WSA533 Datasheet, PDF (1/2 Pages) Astrodyne Corporation – HIGH EFFICIENCY, COMPACT DESIGN SWITCHMODE TECHNOLOGY

WSA 500 SERIES, 30 WATTS
HIGH EFFICIENCY, COMPACT DESIGN SWITCHMODE TECHNOLOGY
A-CASE
MODEL NUMBER
WSA533
WSA540
WSA545
WSA550
WSA555
WSA560
WSA565
WSA570
WSA575
WSA580
WSA590
WSA510
WSA511
WSA512
WSA513
WSA514
WSA515
WSA516
WSA518
WSA520
WSA522
WSA524
WSA526
WSA528
WSA530
WSA532
WSA536
WSA540
WSA544
WSA548
VDC
AMPS
WATTS
3.3
5
16
4.0
5
19
4.5
5
22
5
5
25
5.5
4.5
25
6
4.15
25
6.5
3.8
25
7
3.5
25
7.5
3.3
25
8
3.1
25
9
3
27
10
2.7
27
11
2.5
27
12
2.5
30
13
2.3
30
14
2.15
30
15
2
30
16
1.85
30
18
1.65
30
20
1.5
30
22
1.35
30
24
1.25
30
26
1.15
30
28
1.07
30
30
1
30
32
0.94
30
36
0.83
30
40
0.75
30
44
0.68
30
48
0.63
30
*Add a suffix, “M” for Medical or leave it blank for non-medical.
www.AstrodyneTDI.com
PH: 908-353-5700 | FAX: [phone]
UL, cUL, TUV Certified CE marked for European Compliance CEC /
DOE EISA 2007 Compliant
Standard Specifications
• Universal Input Voltage: 90-264Vac 47-63Hz class I or II
• 75 to 85% efficiency
• Output Voltage Tolerance: +/-2.5% Typical, +/-5% Max, from
Full Load to No Load.
• Operating Temperature: 0 - 40°C
• Maximum Output Ripple:
• 3.3 - 6V: 50mVp-p
• 6.1 - 22V: 100mVp-p
• 22.1 - 32V: 150mVp-p
• 32.1 - 48V: 250mVp-p
• Designed for Continuous Duty
• Hold-Up Time : 25mS Minimum @ 120 Vin
• Short Circuit and Over Load Protection
• SELV Output
• MTBF Calculated > 100,000 Hours @ 40°C
• 2 Hour Minimum Loaded Burn-in at 40°C Ambient for
standard output cord configurations
• Leakage current compliant to IEC60601-1 Category B and BF
• 5 Year Warranty
Available Features
• Expanded Operating Temperatures
• 400 Hz Input Rating
• DC Input Rating
• Additional Noise and/or Surge Protection
• LED Power On Indicator
• Fixed-in-place Input Cord
• Wall Plug-in configuration
• Extended Hold-Up Time
• Output Cord Sets and Connector Configurations
• Case Colors, Markings & Logos
• 16 Hour Burn-in
All specifications are typical at nominal input, full load, and 25°C unless
otherwise noted
© Copyright 2015, Astrodyne, Inc
This document is believed to be correct at time of publication and Astrodyne, Inc
accepts no responsibility for consequences from printing errors or inaccuracies.
Specifications are subject to change without notice