Basic Electronics for Automotive

Front

Referring to the Air Conditioning System Diagram in Canvas, which conditions would cause the radiator fan to cycle on and off? Ignition switch = 1, Radiator Temp. = 1, Ignition switch = 0, Radiator Temp. = 0, Ignition switch = 1, A.C. = 0, Ignition switch = 0, Radiator Temp. = 1

Back

Ignition switch = 1, Radiator Temp. = 1

Front

Referring to the Air Conditioning System Diagram in Canvas, which conditions would cause both the Radiator fan and Condenser fan to run? Ignition switch = 1, A.C. = 1, Low Pressure = 1, Ambient Temp. = 1

Back

Ignition switch = 1, A.C. = 1, Low Pressure = 1, Ambient Temp. = 1

Front

Referring to the Air Conditioning System Diagram in Canvas, which conditions would cause both the Condenser fan and Radiator Fan to run constantly when the ignition switch is "On"?

Back

Pins 1 and 2 are short circuited at the AND gate closest to Relay_2.

Front

Referring to the Air Conditioning System Diagram in Canvas, which conditions would cause "Low Pressure" to always have a logic low(0)? Options: High refrigerant pressure, Low refrigerant pressure, Normal refrigerant pressure

Back

Low refrigerant pressure

Front

Referring to the Air Conditioning System Diagram in Canvas, which conditions would cause "Low Pressure" to always have a logic Logic(1)? Options: Teetering refrigerant pressure, Low refrigerant pressure, Normal refrigerant pressure

Back

Normal refrigerant pressure

Front

Which is not a truth table for an AND gate?

Back

Front

What is the output of this gate?

Back

Front

An AND gate has a HIGH output when _______.

Back

all inputs are HIGH

Front

The inputs to this gate produce which output?

Back

Front

At which time interval(s) will the NOT gate have a LOW output? T1, T1, T3, T2, T4, T2, T3, T4

Back

T2, T3, T4