W
160 W
160 W
107×67.7×12.85
N 110 VDC (82…154) / (82…170)
M 230 VDC (175…350) / (175…400)
M 230 VDC (175…350) / (175…400)
5, 9, 12, 15, 24, 28 VDC
88 %
VDV(HV)30
VDV(HV)40
VDV(HV)40
30 W
40 W
40 W
84.5×52.7×12.85
N 110 VDC (82…154) / (82…170)
M 230 VDC (175…350) / (175…400)
M 230 VDC (175…350) / (175…400)
5, 9, 12, 15, 24, 28 VDC
86 %
General specifications
