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SUPERVERTER 132W, 18~36Vdc Input World's Most Advanced High


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DC-DC Converters,SV28-3.3 Series
SUPERVERTER
132W, 18~36Vdc Input
World's Most Advanced High Density DC-DC Converters.
MODEL SELECTION
Model Name
SV28-3.3-50-1 SV28-3.3-60-1 SV28-3.3-75-1 SV28-3.3-100-1 SV28-3.3-150-1 SV28-3.3-200-1
Vin(Vdc)
18-36 18-36 18-36 18-36 18-36
Vout(Vdc)
Io(Amps)
Watts
39.6 49.5
API0DC70-001 API0DC40-001 API0DC74-001 API0DC42-001 API0DC33-001 API0DC56-001
18-36
Size: 60.70mm 57.91mm 13.30mm (2.39in. 2.28in. 0.52in.)
FEATURES
High Power Density 54W/in3 Constant Frequency 370kHz +100oC Operation 105oC Over Temperature Protection High Efficiency Typical Output Noise Industry-Standard Pinout Metal Baseplate Input Voltage Range Over Voltage Protection Current Limit/Short Circuit Protection Adjustable Output Voltage: 110% Vo,set Remote Sense Logic ON/OFF Safety Agency Approval (150W
DESCRIPTION
SuperVerter module high density DC-DC converter designed distributed power architectures, workstations, equipment, telecommunication appliciations. surface mount construction uses metal baseplate planar transformers produce 132W half brick package. SuperVerter module suitable replacement industry standard half brick modules.
OPTION
Choice Remote On/off Logic Configuration Heat Sink Available Extended Operation
SPECIFICATION
ABSOLUTE MAXIMUM RATINGS:
Exceeding absolute maximum ratings cause permanent damage reduce reliability
PARAMETER Input Voltage Transient Input Voltage Input/Output Isolation Operating Case Temperature Storage Temperature 1500 UNITS
CONDITIONS
Continuous
max.
Electrical Specifications: Unless otherwise indicated specifications apply over operating input voltage, resistive load, temperature conditions.
INPUT SPECIFICATIONS:
PARAMETER Operation Input Voltage Maximum Input Current (Ii,max): SV28-3.3-150-1 Input Ripple Rejection Inrush Transient Input Reflected-Ripple Current Peak Peak 12.2 5Hz-20MHz UNITS 0Vdc 36Vdc Io,max 120Hz CONDITIONS
Source impedance
http://www.acbel.com
Specifications subject change without notice. illustrations reference only.
SUPERVERTER
OUTPUT SPECIFICATIONS:
PARAMETER Output Voltage Point (Vo,set) Line Regulation Load Regulation Temperature Drift Output Ripple Noise Voltage Peak Peak External Load Capacitance Output Current( SV28-3.3-50-1 SV28-3.3-75-1 SV28-3.3-100-1 SV28-3.3-150-1 SV28-3.3-200-1 Output Current limit: SV28-3.3-50-1 SV28-3.3-75-1 SV28-3.3-100-1 SV28-3.3-150-1 SV28-3.3-200-1 Output Short Circuit Current Switching Frequency Efficiency: SV28-3.3-50-1 SV28-3.3-75-1 SV28-3.3-100-1 SV28-3.3-150-1 SV28-3.3-200-1 Dynamic Response: Peak Deviation Setting Time
DC-DC Converters,SV28-3.3 Series
132W, 18~36Vdc Input
Caution: This power module internally fused. input line fuse must always used.
0.01 0.05 3.35 UNITS
3.25
CONDITIONS Tc=25 Vi=28V, Io,max Vi=18V Io=0.5 Io,max Tc=-40oC 100oC
10,000
mVp-p
20MHz Electrolytic capacitor
0.5A,the modules exceed output ripple specifications
Vo=90% Vo,set 34.5 13.2 39.5 52.5 Io,max Vo=250mV
81.5 81.5 79.5
Tc=70oC Vi=28V Io=Io,max
load %Vo,set 0.1A/
Tc=25oC Vi=28V
CONTROL SPECIFICATIONS:
PARAMETER UNITS CONDITIONS
Logic On/Off: Logic Low: Ion/off Von/off Logic High:Ion/off Von/of Turn-On Time
Von/off=0V Ion/off<1mA Von/off=15V Ion/off=0.0
Io=80% Io,max within Vo,set
Output Remote Sense Range Output Voltage Trim Range Over Voltage Protection Over Temperature Protection
%Vo,set
Auto recovery Auto recovery
http://www.acbel.com
Specifications subject change without notice. illustrations reference only.
