SCY99080CDWR2G 데이터 시트보기 (PDF) - ON Semiconductor

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SCY99080CDWR2G

High Performance Switch-Mode Power Supply Controller for Backlight and LLC Converters

ON Semiconductor 

DDA002C

Electrical Characteristics

(For typical values Tj = 25°C, for min/max values Tj = −40°C to +125°C, Vcc = 15 V unless otherwise noted)

Symbol

Rating

Pin

Min

Typ

Max Unit

TIMERS

PFC_del

Internal delay timer after brown−out confirmation,

EN2 released or Vcc restart

−

−

100

−

ms

PROTECTIONS

VEN1

Reference voltage for the enable 1 input (latch), (Note 14), (Note 17)

10

0.95

1

1.05

V

VEN2

Reference voltage for the enable 2 input (Note 17)

11

0.95

1

1.05

V

HysteENX

Hysteresis for EN1, EN2 inputs

10, 11

−

50

−

mV

VdelEN1

Delay before latch confirmation on EN1 input (Note 14)

10

−

50

−

ms

VdelEN2

Delay between the EN2 activation and driver disable

11

−

80

120

ns

VBO

Brown−Out level

1

0.95

1

1.05

V

IBO

IBObias

Hysteresis current, Vpin 1 = 0.9 V, 0°C < TJ < 125°C

Hysteresis current, Vpin 1 = 0.9 V, −40°C < TJ < 125°C

Brown−Out input bias current

1

17.85

21

24.15 mA

16.31

21

24.15

1

−

0.02

−

mA

OTPref_I

OTPref_V

OTP Reference current (Note 16), 0°C < TJ < 125°C

OTP Reference current (Note 16), −40°C < TJ < 125°C

OTP reference voltage (Note 14), (Note 18)

8

155.7 173 190.3 mA

143.7 173 190.3

8

1.425 1.5

1.575

V

OTP_hyste

OTP comparator hysteresis

8

−

50

−

mV

OTPnoise

Noise filter on the OTP output (Note 14)

8

−

50

−

ms

FB_Fault

Above this level, the FB fault timer is activated (Note 15)

7

−

6

−

V

FB_timer

FB timeout duration (Note 15)

7

−

50

−

ms

TSD

Temperature shutdown threshold

−

140

−

−

°C

TSDhyste

Temperature shutdown hysteresis

−

−

30

−

°C

4. VCC(min) = VCCreset

5. Outputs Lgs and Hgs (pin 9/10) are unloaded.

6. Guaranteed by design.

7. DCsh = (DChs/(DChs + DCls)) * 100%, DCsl = (DCls/(DChs + DCls)) * 100%

8. The VFB_DC_0 is the FB voltage below which are all outputs disabled.

The FB voltage has to increases to VFB_DC_0 + VFB_DC_0_Hyste to re−enable all outputs of the controller.

9. Low impedance source and sink RDS(on) are designed to respectively deliver 0.5 A and −1 A at Tj = 100°C.

10. Pins 17, 18 and 19 are on the same potencial during IHV_LEAK measurements

11. On−time on synchro outputs wont be longer than on−time on power outputs.

12. The soft start pin is pulled down by an internal switch until the CIG timer ending voltage is reached

13. FB timer is disabled until the soft−start ending voltage is reached

14. EN1 input is blanked until the preheat period (CIG) ends. The OTP input is blanked during full startup sequence made of: PFC_del + CIG_t + SS_t

15. The FB timeout circuit starts to operate at the end of PFC_del + CIG_t + SS_t period.

16. An NTC resistor of 8.8 kW @ TA = 110°C is connected to ground.

17. The EN1 and EN2 input voltages have to go 50 mV below VEN1, VEN2 to release these inputs.

18. The OTP input voltage has to go 50 mV above OTPref_V to release this input.

19. The R_Fmin pin do not accept any bypass capacitor

20. Maximum acceptable capacitance connected to the pin is 100 pF

21. Measured for VCC = 10.5 V

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