Discussion
Home ‣ Digital Electronics ‣ Integrated Circuit Technologies Comments
- Question
PMOS and NMOS circuits are used largely in ________.
Options- A. MSI functions
- B. LSI functions
- C. diode functions
- D. TTL functions
- Correct Answer
- LSI functions
- 1. In a TTL circuit, if an excessive number of load gate inputs are connected, ________.
Options- A. VOH(min) drops below VOH
- B. VOH drops below VOH(min)
- C. VOH exceeds VOH(min)
- D. VOH and VOH(min) are unaffected Discuss
- 2. The active switching element used in all TTL circuits is the ________.
Options- A. bipolar junction transistor (BJT)
- B. field-effect transistor (FET)
- C. metal-oxide semiconductor field-effect transistor (MOSFET)
- D. unijunction transistor (UJ) Discuss
- 3. TTL is alive and well, particularly in ________.
Options- A. industrial applications
- B. educational applications
- C. military applications
- D. commercial applications Discuss
- 4. An open-collector output requires ________.
Options- A. a pull-down resistor
- B. a pull-up resistor
- C. no output resistor
- D. an output resistor Discuss
- 5. For a CMOS gate, which is the best speed-power product?
Options- A. 1.4 pJ
- B. 1.6 pJ
- C. 2.4 pJ
- D. 3.3 pJ Discuss
- 6. Which is not an output state for tristate logic?
Options- A. HIGH
- B. LOW
- C. High-Z
- D. Low-Z Discuss
- 7. A TTL NAND gate with IIH(max) of 40 µA per input drives ten TTL inputs. How much current does the drive output source?
Options- A. 40 µA
- B. 200 µA
- C. 400 µA
- D. 800 µA Discuss
- 8. An open-drain gate is the CMOS counterpart of ________.
Options- A. an open-collector TTL gate
- B. a tristate TTL gate
- C. a bipolar junction transistor
- D. an emitter-coupled logic gate Discuss
- 9. Which factor does not affect CMOS loading?
Options- A. Charging time associated with the output resistance of the driving gate
- B. Discharging time associated with the output resistance of the driving gate
- C. Output capacitance of the load gates
- D. Input capacitance of the load gates Discuss
- 10. A certain gate draws 1.8 µA when its output is HIGH and 3.3 µA when its output is LOW. VCC is 5 V and the gate is operated on a 50% duty cycle. What is the average power dissipation (PD)?
Options- A. 2.55 µW
- B. 1.27 µW
- C. 12.75 µW
- D. 5 µW Discuss
Integrated Circuit Technologies problems
Search Results
Correct Answer: VOH drops below VOH(min)
Correct Answer: bipolar junction transistor (BJT)
Correct Answer: educational applications
Correct Answer: a pull-up resistor
Correct Answer: 1.4 pJ
Correct Answer: Low-Z
Correct Answer: 400 µA
Correct Answer: an open-collector TTL gate
Correct Answer: Output capacitance of the load gates
Correct Answer: 12.75 µW
Comments
There are no comments.More in Digital Electronics:
Programming
Copyright ©CuriousTab. All rights reserved.