SUPERVERTER
ISOLATION SPECIFICATIONS:
PARAMETER Input Output Input Case Output Case Input Output Capacity Isolation Resistance
DC-DC Converters, SV28-3.3 Series
132W, 18~36Vdc Input
1500 1500 2000
UNITS Mohm
CONDITIONS
GENERAL SPECIFICATIONS:
PARAMETER Weight Size MTBF 2.39x2.28x0.52 UNITS MHrs TC=40oC,Io=80% Io,max CONDITIONS
TRIM CIRCUIT
Rtrim-down= ((100/ %)-2) Kohms
+Out +Sense +Outo +Sense
Rtrim-up=
Vo(100+ 100+2 1.225
Kohms
Rtrim-down
Trim -Sense -Out
Load
Trim -Sense -Out
Rtrim-up
Load
Desired Output Voltage Change Output Voltage Rtrim-up= External Resistor Value Increase Rtrim-down= External Resistor Value Decrease
Trim-Down
Trim-Up
57.91 (2.28)
4.83(0.19)
OUTLINE DRAWING
48.26 (1.90)
INNER HOLE THRU (4X)
-OUT 10.16 (0.40)(4X)
CASE
60.70 (2.39)
15.24 (0.60)
ON/OFF
50.80
7.62 (2.00) (0.30)(2X)
+OUT
12.57 (0.50)
4.95(0.20) 11.51 (0.45) DIA. 1.00 (0.04) (7X) DIA. 2.03 (0.08) (2X)
13.30(0.52)
19.20(0.75) 9.73(0.38)
ALUMINUM HEATSINK SURFACE
http://www.acbel.com
Specifications subject change without notice. illustrations reference only.
SUPERVERTER
PERFORMANCE CURVES: SV48-3.3-75
DC-DC Converters, SV28-3.3 Series
132W, 18~36Vdc Input
Figure Efficiency nominal output voltage load current 18V, input voltage Tc=25oC
Figure Efficiency nominal output voltage load current 18V, input voltage Tc=70oC
Figure Power dissipation nominal output voltage load current 18V, input voltage Tc=25oC
Figure 4.Power dissipation nominal output voltage load current 18V, input voltage Tc=70oC
12.5
17.5
22.5
27.5
32.5
37.5
Figure Input current input voltage maximum load current
Figure Typical start-up 0.8Io,max load current (5ms/div)
Trace: input voltage (20V/div) Bottom Trace: Output voltage (2V/div)
http://www.acbel.com
Specifications subject change without notice. illustrations reference only.
SUPERVERTER
DC-DC Converters, SV28-3.3 Series
132W, 18~36Vdc Input
Figure Output voltage ripple maximum output current (2.5 s/div) Trace: input voltage (50mV/div) Middle Trace: input voltage (50mV/div) Bottom Trace: input voltage (50mV/div)
Figure Output voltage response step-change load current input voltage dI/dt=0.1A/ (100 s/div) Trace: Step change Io,max (1V/div) Middle Trace: 25%-50%-25% Io,max (100mV/div) Bottom Trace: 50%-75%-50% Io,max (100mV/div)
Vi(+)
Vo(+)
Vi(-)
Vo(-)
Figure Magnitude phase loop gain input voltage
full rated power
Figure Thermal plot without heat sink input voltage, maximum load current room temperature, measured after half hour
Figure 11.Forced convection power dissipation local ambient temperature with heat sink either orientation
Figure Case-to-ambient thermal resistance airflow either
orientation
http://www.acbel.com
Specifications subject change without notice. illustrations reference only.
SUPERVERTER
SV28-3.3-100
DC-DC Converters, SV28-3.3 Series
132W, 18~36Vdc Input
Figure Efficiency nominal output voltage load current 18V, input voltage Tc=25oC
Figure Efficiency nominal output voltage load current 18V, input voltage Tc=70oC
Figure Power dissipation nominal output voltage load current 18V, input voltage Tc=25oC
Figure 4.Power dissipation nominal output voltage load current 18V, input voltage Tc=70oC
37.5
Figure Input current input voltage maximum load current
Figure Typical start-up 0.8Io,max load current (5ms/div)
Trace: input voltage (20V/div) Bottom Trace: Output voltage (2V/div)
http://www.acbel.com
Specifications subject change without notice. illustrations reference only.
