LB11693JH View Datasheet(PDF) - SANYO -> Panasonic

Part Name

Description

Manufacturer

LB11693JH

24V Fan Motor Driver IC

SANYO -> Panasonic 

LB11693JH

Continued from preceding page.

Parameter

Symbol

[PWM Oscillator Circuit]

High-level output voltage

Low-level output voltage

Amplitude

VOH(PWM)

VOL(PWM)

V(PWM)

External capacitor charge current

ICHG

Oscillator frequency

f(PWM)

[TOC Pin]

Input voltage 1

VTOC1

Input voltage 2

VTOC2

Input voltage 1L

VTOC1L

Input voltage 2L

VTOC2L

Input voltage 1H

VTOC1H

Input voltage 2H

VTOC2H

[RD Pin]

Low-level output voltage

Output leakage current

VOL(RD)

IL(RD)

[FG Pin]

Low-level output voltage

Output leakage current

VOL(FG)

IL(FG)

[FGFIL Pin]

Charge current

IFGFIL1

Discharge current

IFGFIL2

[FG Amplifier Schmitt Block (IN1)]

Amplifier gain

G(FG)

Hysteresis

[S/S Pin]

VIS(FG)

High-level input voltage

Low-level input voltage

Input open voltage

Hysteresis

High-level input current

Low-level input current

[PWMIN Pin]

VIH(SS)

VIL(SS)

VIO(SS)

VIS(SS)

IIH(SS)

IIL(SS)

Input frequency range

f(PI)

High-level input voltage range

Low-level input voltage range

Input open voltage

Hysteresis

High-level input current

Low-level input current

[F/R Pin]

VIH(PI)

VIL(PI)

VIO(PI)

VIS(PI)

IIH(PI)

IIL(PI)

High-level input voltage

Low-level input voltage

Input open voltage

Hysteresis

High-level input current

Low-level input current

VIH(FR)

VIL(FR)

VIO(FR)

VIS(FR)

IIH(FR)

IIL(FR)

*: Design target value and no measurement was made.

Conditions

min

VPWM = 2.1V

C = 2200pF

Output duty: 100%

Output duty: 0%

Design target value*. 100% when VREG = 4.7V

Design target value*. 0% when VREG = 4.7V

Design target value*. 100% when VREG = 5.3V

Design target value*. 0% when VREG = 5.3V

IRD = 5mA

VRD = 28V

2.75

1.1

1.5

-125

15.5

2.72

1.07

2.72

1.07

3.08

1.21

IFG = 5mA

VFG = 28V

-7

3

Design target value*.

Design target value*. Input equivalent

VS/S = VREG

VS/S = 0V

2.0

0

2.6

0.16

-170

VPWMIN = VREG

VPWMIN = 0V

VF/R = VREG

VF/R = 0V

2.0

0

2.6

0.16

-170

2.0

0

VREG-0.5

0.16

-10

-165

Ratings

typ

3.0

1.3

1.7

-90

19.5

3.0

1.3

2.80

1.17

3.20

1.33

0.1

0.1

-5

5

7

8

2.9

0.25

100

-130

2.9

0.25

100

-130

0.25

0

-115

unit

max

3.25

V

1.4

V

2.0 Vp-p

-70 μA

27.0 kHz

3.30

V

1.45

V

2.90

V

1.27

V

3.30

V

1.45

V

0.3

V

10 μA

0.3

V

10 μA

-3 μA

7 μA

Times

mV

VREG

V

1.0

V

3.2

V

0.34

V

130 μA

μA

50 kHz

VREG

V

1.0

V

3.2

V

0.34

V

130 μA

μA

VREG

V

1.0

V

VREG

V

0.34

V

10 μA

μA

No.A0606-3/12

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