IC-JX_16 Datasheet, PDF (9/48 Pages) IC-Haus GmbH – 16-FOLD 24 V HIGH-SIDE DRIVER

iC-JX
16-FOLD 24 V HIGH-SIDE DRIVER WITH µC INTERFACE
Rev C2, Page 9/48
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
No.
Conditions
Unit
Min. Typ. Max.
721 DR1_IO,1
Digital relative value using VR1
range
(external reference)
SELAD = ’0b010’, EME = ’0b0’, SVREF = 1;
DR1_IO,1 = D1_IO,1(V) / D1_IO,1;
V(IOx) = V(VBy) − 0.3 V
V(IOx) = V(VBy) − 0.1 V
46
49
52
%
12
15
18
%
722 D2_IO,1
Digital value using VR2 range SELAD = ’0b010’, EME = ’0b1’, SVREF = 1,
(external reference)
V(IOx) = V(VBy) − 5.0 V
870 930 1022
723 DR2_IO,1
Digital relative value using VR2
range (external reference)
SELAD = ’0b010’, EME = ’0b1’, SVREF = 1;
DR2_IO,1 = D2_IO,1(V) / D2_IO,1;
V(IOx) = V(VBy) − 2.5 V
V(IOx) = V(VBy) − 0.6 V
48
50
52
%
9.5 11.5 14
%
724 D3_IO,1
Digital value using VR3 range SELAD = ’0b100’, EME = ’0b0’, SVREF = 1,
(external reference)
V(IOx) = 0.6 V;
880 940 1022
725 DR3_IO,1
Digital relative value using VR3
range (external reference)
SELAD = ’0b100’, EME = ’0b0’, SVREF = 1;
DR3_IO,1 = D3_IO,1(V) / D3_IO,1;
V(IOx) = 0.3 V
V(IOx) = 0.1 V
48
50
52
%
14.5 16 18.5 %
726 D4_IO,1
Digital value using VR4 range SELAD = ’0b100’, EME = ’0b1’, SVREF = 1;
(external reference)
V(IOx) = 5.0V
870 930 1022
727 DR4_IO,1
Digital relative value using VR4
range (external reference)
SELAD = ’0b100’, EME = ’0b1’, SVREF = 1;
DR4_IO,1 = D4_IO,1(V) / D4_IO,1
V(IOx) = 2.5V
V(IOx) = 0.6V
48
50
52
%
9.5 11.5 14
%
728 D5_IO,1
Digital value using VR5 range SELAD = ’0b011’, SVREF = 1, V(IOx) = 36.0V
(external reference)
930 980 1022
729 DR5_IO,1
Digital relative value using VR5
range (external reference)
SELAD = ’0b011’, SVREF = 1;
DR5_IO,1 = D5_IO,1(V) / D5_IO,1
V(IOx) = 24.0V
V(IOx) = 5.0V
64.6 66.6 68.6 %
11.8 13.8 15.8 %
730 DC_IO,1
Digital value of current measure- SELAD = ’0b001’,SVREF = 1, I(IOx) = 150mA
ment (external reference)
700 800 1022
731 DRC_IO,1
Relative value of current
measurement (external
reference)
SELAD = ’0b001’, SVREF = 1;
DRC_IO,1 = DC_IO,1(I) / DC_IO,1
I(IOx) = 75mA
I(IOx) = 15mA
48
51
54
%
6.2 9.2 12.2 %
732 D_VBg,0
Digital value of VBG measure- SELAD = ’0b110’, SVREF = 0
ment (internal reference)
435 460 485
733 D_VBY,0
Digital value of VBy measure- SVREF = 0, V(VBy) = 36V, SELAD = ’0b101’
ment (internal reference)
830 880 1022
734 DR_VBY,0
Relative value using VBy
SVREF = 0, SELAD = ’0b101;
measurement (internal reference) DR_VBY,0 = D_VBY,0(V) / D_VBY,0
V(VBy) = 24V
V(VBy) = 12V
64.6 66.6 68.6 %
31.3 33.3 35.3 %
735 D1_IO,0
Digital value using VR1 range
(internal reference)
SELAD = ’0b010’, EME = ’0b0’, SVREF = 0,
V(IOx) = V(VBy) - 0.6V
760 820 1022
736 DR1_IO,0
Relative value using VR1 range
(internal reference)
SELAD = ’0b010’, EME = ’0b0’, SVREF = 0;
DR1_IO,0 = D1_IO,0(V) / D1_IO,0
V(IOx) = V(VBy) - 0.3V
V(IOx) = V(VBy) - 0.1V
46
49
52
%
12
15
18
%
737 D2_IO,0
Digital value using VR2 range
(internal reference)
SELAD = ’0b010’, EME = ’0b1’, SVREF = 0,
V(IOx) = V(VBy) - 5.0V
790 840 1022
738 DR2_IO,0
Relative value using VR2 range
(internal reference)
SELAD = ’0b010’, EME = ’0b1’, SVREF = 0;
DR2_IO,0 = D2_IO,0(V) / D2_IO,0
V(IOx) = V(VBy) - 2.5V
V(IOx) = V(VBy) - 0.6V
48
50
52
%
9.5 11.5 14
%
739 D3_IO,0
Digital value using VR3 range
(internal reference)
SELAD = ’0b100’, EME = ’0b0’, SVREF = 0,
V(IOx) = 0.6V
790 840 1022