SUPERVERTER
DC-DC Converters, SV28-3.3 Series
132W, 18~36Vdc Input
Figure Output voltage ripple maximum output current (2.5 s/div) Trace: input voltage (50mV/div) Middle Trace: input voltage (50mV/div) Bottom Trace: input voltage (50mV/div)
Figure Output voltage response step-change load current input voltage dI/dt=0.1A/ (100 s/div) Trace: Step change Io,max (1V/div) Middle Trace: 25%-50%-25% Io,max (100mV/div) Bottom Trace: 50%-75%-50% Io,max (100mV/div)
Vi(+)
Vo(+)
Vi(-) Vo(-)
Figure Magnitude phase loop gain input voltage full
rated power
Figure Thermal plot without heat sink input voltage, maximum load current room temperature, measured after half hour
Figure 11.Forced convection power dissipation local ambient temperature with heat sink either orientation
Figure Case-to-ambient thermal resistance airflow either
orientation
http://www.acbel.com
Specifications subject change without notice. illustrations reference only.
SUPERVERTER
SV28-3.3-150
DC-DC Converters, SV28-3.3 Series
132W, 18~36Vdc Input
Figure Efficiency nominal output voltage load current 18V,
input voltage Tc=25oC
Figure Efficiency nominal output voltage load current 18V, input voltage Tc=70oC
Figure Power dissipation nominal output voltage load current 18V, input voltage Tc=25oC
Figure 4.Power dissipation nominal output voltage load current 18V, input voltage Tc=70oC
12.5
17.5
22.5
27.5
32.5
37.5
Figure Input current input voltage maximum load current
Figure Typical start-up 0.8Io,max load current (5ms/div)
Trace: input voltage (20V/div) Bottom Trace: Output voltage (1.375V/div)
http://www.acbel.com
Specifications subject change without notice. illustrations reference only.
SUPERVERTER
DC-DC Converters, SV28-3.3 Series
132W, 18~36Vdc Input
Figure Output voltage ripple maximum output current (2.5 s/div) Trace: input voltage (100mV/div) Middle Trace: input voltage (100mV/div) Bottom Trace: input voltage (100mV/div)
Figure Output voltage response step-change load current input voltage dI/dt=0.1A/ (100 s/div) Trace: Step change Io,max (1V/div) Middle Trace: 25%-50%-25% Io,max (100mV/div) Bottom Trace: 50%-75%-50% Io,max (100mV/div)
Vi(+)
Vo(+)
Vi(-)
Vo(-)
Figure Magnitude phase loop gain input voltage full rated power 25oC
Figure Thermal plot without heat sink input voltage, maximum load current room temperature, measured over temperature shutdown
Figure 11.Forced convection power dissipation local ambient temperature with heat sink either orientation
Figure Case-to-ambient thermal resistance airflow either orientation
http://www.acbel.com
Specifications subject change without notice. illustrations reference only.
SUPERVERTER
SV28-3.3-200
DC-DC Converters, SV28-3.3 Series
132W, 18~36Vdc Input
Figure Efficiency nominal output voltage load current 18V,
input voltage Tc=25oC
Figure Efficiency nominal output voltage load current 18V, input voltage Tc=70oC
Figure Power dissipation nominal output voltage load current 18V, input voltage Tc=25oC
Figure Power dissipation nominal output voltage load current 18V, input voltage Tc=70oC
37.5
Figure Input current input voltage maximum load current
Figure Typical start-up 0.8Io,max load current (5ms/div)
Trace: input voltage (20V/div) Bottom Trace: Output voltage (2V/div)
http://www.acbel.com
Released: 07-22-'02 Specifications subject change without notice. illustrations reference only.
SUPERVERTER
DC-DC Converters, SV28-3.3 Series
132W, 18~36Vdc Input
Figure Output voltage ripple maximum output current (2.5 s/div) Trace: input voltage (50mV/div) Middle Trace: input voltage (50mV/div) Bottom Trace: input voltage (50mV/div)
Figure Output voltage response step-change load current input voltage dI/dt=0.1A/ (100 s/div) Trace: Step change Io,max (2V/div) Middle Trace: 25%-50%-25% Io,max (100mV/div) Bottom Trace: 50%-75%-50% Io,max (100mV/div)
Vi(+)
Vo(+)
Vi(-)
Vo(-)
Figure Magnitude phase loop gain input voltage full rated power
Figure Thermal plot without heat sink input voltage, maximum load current room temperature, measured over temperature shutdown
Figure 11.Forced convection power dissipation local ambient temperature with heat sink either orientation
Figure Case-to-ambient thermal resistance airflow either orientation
http://www.acbel.com
Released: 07-22-'02 Specifications subject change without notice. illustrations reference only.

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