IC-JXEVALJX2D datasheet(8/36 Pages) ICHAUS

Part #	IC-JXEVALJX2D

Description	16-FOLD 24 V HIGH-SIDE DRIVER WITH 關C INTERFACE

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Manufacturer	ICHAUS [IC-Haus GmbH]

Direct Link	http://www.ichaus.biz

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8 / 36 page

iC-JX

16-FOLD 24 V HIGH-SIDE DRIVER WITH µC INTERFACE

Rev C1, Page 8/36

ELECTRICAL CHARACTERISTICS

Operating conditions: VCC = VDD = 3 ... 5.5 V, VBy = 12 ... 36 V, GNDA = GNDD = 0 V, RSET = 10 kΩ ±1% . All inputs on deﬁned logic

states (high or low), Tj = -40 ... 125 °C unless otherwise stated. Functionality and parameters beyond operating conditions (for example

w.r. to independent voltage supplies) are to be veriﬁed within the individual application by FMEA methods.

Item

Symbol

Parameter

Conditions

Unit

No.

Min.

Typ.

Max.

720

D1IO,1

Digital value using VR1 range

(external reference)

SELAD = ’0b010’, EME = ’0b0’, SVREF = 1,

V(IOx) = V(VBy) − 0.6V

840

900

1022

721

DR1IO,1

Digital relative value using VR1

range

(external reference)

SELAD = ’0b010’, EME = ’0b0’, SVREF = 1;

DR1IO,1 = D1IO,1(V) / D1IO,1;

V(IOx) = V(VBy) − 0.3 V

46

49

52

%

V(IOx) = V(VBy) − 0.1 V

12

15

18

%

722

D2IO,1

Digital absolute value using VR2

range (external reference)

SELAD = ’0b010’, EME = ’0b1’, SVREF = 1,

V(IOx) = V(VBy) − 5.0 V

870

930

1022

723

DR2IO,1

Digital relative value using VR2

range (external reference)

SELAD = ’0b010’, EME = ’0b1’, SVREF = 1;

DR2IO,1 = D2IO,1(V) / D2IO,1;

V(IOx) = V(VBy) − 2.5 V

48

50

52

%

V(IOx) = V(VBy) − 0.6 V

9.5

11.5

14

%

724

D3IO,1

Digital absolute value using VR3

range (external reference)

SELAD = ’0b100’, EME = ’0b0’, SVREF = 1,

V(IOx) = 0.6 V;

880

940

1022

725

DR3IO,1

Digital relative value using VR3

range (external reference)

SELAD = ’0b100’, EME = ’0b0’, SVREF = 1;

DR3IO,1 = D3IO,1(V) / D3IO,1;

V(IOx) = 0.3 V

48

50

52

%

V(IOx) = 0.1 V

14.5

16

18.5

%

726

D4IO,1

Digital absolute value using VR4

range (external reference)

SELAD = ’0b100’, EME = ’0b1’, SVREF = 1;

V(IOx) = 5.0V

870

930

1022

727

DR4IO,1

Digital relative value using VR4

range (external reference)

SELAD = ’0b100’, EME = ’0b1’, SVREF = 1;

DR4IO,1 = D4IO,1(V) / D4IO,1

V(IOx) = 2.5V

48

50

52

%

V(IOx) = 0.6V

9.5

11.5

14

%

728

D5IO,1

Digital absolute value using VR5

range (external reference)

SELAD = ’0b011’, SVREF = 1, V(IOx) = 36.0V

930

980

1022

729

DR5IO,1

Digital relative value using VR5

range (external reference)

SELAD = ’0b011’, SVREF = 1;

DR5IO,1 = D5IO,1(V) / D5IO,1

V(IOx) = 24.0V

64.6

66.6

68.6

%

V(IOx) = 5.0V

11.8

13.8

15.8

%

730

DCIO,1

Digital value of current measure-

ment (external reference)

SELAD = ’0b001’,SVREF = 1, I(IOx) = 150mA

700

800

1022

731

DRCIO,1

Relative value of current

measurement (external

reference)

SELAD = ’0b001’, SVREF = 1;

DRCIO,1 = DCIO,1(I) / DCIO,1

I(IOx) = 75mA

48

51

54

%

I(IOx) = 15mA

6.2

9.2

12.2

%

732

DVBg,0

Digital value of VBG measure-

ment (internal reference)

SELAD = ’0b110’, SVREF = 0

435

460

485

733

DVBY,0

Digital value of VBG measure-

ment (internal reference)

SVREF = 0, V(VBy) = 36V, SELAD = ’0b101’

830

880

1022

734

DRVBY,0

Relative value using VR1 range

(internal reference)

SVREF = 0, SELAD = ’0b101;

DRVBY,0 = DVBY,0(V) / DVBY,0

V(VBy) = 24V

64.6

66.6

68.6

%

V(VBy) = 12V

31.3

33.3

35.3

%

735

D1IO,0

Digital value using VR1 range

(internal reference)

SELAD = ’0b010’, EME = ’0b0’, SVREF = 0,

760

820

1022

V(IOx) = V(VBy) - 0.6V

736

DR1IO,0

Relative value using VR1 range

(internal reference)

SELAD = ’0b010’, EME = ’0b0’, SVREF = 0;

DR1IO,0 = D1IO,0(V) / D1IO,0

V(IOx) = V(VBy) - 0.3V

46

49

52

%

V(IOx) = V(VBy) - 0.1V

12

15

18

%

737

D2IO,0

Digital value using VR2 range

(internal reference)

SELAD = ’0b010’, EME = ’0b1’, SVREF = 0,

790

840

1022

V(IOx) = V(VBy) - 5.0V

738

DR2IO,0

Relative value using VR2 range

(internal reference)

SELAD = ’0b010’, EME = ’0b1’, SVREF = 0;

DR2IO,0 = D2IO,0(V) / D2IO,0

V(IOx) = V(VBy) - 2.5V

48

50

52

%

V(IOx) = V(VBy) - 0.6V

9.5

11.5

14

%

739

D3IO,0

Digital value using VR3 range

(internal reference)

SELAD = ’0b100’, EME = ’0b0’, SVREF = 0,

790

840

1022

V(IOx) = 0.6V

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