The devices should not be inserted into circuits with the power on.

All tools, test equipment, and metal workbenches should be tied to earth ground.

The devices should be stored and shipped in antistatic tubes or conductive foam.

All of the above.

The 5400 series are military grade and require tighter supply voltages and temperatures.

The 5400 series are military grade and allow for a wider range of supply voltages and temperatures.

The 7400 series are an improvement over the original 5400s.

The 7400 series was originally developed by Texas Instruments. The 5400 series was brought out by National Semiconductors after TI's patents expired, as a second supply source.

The Schottky-clamped transistor

Nothing. The 74XX series uses less power.

A larger value resistor

Using NAND gates

A dropping resistor must be used on the CMOS 12 V supply to reduce it to 5 V for the TTL.

As long as the CMOS supply voltage is 5 V, they can be interfaced; however, the fan-out of the TTL is limited to five CMOS gates.

A 5 V Zener diode must be placed across the inputs of the TTL gates in order to protect them from the higher output voltages of the CMOS gates.

A pull-up resistor must be used between the TTL output-CMOS input node and V_cc; the value of RP will depend on the number of CMOS gates connected to the node.

Low noise margin, low output voltage swing, negative voltage operation, fast, and high power consumption

Good noise immunity, negative logic, high frequency capability, low power dissipation, and short propagation time

Slow propagation time, high frequency response, low power consumption, and high output voltage swings

Poor noise immunity, positive supply voltage operation, good low frequency operation, and low power