High density dc-dc modules, Output voltage and current ratings, Pin connection – Powersolve PS200W Series User Manual
Page 2: External output trim, Output noise
Powersolve Electronics Ltd. 8A Arnhem Road, Newbury, RG14 5RU. England
Tel: 01635 521858 Fax: 01635 523771 Email: [email protected]
www.powersolve.co.uk
High Density DC-DC Modules
Output Voltage and Current Ratings
Pin
Function
1
+Vin
2
ON/OFF
3
CASE
4
-Vin
5
-Vout
6
-Sense
7
Trim
8
+Sense
9
+Vout
Pin Connection
All dimensions in inches (mm)
Tolerances
Inches
x.xx ±0.02
x.xxx ±0.010
Millimeters x.x ±0.5
x.xx ±0.25
MODEL
INPUT
OUTPUT
OUTPUT
INPUT CURRENT
% EFF.
CAPACITOR
VOLTAGE
VOLTAGE
CURRENT
NO LOAD
FULL LOAD
LOAD max.
PS200W-24S3V3
10-36VDC
3.3VDC
50A
130mA
7.90A
87
10000µF
PS200W-24S05
10-36VDC
5VDC
40A
150mA
9.58A
87
10000µF
PS200W-24S12
10-36VDC
12VDC
16.7A
50mA
9.71A
86
2200µF
PS200W-24S15
10-36VDC
15VDC
13.3A
50mA
9.56A
87
2200µF
PS200W-24S24
10-36VDC
24VDC
8.3A
45mA
9.54A
87
2200µF
PS200W-24S48
10-36VDC
48VDC
4.2A
60mA
9.77A
86
2200µF*
PS200W-48S3V3
18-75VDC
3.3VDC
40A
80mA
3.13A
88
10000µF
PS200W-48S05
18-75VDC
5VDC
40A
80mA
4.68A
89
10000µF
PS200W-48S12
18-75VDC
12VDC
16.7A
60mA
4.74A
88
2200µF
PS200W-48S15
18-75VDC
15VDC
13.3A
60mA
4.72A
88
2200µF
PS200W-48S24
18-75VDC
24VDC
8.3A
60mA
4.72A
88
2200µF
PS200W-48S48
18-75VDC
48VDC
4.2A
50mA
4.83A
87
2200µF*
NOTES:
Nominal Input Voltage 24VDC or 48VDC
The output terminal of 48Vout models requires a minimum capacitor of 47µF to maintain specified regulation.
Mechanical and Connection Details
Remote ON/OFF Control
The PS200W Series allows the user to switch the module on and off electronically with the remote on/off feature.
The PS200W Series are available with “positive logic” or “negative logic” (option).
Logic Table
Logic State
(Pin 2)
Negative
Logic
Positive
Logic
Logic low-
Switch closed
Module on
Module off
Logic high-
Switch open
Module off
Module on
External Output Trim
The output can be trimmed externally (±10%) using a fixed resistor or
a trimpot as shown.
Output Noise
The output noise is measured with a 10µF tantalum and a 1.0µF
ceramic capacitor across the output.