TLE6244X Datasheet, PDF (56/70 Pages) Infineon Technologies AG – 18 Channel Smart Lowside Switch

TLE 6244X
3.8.5 On Resis-
tance
T_J = 25°C
A
R_on7,8, 400 620 780 mΩ
T_J = 150°C
17,18
A
R_on7,8, 780 1200 1500 mΩ
T_J = -40°C
17,18
A
R_on7,8, 290 450 560 mΩ
17,18
For UUBatt ≤ 10V Ron is increased up
to 20%; condition: UVDD > 4.5 V
For OUT8 only:
3.5V<(UVDD, UUBatt)<4.5V
T_J = 25°C
T_J = 150°C
T_J = -40°C
A
R_on
A
R_on
A
R_on
3.8.6 On/off Delay
Times
„On“
„Off“
(Measurement with ohmic load)
|t_don - t_doff|
B
t_don
B
t_son
B
t_doff
C
t_soff
C
∆t_d
Switch-on slew rate
Switch-off slew rate
C
s_on
C
s_off
3.8.7 Leakage Cur- For OUT7,8, OUT1718:
rent
U_VDD = 0V, U_OUTi = 14V (leakage
A
I_OUTi
current of the DMOS, diagnostic
current = 0)
1300
2200
1050
10
5
10
10
5
25
40
mΩ
mΩ
mΩ
µs
µs
µs
µs
µs
V/µs
V/µs
50 µA
U_VDD = 0V, U_OUTi = 24V (leakage
current of the DMOS, diagnostic
current = 0)
3.8.8 Clamping
For OUT7,8, OUT17,18:
3.8.8.1 Clamping
Voltage
I_OUTi = 0.2A
3.8.8.2 Maximum
Clamping En-
ergy
T_C ≤ 110°C
3.8.8.3 Maximum
Clamping En-
ergy
T_C ≤ 60°C
Linear decreasing current,
f_max = 10Hz (see diagrams
E = f(I) on page 67)
I_OUTi ≤ 0.6A
I_OUTi ≤ 1.1A
Linear decreasing current,
f_max = 10Hz
I_OUTi ≤ 0.6
I_OUTi ≤ 1.1A
A
I_OUTi
A
U_OUTi 40
C
E
C
E
C
E
C
E
200 µA
45 50 V
10 mJ
7 mJ
12 mJ
8.5 mJ
Final Data Sheet
56
V4.2, 2003-08-29