SGS Thomson Microelectronics GS175T48-15, GS175T48-12, GS175T48-5, GS120T48-3.3 Datasheet

GS120/175T48 Family

120W/175W DC-DC CONVERTERS FAMILY

Type V

GS120T48-3.3
GS120T48-3.3E

GS175T48-5
GS175T48-5E

GS175T48-12
GS175T48-12E

GS175T48-15
GS175T48-15E

i

38 to 60 V 3,35 V 35 A

38 to 60 V 5,075 V 35 A

38 to 60 V 12,0 V 15 A

38 to 60 V 15,0 V 12 A

V

o

I

FEATURES

UL, CSA, TUVapproved
High outputpower (up to 175W)
High efficiency(82% typ. on GS175T48-5mod­ule)
Paralleloperation with equal current sharing
Synchronizationpin
Remote ON/OFF
Remote load voltagesense compensation
Output short-circuitprotection
Undervoltagelock-out
Minimal overshootduring load transients
Output overvoltageprotection
500V

inputto output isolationvoltage

DC

Internal input and output filtering
Softstart
PCB or chassismountable
Optional additional finned heatsink
Mechanical dimensions 125 • 66,5 • 19 (4,92 •
2,62 • 0,75)

o

DESCRIPTION

The GS120/175T48familyincludes120/175WDC­DC convertersused to generate fixed isolatedout­put voltages with an outputcurrent up to 35A from
a wide range input voltage (38 to 60V).
The suffix E Identifies the metric threading on the
planar heatsink (see fig. 1).

OPTION

Type

Ordering Number

HS01

June 1994 1/10

Description Thermal Resistance

Additional finned heatsink

(See fig. 7)

2.8°C/W

Dimensions

L • W• H mm (inches)

125 • 66.5 • 15

( 4.92 • 2.62 • 0.59)

GS120/175T48 FAMILY

GS120T48-3.3ELECTRICAL CHARACTERISTICS (T

Symbol Parameter Test Conditions Min Typ Max Unit

Input Voltage Vo= 3.35V Io= 0 to 35A

V

i

V

l

ipk

V

l

ien

V

V

V

V

V

V

V

∆V

δV

I

I

osc

t

V

R

T

cop

T

Input Undervoltage Lockout Vo= 3.35V

iuv

AverageInput Current Vi= 0 to 60V

l

i

Inrush Transient Peak Current Vi= 60V

Reflected Input Current Vi= 38 to 60V

l

ir

Enable Input Voltage Vi= 38 to 60V Io= 0 to 35A

ien

Enable Input Current Vi= 38 to 60V Io= 0 to 35A

Inhibit Voltage Vi= 38 to 60V Io= 0 to 35A

iinh

Input Power Vi= 38 to 60V Io= 0A (No Load)

P

i

Total Output Voltage Regulation Vi= 38 to 60V Io= 0 to 35A

o

Short-term Output

ost

VoltageRegulation
Total Static Tolerance Vi= 38 to 60V Io= 0 to 35A

ots

Output Overvoltage

ol

Limit Initiation
Output Ripple Voltage Vi= 38 to 60V Io= 35A

or

Output Noise Voltage Vi= 38 to 60V Io= 35A

on

Total RemoteSense

o

Compensation
Peak Load Transient Response Vi= 48V δIo=5A

o

Output Current Vi= 38 to 60V Vo= 3.35V

I

o

OvercurrentLimit Initiation Vi= 48V

ol

Shortcircuit Output Current Vi= 48V

LoadTransient Settling Time Vi= 48V δIo=5A

t

s

Turn-onTime Vi= 48V Io= 35A

on

IsolationVoltage

is

Switching Frequency Vi= 38 to 60V Io= 0 to 35A

f

s

η Efficiency V

Thermal Resistance Case toAmbient

th

Operating Case
Temperature Range

Storage Temperature Range

stg

(Operating Conditions)

Io= 0 to 35A

Io= 35A

Io= 35A

BW = 5Hz to 20MHz
Io= 35A (See fig. 2)

