iC-JJ
POWER MANAGEMENT IC
Rev A1, Page 6/17
ELECTRICAL CHARACTERISTICS
Operating conditions: +VBAT= 6..16.5V, PGND= GND, COS= 680pF,
RSET= 10k , RKL= 511 , RKLR= 511 , Tj= -40..125 C, unless otherwise noted
Item Symbol Parameter
Conditions
Tj
Fig.
Unit
C
Min.
Typ.
Max.
Total Device
1
I(VA1)
Supply Current in VA1
Supply Current in VH
outputs passive,
VA1= 30V, VH= 6V
8
25
8
3
5
52
75
16
mA
mA
mA
002 I(VH)
in-/outputs passive,
VA1= 30V, VH= 6V
003 I(KL,
KLR)
Supply Current in KL, KLR
in-/outputs passive, switching
regulator active,
12
V(KL, KLR)= 12V
004 I(KL,
KLR)
Supply Current in KL, KLR
Supply Current in KL, KLR
in-/outputs passive, switching
regulator active,
V(KL, KLR)= 6.5V
20
25
32
mA
5
I(KL,
KLR)
no external capacitance at VA1,
VA, VB; ENA= lo,
V(KL, KLR) < 18V
100
15.4
24.6
µA
006 Rpu()
Pull-up Resistor to VCC at Inputs
TWD, TXD, NRHD, NRES, NVTA,
VTU
5.4
8.8
k
k
27
27
9.1
7
8
9
Rpd()
Vpu()
Vpd()
Pull-down Resistor to GND at
Inputs TFP, TAKS, TFL, TCRD,
TCRA
for TFP test mode= lo
k
k
14.7
Pull-up Voltage to VCC at Inputs Vpu()= V()- VCC;
TWD, TXD, NRHD, NRES, NVTA, I()= -10..10µA
VTU
-0.3
V
V
Pull-down Voltage to GND at
Inputs TFP, TAKS, TFL, TCRD, for TFP test mode= lo
TCRA
I()= -10..10µA,
0.3
67
10 Vt()hi
11 Vt()lo
Threshold Voltage hi at Inputs
TWD, TXD, TFP, TAKS, TFL,
TCRD, TCRA, NRHD, NRES,
NVTA, VTU
%VCC
Threshold Voltage lo at Inputs
TWD, TXD, TFP, TAKS, TFL,
TCRD, TCRA, NRHD, NRES,
NVTA, VTU
33
%VCC
12 Vt()hys
13 Vs()lo
14 Vs()hi
Hysteresis at Inputs TWD, TXD, Vt()hys= Vt()hi- Vt()lo
TFP, TAKS, TFL, TCRD, TCRA,
NRHD, NRES, NVTA, VTU
500
mV
V
Saturation Voltage lo at Outputs I()= 1.6mA, outputs lo
NRES, NVTA, VTU, RXD, PFL,
PAKS, PCRD, PCRA
0.4
Saturation Voltage hi vs. VCC at Vs()= V()- VCC;
-0.8
V
Outputs RXD, PFL, PAKS,
PCRD, PCRA
I()= -1mA, outputs hi
15 Isc()
Short-circuit Current in Outputs
NRES, NVTA, VTU, HD
V()= VCC, pins= lo,
V(HD)= VA1
30
40
mA
mA
27
10
16 tsup()
Permissible Spurious Pulse Width no switching triggered
at Inputs TWD, TXD, TFP, TAKS,
TFL, TCRD, TCRA, NRHD,
ns
NRES, NVTA, VTU