TLE6266G Datasheet, PDF (27/50 Pages) Infineon Technologies AG – System Basis Chip

Target Datasheet TLE 6266
8.3 Electrical Characteristics
9 V < V_S < 16 V; I_CC = -100 mA; normal mode; all outputs open; – 40 °C < T_j < 150 °C; CAN-
transceiver circuitry: – 40 °C < T_j < 125 °C; all voltages with respect to ground; positive current
defined flowing into pin; unless otherwise specified.
Parameter
Symbol Limit Values Unit Test Condition
min. typ. max.
Quiescent current Pin V_S
Current consumption
Quiescent current
I_SSB1 = I_S - I_CC
Static quiescent current
I_S
–
8
10
mA ^{normal mode}
I_SSB1
–
75
100 mA ^{cycl. wake 48ms;}
V_S=12V; T_j=25°C
I_STAT
–
–
70 mA
Voltage Regulator; Pin V_CC
Output voltage
Output voltage
Line regulation
V_CC
V_CC
,V_CC
Load regulation
,V_CC
Power supply ripple rejection PSRR
Output current limit
Dropvoltage
V_DR = V_S - V_CC
I_CCmax
V_DR
4.9
4.8
-20
-25
155
5.0 5.1 V
5.0 5.5 V
20 mV
25 mV
40
dB
-
-
mA
0.15 0.45 V
0.1mA < I_CC< 30mA
0A < I_CC < 100µA
9 V < V_S < 15 V;
I_CC = 10mA
0.1mA < I_CC< 30mA;
V_S = 9V
V_S < 1 Vss;
C_Q ³ 22µF;
100Hz< f <100kHz
1)
I_CC = 30 mA;
see note 1)
Wake-up Input WK
Input current
I_IL
H-input voltage threshold
V_IH
L-input voltage threshold
V_IL
Hysteresis of input voltage V_IHY
Input filtering time
t_IFT
–3 –2
–
–
0.2 ´ –
V_CC
50 200
–
–
– 1 mA
0.7 ´ V
V_CC
–
V
500 mV
3
µs
1) measured when output voltage V_CC dropped 100 mV from the nom. value obtained at 13.5 V inp. voltage V_S
Version 1.06
28
2002-11-26