Medical equipment Blood cell analyzer high voltage DC-DC Converter GRB Series
Features:
Sunyuan GRB Series Wide Voltage Range Input, Regulated High Voltage Outptut DC DC Converter adopts the advanced DC/DC conversion and pressor technology, the unique vacuum insulation and encapsulation technical design, the metal shield case, which have the following characteristics: Moisture-proof, shockproof, high efficiency, low noise, low temperature drift, anti-EMC electro magnetic interference, etc. The modules are widely used in mine exploration, metallurgy, optical control technology, medical equipment, physical and chemical experimental analysis, etc.
Specification:
>Input voltage (VDC): 12VDC: 9-18VDC, 24VDC: 18-36VDC, etc
>Output voltage (VDC): 80VDC, 100VDC, 110VDC, 150VDC, 200VDC, 250VDC
>Output power consumption: 2--10W
>Nonisolated
>Flame retardant package material
>Toroidal magnetics
>Fully encapsulated
>Efficiency to 85%
>Anti electromagnetic interference
>Multiportection: OTP, OCP, UVL SCP.
For customized products, please enquire Shenzhen Sunyuan Technology.
Output Specifications: |
Technical Specifications |
Technical Parameter |
Testing Conditions |
Voltage Stability Accuracy |
3.0%max |
1%-100% load range |
Voltage Regulation |
0.5%max |
full load |
Load Regulation |
±0.5%type.
±1.0%max (No load to full load) |
0%-100% load range |
Ripple and Noise |
≤150mVp-p,max |
20MHzband width |
Dynamic Response Speed |
≤150us |
25% load-full load |
Response Time |
500ms |
|
Input Specifications: |
Input Voltage Range |
(12VDC) 9 - 18VDC |
|
(24VDC)18 - 36VDC |
|
Linear Speed Rate |
0.5% |
low end- high end |
General Specifications: |
Switch Frequency |
150KHZ |
Typical Value |
Conversion Efficiency |
See Model Selection Guide |
|
Isolation Voltage |
Non-isolated |
|
Average Non-failure Interval Time |
50000 hours |
|
Temperature Coefficient |
0.02%/ºC |
|
Environment Characteristics: |
Operating Temperature |
-40ºC - +85ºC |
|
Storage Humidity |
-55ºC - +125ºC |
|
Relative Humidity |
10% - 90% |
|
Cooling Mode |
free air |
|