Lambda’s new SM Series of Power
Modules are ideally designed for
Telecommunications
and
Network
applications.
Product Specifications
SM30 Series Power Modules
Lambda Electronics, Inc.
515 Broad Hollow Road
Melville, New York 11747
Tel: (516) 694-4200 or Toll Free: (800) LAMBDA-4/5
Fax: (516) 293-0519
REVISION HISTORY
Revision
A
Date
8/12/99
Description
Initial Release
Program
Manager
Peter Brune
Quality
Manager
Dave Wandrey
Marketing
Manager
Mike Wagner
-a-
LAMBDA ELECTRONICS INC.
Table of Contents
λ
Page
1. COMMON PRODUCT SPECIFICATIONS..................................................................................................... 1
1.1. Regulated Outputs ..................................................................................................................................... 1
1.2. DC Input Range ........................................................................................................................................ 2
1.3. Input Voltage Ripple Rejection .................................................................................................................. 2
1.4. Inrush Current........................................................................................................................................... 2
1.5. Overshoot.................................................................................................................................................. 2
1.6. Operating Temperature Range................................................................................................................... 3
1.7. Overload Protection................................................................................................................................... 3
1.8. Input Line Disturbances............................................................................................................................. 5
1.9. Overvoltage Protection
1.10. Cooling ................................................................................................................................................... 5
1.11. Input, Output, and Mounting Configuration............................................................................................. 5
1.12. Remote Functions .................................................................................................................................... 5
1.13. Fungus Proofing ...................................................................................................................................... 5
1.14. Shock, Vibration, and Temperature ......................................................................................................... 5
1.15. Turn ON/OFF Voltages ........................................................................................................................... 6
1.16. EMI......................................................................................................................................................... 6
1.17. Isolation Voltages.................................................................................................................................... 6
1.18. Warranty ................................................................................................................................................. 7
1.19. Regulatory Agency Compliance............................................................................................................... 7
1.20. Maximum Surface Distortion for Machine Placement.............................................................................. 7
1.21. Package, Voltage, and Current Ratings.................................................................................................... 7
1.22. Efficiency ................................................................................................................................................ 8
1.23. MTBF ..................................................................................................................................................... 8
1.24. Physical Data........................................................................................................................................... 8
5
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LAMBDA ELECTRONICS INC.
1.
COMMON PRODUCT SPECIFICATIONS
1.1.
Regulated Outputs
PRELOAD: 10% required on all outputs.
a.
b.
λ
Line Regulation, Single Output ............... 0.2% (From Low line to High Line)
Line Regulation, Dual Output.................. 0.2% -V to +V (From Low line to High Line)
0.5% -V or +V to common
Load Regulation, Single Output .............. 1.0% Max for output current changes between
10% and 100% of full load.
Load Regulation, Dual Output................. 1.0% Max -V to +V for output current changes between
10% and 100% of full load.
3.0% (Typical) -V or +V to common for output current
changes between 25% and 100% of full load.
Cross Regulation ..................................... Dual output models: Current change from 25% to 100%
of full load on positive output will result in less than 3.0%
(Typical) change in the negative output voltage.
(Note:
Ripple and noise specifications are differential mode, and measured at the output
terminals of the converter utilizing the EIAJ method. All specifications reflect a 20 Mhz.
measurement bandwidth.)
c.
d.
e.
f.
Ripple and Noise, Single Output ............. 3.3, 5.0 volt outputs: 75 mVp-p
12 volt outputs: 100 mVp-p
15 volt outputs: 100 mVp-p
Ripple and Noise, Dual Output................ 100 mVp-p
g.
h.
Remote Resistance Programming ............ "TRIM" pin is available which allows ± 10%
adjustment of main output voltage via addition of
external
resistor referenced to either +V or -V terminal.
i.
Remote Voltage Programming ................ All units can be remotely programmed from an external
voltage source by utilizing the "Trim" pin
Temperature Coefficient.......................... ± 0.015% per
°C,
maximum. (measured on center of case)
Output Voltage Drift ............................... 0.3% maximum over 8 hour period on main output
(after thermal equilibrium is reached)
Initial Set Point, Single Output................ ± 1.0%
Initial Set Point, Dual Output .................. ± 1.0% -V to +V
Output voltage balance at full load: The difference
Between +V to common and -V to common should be
less then
±2%
of +V to -V.
j.
k.
l.
m.
SM30_SPEC.doc
Page 1 of 9
Rev. A
LAMBDA ELECTRONICS INC.
n.
λ
Start-Up Time/Capacitive Loading ............. The table below describes the maximum capacitive load
for a 20 ms start-up under all input line conditions with a
100% resistive load. And It also states the maximum
output capacitance allowed.
Values Still to Be Determined during DVT testing.
Output Capacitance Condition
Max Capacitance for 10 mS Start up –
24V
Max Capacitance for 10 mS Start up –
48V
Max Capacitance allowed –
24V
Max Capacitance allowed –
48V
o.
3.3V
18,000
18,000
100,000uf
100,000uf
Single Output
5.0V
12V
8,000
1,800uf
7,200
1,800uf
100,000uf 100,000uf
100,000uf 100,000uf
15V
1,200uf
1,200uf
8,000uf
8,000uf
Dual Output
±
12
±
15
250uf
250uf
400uf
250uf
5,000uf 5,000uf
5,000uf 5,000uf
Transient Response..................................... After the application of 25% step load change in output
current, output voltage will stay within 2% of preset value,
recovering to within 1% in less than 1 millisecond after
application of transient (typical).
Operating Modes .................................... Units can be operated in series
p.
1.2.
DC Input Range
a.
b.
24 Volt Nominal DC Input...................... 18.0 - 36.0 Vdc, at 1 Vp-p ripple
48 Volt Nominal DC Input...................... 36.0 - 75.0 Vdc, at 1 Vp-p ripple
1.3.
Input Voltage Ripple Rejection
f = 100 Hz Sinewave, 1 Vp-p, Vi = Nominal Input
IVR = Min 45 db, typical 60 db
1.4.
Inrush Current
All modules meet the requirements for inrush current as specified by ETSI -300-132. Max surge current as
defined by ETSI-300-132 is 48 Amps.
1.5.
Overshoot
No output overshoots at turn on, turn off, or power failure.
SM30_SPEC.doc
Page 2 of 9
Rev. A
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