TLE6255G Datasheet, PDF (14/23 Pages) Infineon Technologies AG – Single Wire CAN-Transceiver

TLE 6255 G
5.5 V < V_batt < 16 V; 4.75 V < V_CC < 5.25 V; – 40 °C < T_j < 150 °C; M0 = M1 = H;
R_UL= 9.1 kΩ (connected between CANH and LOAD); R_RSL = 39 kΩ; all voltages with
respect to ground; positive current defined flowing into pin; unless otherwise specified
Parameter
Sym-
Limit Values Unit Test Condition
bol
min. typ. max.
CANH as Bus Output / Transmitter
Offset wakeup output V_OHWUO V_batt – – V_batt
high voltage
1.5
Fixed wakeup output V_OHWUF 9.7 – 12
high voltage
Bus output high
V_OH
voltage; normal and
high speed
Bus output current limit I_OLI
Bus output leakage I_OLK
current
3.60 4.0 4.55
200 250 350
– 10 – 200
Bus output leakage I_OLK
current (loss of ground)
– 50 – 200
Slew rate rising edge, S_CANH –
normal mode
Slew rate rising edge, S_CANH –
wake-up mode
Slew rate rising edge; S_CANH 5
high speed;
Transmit propagation t_TCF 2
time; normal mode
2.0 –
4.0 –
16 25
56
Transmit propagation t_TCF 1
time; wake-up mode
54
V 220 Ω < R_UL < 9.1 kΩ;
TxD = L; M0 = L;
6 V < V_batt < V_OHWUF
V 220 Ω < R_UL < 9.1 kΩ
TxD = L; M0 = L
V_OHWUF < V_batt < 16V
V 100 Ω < R_UL < 9.1 kΩ
TxD = L; 6 V < V_batt < 16 V
mA TxD = L; V_CANH = 0 V
µA TxD = H; T_j < 125 °C;
V_batt – 28 V < V_CANH <
V_batt – 1 V
µA 0 V < V_batt < V_UVOFF;
V_batt – 28 V < V_CANH <
V_batt – 1 V
V/µs 20% < V_CANH < 80%
V/µs 20% < V_CANH < 80%
M0 = L; V_batt = 12 V
V/µs 20% < V_CANH < 80%
M1 = L; T_j < 125 °C
µs TxD = (H to L) to
V_CANH = (V_IH + 0.8 V)
1.0 µs < τ < 3.6 µs;
µs TxD = (H to L) to
V_CANH = (V_IH + 0.8 V);
M0 = L; V_batt = 12 V;
1.0 µs < τ < 3.6 µs
Data Sheet Rev. 2.5
14
2003-11-27