V

=0V

ien

Vien = open

Vi= 38 to 60V Io= 0 to 35A

Vi= 38 to 60V Io= 0 to 35A

Vi= 38 to 60V

slope = 0.1A/µs

Vo= 0.2 to 0.5V

slope = 0.1A/µs

V

= from high to low

ien

V

= 0 to 60V Io= 35A

i

V

= low

ien

= 38 to 60V Io= 35A

i

=25°Cunless otherwisespecified)

amb

38 48 60 V

32 34 36 V

0 1.2 V

818V

1.5 2 W

3.25 3.35 3.45 V

3.30 3.35 3.40 V

3.28 3.35 3.42 V
4 4.5 5.2 V

20 30 mVpp
50 80 mVpp

035A

36 39 A

310

500 V
160 175 200 kHz

76 77 %

5.2 °C/W

– 10 +85 °C

– 40 +105 °C

4.2 A

0.2 A

20 mApp

-1 mA

0.6 V

60 mVp

51 A

200 µs

5ms

DC

DC

2

DC

s

2/10

GS120/175T48 FAMILY

GS175T48-5ELECTRICAL CHARACTERISTICS (T

Symbol

Input Voltage Vo= 5.075V Io= 0 to 35A

V

i

V

l

ipk

V

l

ien

V

V

V

V

V

V

V

∆V

δV

I

I

osc

t

V

R

T

cop

T

Input Undervoltage Lockout Vo= 5.075V

iuv

AverageInput Current Vi= 0 to 60V Io= 35A

l

i

Inrush Transient Peak Current Vi= 60V

Reflected Input Current Vi= 38 to 60V

l

ir

Enable Input Voltage Vi= 38 to 60V Io= 0 to 35A

ien

Enable Input Current Vi= 38 to 60V Io= 0 to 35A

Inhibit Voltage Vi= 38 to 60V Io= 0 to 35A

iinh

Input Power Vi= 38 to 60V Io= 0A (No Load)

P

i

Total Output Voltage Regulation Vi= 38 to 60V Io= 0 to 35A

o

Short-term Output

ost

VoltageRegulation
Total Static Tolerance Vi= 38 to 60V Io= 0 to 35A

ots

Output Overvoltage

ol

Limit Initiation
Output Ripple Voltage Vi= 38 to 60V Io= 35A

or

Output Noise Voltage Vi= 38 to 60V Io= 35A

on

Total RemoteSense Compensation Vi= 38 to 60V

o

Peak Load Transient Response Vi= 48V δIo=5A

o

Output Current Vi= 38 to 60V Vo= 5.075V

I

o

OvercurrentLimit Initiation Vi= 48V

ol

Shortcircuit Output Current Vi= 48V

LoadTransient Settling Time Vi= 48V δIo=5A

t

s

Turn-onTime Vi= 48V Io= 35A

on

IsolationVoltage

is

Switching Frequency Vi= 38 to 60V Io= 0 to 35A

f

s

η Efficiency V

Thermal Resistance Case toAmbient

th

Operating Case
Temperature Range

Storage Temperature Range

stg

Parameter Test Conditions Min Typ Max Unit

(Operating Conditions)

Io= 0 to 35A

Io= 35A

BW = 5Hz to 20MHz
Io= 35A (See fig. 2)

V

=0V

ien

Vien = open

Vi= 38 to 60V Io= 0 to 35A

Vi= 38 to 60V Io= 0 to 35A

slope = 0.1A/µs

Vo= 0.2 to 0.5V

slope = 0.1A/µs

V

= from high to low

ien

V

= 0 to 60V Io= 35A

i

V

= low

ien

= 38 to 60V Io= 35A

i

=25°C unlessotherwise specified)

amb

38 48 60 V

32 34 36 V

0 1.2 V

818V

4.94 5.075 5.21 V

5.002 5.075 5.148 V

4.97 5.075 5.18 V
6 6.3 7 V

035A

36 39 A

310

500 V
160 175 200 kHz

81 82 %

– 10 +85 °C

– 40 +105 °C

DC

DC

6.1 A

2

0.2 A

30 mApp

-1 mA

1.5 2 W

20 30 mVpp
50 80 mVpp

0.6 V

100 mVp

51 A

250 µs

5ms

5.2 °C/W

s

DC

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