TLE6244X Infineon Technologies, TLE6244X Datasheet - Page 40

• Manufacturer Part Number: TLE6244X
• Description: IC LOW SIDE SWITCH 18CHAN MQFM64
• Manufacturer: Infineon Technologies
• Type: Low Sider

Specifications of TLE6244X

• Input Type: SPI
• Number Of Outputs: 18
• On-state Resistance: 1 Ohm
• Voltage - Supply: 4.5 V ~ 5.5 V
• Operating Temperature: -40°C ~ 150°C
• Mounting Type: Surface Mount
• Package / Case: 64-BSQFM
• Packages: PG-MQFP-64
• Thermal Class: Heatslug down
• Id Nom: 2 x 3.0, 12 x 2.2, 4 x 1.1 A
• Pin Count: 64.0 Pins
• Channels: 18.0
• Comment: injectors, solenoids, relays, general purpose
• For Use With: DEMOBOARDTLE6244XIN - BOARD DEMO FOR TLE 6244X
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Current - Output / Channel: -
• Current - Peak Output: -
• Other names: SP000013785; SP000304416; TLE6244; TLE6244; TLE6244XNT; TLE6244XT; TLE6244XXT

Final Data Sheet
The power stages (PS) which are connected in parallel have to be switched on and off simultaneously.
The corresponding SPI-Bits SCONx have to be in the same register (see page 15), when the PS are
serial controlled via SPI.
In case of overload the ground current and the power dissipation are increasing. The application has to
take into account that all maximum ratings are observed (e.g. operating temperature T
ground current I
Max. number of parallel connections: 3
The following statements apply to PS within the same TLE6244X
The max. short circuit shutdown threshold of the parallel connected PS is the summation of the corre-
sponding max. values of the PS (I
2 symmetrical PS
(see note 1)
2 PS of the same type
(see note 2)
3 PS of the same type
(see note 2)
2 PS with the same nominal
current, but different clamp-
ing voltage (application with-
out
free-wheeling-diode)
(see note 3)
2 PS with the same nominal
current, but different clamp-
ing voltage (application with
free-wheeling-diode)
(see note 3)
2 PS with the same clamp-
ing voltage, but different
nominal
current (see note 4)
2 PS with different nominal
current and different clamp-
ing voltage (see note 5)
1.13 Parallel Connection of Power Stages
GND
, see page 36, 37).
Max. Nominal Current
0.9 x (I max,OUTx + I max,OUTy ) 0.75 x (E Cl,OUTx + E Cl,OUTy )
0.85 x (I max,OUTx + I max,OUTy ) 0.75 x (E Cl,OUTx + E Cl,OUTy ) 0.5 x R on,OUTx,y
0,8 x
(I max,OUTx + I max,OUTy +
I max,OUTz )
0.7 x (I max,OUTx + I max,OUTy )
0.7 x (I max,OUTx + I max,OUTy )
Max
Max
0.75 x (I max,OUTx +
I max,OUTy )
I max,OUTx
I max,OUTy
SC,OUTx
I max,OUTx
I max,OUTy
+ I
SC,OUTy
+....).
40
Max. Clamping Energy
0,58 x
(E Cl,OUTx + E Cl,OUTy +
E Cl,OUTz )
Clamping energy
of the PS with the lower
clamping voltage
no clamping required
Clamping energy
of the PS with the lower
clamping voltage
Min
E Cl,OUTx
E Cl,OUTy
On Resistance
R on,OUTx x R on,OUTy
R on,Ax + R on,OUTy
0.34 x
R on,OUTx,y,z
R on,OUTx x R on,OUTy
R on,OUTx + R on,OUTy
R on,OUTx x R on,OUTy
R on,OUTx + R on,OUTy
R on,OUTx x R on,OUTy
R on,OUTx + R on,OUTy
0.5 x R on,OUTx,y
J
TLE 6244X
V4.2, 2003-08-29
and total