BD7692FJ-E2 데이터 시트보기 (PDF) - ROHM Semiconductor

부품명

상세내역

일치하는 목록

BD7692FJ-E2

Power Factor Correction Controller IC

ROHM Semiconductor 

BD7692FJ

Electrical Characteristics (Unless otherwise specified Ta = 25 °C, VCC = 15 V)

Parameter

Symbol

Specifications

Min

Typ

Max

Unit

[Circuit Current]

Circuit Current(ON)1

ION1

-

470

1000

µA

Circuit Current (ON)2

ION2

-

Start Up Current

[VCC Pin Protection]

VCC UVLO Voltage1

VCC UVLO Voltage2

VCC UVLO Hysteresis

[Gm Amplifier Block]

VS Pin Pull-up Current

Gm Amplifier

Reference Voltage 1

Gm Amplifier Line Regulation

Gm Amplifier

Trans Conductance

Gm Amplifier Source Current

Gm Amplifier Sink Current

[EO Block]

Off Threshold Voltage

EO Discharge Current

[OSC Block]

Maximum ON Width1

Maximum ON Width2

Maximum ON Width3

Maximum Frequency1

Maximum Frequency2

Maximum Frequency3

RT Output Voltage

[IS Block]

Zero Current Detection Voltage

Zero Current Detection

Voltage Delay

IS Overcurrent

Detection Voltage

Restart Timer

[VS Protection Block]

VS Short Protection

Detection Voltage

VS Shortstop Protection

Detection Time

VS Overvoltage Gain Increase

Voltage

VS Overvoltage Protection

Detection Voltage 1

VS Overvoltage Protection

Detection Voltage 2

VS Overvoltage Protection

Detection Voltage Hysteresis

VS Low Voltage

Gain Increase Voltage

[OVP Block]

OVP Detection Voltage 1

OVP Detection Voltage 2

OVP Detect Time

[OUT Block]

OUT H Voltage

OUT L Voltage

OUT Pull-down Resistance

ION3

VUVLO1

VUVLO2

VUVLO3

IVS

VAMP

VAMP_LINE

TVS

IEO_SOURCE

IEO_SINK

VOFF_TH

IEO

tMAXDUTY1

tMAXDUTY2

tMAXDUTY3

fMAXDUTY1

fMAXDUTY2

fMAXDUTY3

VRT

VZCD

tZCDD

VIS_OCP

tREST

VSHORT

tVS_SH

VOVP

VOVP1

VOVP2

VHYS

VGUP

VOVP3

VOVP4

tOVP3

VPOUTH

VPOUTL

RPDOUT

-

11.0

8.0

-

-

2.465

-20

45

30

30

0.15

1

8

16

24

493

382

348

0.9

-15

0.65

-0.62

15

0.200

50

1.025 x

VAMP

1.075 x

VAMP

1.020 x

VAMP

0.030 x

VAMP

0.840 x

VAMP

2.6

2.5

20

10.8

-

75

530

55

12.0

9.0

3.0

0.7

2.500

-1

70

50

50

0.30

2

10

20

30

580

450

410

1.2

-10

1.35

-0.60

30

0.300

150

1.050 x

VAMP

1.090 x

VAMP

1.040 x

VAMP

0.050 x

VAMP

0.900 x

VAMP

2.7

2.6

60

12.0

-

100

1200

110

13.0

10.0

-

-

2.535

-

95

70

70

0.60

4

12

24

36

667

518

472

1.8

-5

2.05

-0.58

45

0.400

300

1.075 x

VAMP

1.105 x

VAMP

1.060 x

VAMP

0.070 x

VAMP

0.960 x

VAMP

2.8

2.7

150

13.2

1.00

125

µA

µA

V

V

V

µA

V

mV

µA/V

µA

µA

V

mA

µs

µs

µs

kHz

kHz

kHz

V

mV

µs

V

µs

V

µs

V

V

V

V

V

V

V

µs

V

V

kΩ

Condition

VS=1.0 V, EO=OPEN,

RRT=120 kΩ, OVP=OPEN

VS=1.0 V, EO=OPEN,

RRT=120 kΩ, OVP=0 V

(PULSE operation)

VCC=11 V

VCC rise

VCC drop

VUVLO3 = VUVLO1 -VUVLO2

VCC=10 V to 26 V

EO=2.5 V

VGUP <VS<VOVP

VS=1.0 V

VS=3.5 V

VCC=11 V, EO=1.0 V

RRT=39 kΩ, EO=4.0 V

RRT=120 kΩ, EO=4.0 V

RRT=470 kΩ, EO=4.0 V

RRT=39 kΩ, EO=0.3 V

RRT=120 kΩ, EO=0.3 V

RRT=470 kΩ, EO=0.3 V

RRT=120 kΩ

RRT=120 kΩ

IS = GND

VS rise

VS drop

OVP rise

OVP drop

OUT=-20 mA

OUT=+20 mA

www.rohm.com.

© 2018 ROHM Co., Ltd. All rights reserved.

TSZ22111 • 15 • 001

10/22

TSZ02201-0F2F0A200320-1-2

04.Oct.2018 Rev.001

Share Link: