Power for GPU BAX80P54D13V5GSG -1000W

Maximum input voltage

Vdc

continuous

0

-

60

Vdc

Transient

0

-

68

Operating temperature

℃

-40

-

85

Junction temperature

℃

-

-

150

Storage temperature

℃

0

-

90

Input voltage range

Vdc

Maximum rising slope 30V/ ms

40

54

60

Maximum input current

A

Input   voltage 40V~ 60V  ,   fully loaded

-

-

25

Quiescent input current

mA

Vin=54V, Io=0A

-

100

-

Standby input current

mA

Remote shutdown

-

12

-

Low level (module off)

V

-0.3

-

0.8

High level leakage current

uA

EN =3.3V

-

-

100

High level (module on)

V

1.8

-

3.3

Low level leakage current

mA

EN = 0V

-

-

0.7

TM / OG Voltage range

V

No fault, module turned on

2.5

-

4.1

V

TM / OG Controlled by internal controller

-

0.2

-

TM / OG Reference voltage

V

Over temperature point 27°C

-

3.0

-

TM   / OG Gain

mV   /°C

Hot spot temperature Tj = -20°C ~ 135°C

-

10

-

TM   / OG Short circuit current

mA

Source current when external ground is applied

-

-

4

TM   / OG Leakage Current

mA

Source current when the internal controller   is grounded

-

-

4

TM   / OG Delay time

ms

From failure to TM / OG reduce

-

1

-

Output voltage set point

Vdc

Full   load input voltage range, no load

9.5

-

15.2

Output voltage adjustment range

Vdc

1000W Power, 40~60Vin

9.0

-

15.0

Output Power

W

TM / OG   After establishment, continuous

-

-

1000

Output Current scope

40V

A

Maximum output power ≤ 1000W

0

-

105.2

54V

A

0

-

76.1

60V

A

0

-

68.1

Output ground pressure

Ripple and Noise

sound

Peak-to-Peak

mV

Nominal   input voltage, full load, normal temperature

Output external   capacitor 100uF/25V  Solid State

CAP x   2 pcs + 10u/ 25V MLCC x10   pcs , bandwidth 5 Hz  arrive 20 MHz

-

-

100

RMS

mV

-

-

30

Maximum starting current

A

OG Maximum output current before signal buildup

-

-

5

Capacitive load

μF

300

-

6000

Output voltage settling   time

ms

From   remote control to output voltage establishment

-

70

-

ms

From   remote control to TM / OG  Elevated

-

75

-

ms

From   the input voltage to TM / OG   Elevated

-

85

-

Start delay time

mxD

From   input voltage rising to output voltage establishing Time difference

-

80

-

Startup build time

mxD

Output   build-up voltage 0%   and Between 100% Time difference

-

50

-

Input undervoltage locking

Starting voltage

Vdc

36.5

37.2

38

Input Shutdown Voltage

Vdc

33

34.5

36

Hysteresis

Vdc

-

2

-

Input overvoltge Protect

Input Shutdown Voltage

Vdc

Lock Mode

64

65

66

Output undervoltage   protection

V

TM / OG After the   rise, 29 mS Delay, lock mode, no restart

-

Vin/4.4

-

V

TM / OG   After rising, no delay, lock Mode, no restart

-

7.5

-

Output overvoltage   protection

V

Lock mode, no   restart, No load

-

17.75

-

Output   over power protection (slow)

W

TM/OG rises, 60 mS delay,   reset start 3 Second-rate

1150

1300

1450

Output overcurrent   protection (fast)

A

TM / OG  Before rising ,  No delay , locked mode Mode   ,    Do not restart

5

-

-

A

TM / OG  After the rise , there is no delay ,  Lock mode ,  Do not restart

170

180

200

Over temperature protection   point

℃

-

130

-

Over temperature protection   recovery point

℃

-

115

-