1. General Device Characteristics & Power Supply:

️· Operating Voltage: Not explicitly stated, but implied to be between 4.5V and 5.5V (VCC) and 6V to 27V (VS).
️· Temperature Range: -40°C to 125°C (for wake-up delay time) and -40°C to 150°C (for another wake-up delay time).
️· LIN Transceiver: Designed for Local Interconnect Network (LIN) communication.

2. Electrical Characteristics (Key Parameters)

Parameter	Symbol	Min	Typ	Max	Units	Notes
Input/Output Voltages (Related to VS - Supply Voltage)
Dominant Output Voltage (Low)	V<sub>bus,dom</sub>	0	-	1.2	V	V<sub>CC</sub>=5V, V<sub>TxD</sub> = 0V. Range of VS=6-7.3V
Dominant Output Voltage (High)	V<sub>bus,dom</sub>	0	-	2	V	V<sub>CC</sub>=5V, V<sub>TxD</sub> =0V. Range of VS=7.3-27V
Recessive Output Voltage	V<sub>bus,rec</sub>	0.9*V<sub>S</sub>	-	V<sub>S</sub>	V	V<sub>TxD</sub> = V<sub>CC</sub>
Wake-up Threshold Voltage	V<sub>wake</sub>	0.4*V<sub>S</sub>	0.5*V<sub>S</sub>	0.6*V<sub>S</sub>	V
Timing (Dynamic Characteristics - Critical for LIN Communication)
Propagation Delay TxD LOW to bus	t<sub>d(L),T</sub>	-	1	3	µs	V<sub>CC</sub> = 5 V
Propagation Delay TxD HIGH to bus	t<sub>d(H),T</sub>	-	1	3	µs	V<sub>CC</sub> = 5 V
Propagation Delay bus Dominant to RxD LOW	t<sub>d(L),R</sub>	-	1	6	µs	V<sub>CC</sub> = 5 V, C<sub>RxD</sub> = 20 pF
Propagation Delay bus Recessive to RxD High	t<sub>d(H),R</sub>	-	1	6	µs	V<sub>CC</sub> = 5 V, C<sub>RxD</sub> = 20 pF
Duty Cycle D1	t<sub>duty1</sub>	0.396	-	-	µs
Duty Cycle D2	t<sub>duty2</sub>	-	-	0.581	µs
Wake-up delay time	t<sub>wake</sub>	30	100	150	µs	T<sub>j</sub> < 125°C
Falling edge slew rate	S<sub>bus(L)</sub>	-3	-2	-1	V/µs	1) 60% > V > 40% Bus
Rising edge slew rate	S<sub>bus(H)</sub>	1	1.5	3	V/µs
Short circuit current	I<sub>bus,sc</sub>	40	100	150	mA

3. Bus Characteristics

️· Bus Pull-up Resistance: 20-47 kΩ
️· Dominant Output Voltage: Determined by the supply voltage (VS) and the logic state.
️· Recessive Output Voltage: Determined by the supply voltage (VS) and the logic state.
️· Leakage Currents: Specified for different voltage conditions.

4. Additional Notes & Considerations:

️· LIN Specification 2.0: The transceiver is designed to meet LIN 2.0 requirements.
️· Slew Rate: Limits on the slew rate of the bus signals are crucial to avoid EMI issues and ensure proper communication.
️· Timing Diagrams: Figure 5 provides detailed timing diagrams to illustrate the relationships between different signals.
️· Application Circuit: Figure 6 shows a typical application circuit for the transceiver.

In short, this datasheet describes a LIN transceiver designed for automotive and industrial applications requiring robust and reliable communication. The key electrical parameters, timing characteristics, and bus characteristics are all specified to ensure proper functionality within a LIN network.