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Questions and Answers
What type of counters are discussed on page 262?
What type of counters are discussed on page 262?
- Down Counters
- Self-Stopping Counters
- Mod-10 Ripple Counters (correct)
- Synchronous Counters
What is the topic of section 8-12?
What is the topic of section 8-12?
- Using Counters-An Experimental Tachometer (correct)
- Counters as Frequency Dividers
- Troubleshooting a Counter
- Counting Real-World Events
What type of shift register is discussed in section 9-2?
What type of shift register is discussed in section 9-2?
- Serial-Load Shift Registers
- Universal Shift Register
- 8-Bit CMOS Shift Register
- Parallel-Load Shift Registers (correct)
What is the title of the chapter that discusses Shift Registers?
What is the title of the chapter that discusses Shift Registers?
What is the page number for the topic 'TTL IC Counters'?
What is the page number for the topic 'TTL IC Counters'?
What is the topic of section 8-13?
What is the topic of section 8-13?
What is the output of a NAND gate when all inputs are HIGH?
What is the output of a NAND gate when all inputs are HIGH?
What is the logical NANDing of inputs A and B represented as?
What is the logical NANDing of inputs A and B represented as?
In a NAND gate, what condition generates a LOW output?
In a NAND gate, what condition generates a LOW output?
What is the symbol used to represent the NAND gate?
What is the symbol used to represent the NAND gate?
How many methods are described to represent the logical NANDing of two variables?
How many methods are described to represent the logical NANDing of two variables?
What is the NAND output column in Fig. 3-21?
What is the NAND output column in Fig. 3-21?
What is included in the Experiments Manual for Digital Electronics?
What is included in the Experiments Manual for Digital Electronics?
What is the primary focus of the revised microcontrollers section in Chapter 13?
What is the primary focus of the revised microcontrollers section in Chapter 13?
What is available on the Online Learning Center (OLC) at www.mhhe.com/tokheim8e?
What is available on the Online Learning Center (OLC) at www.mhhe.com/tokheim8e?
What is not included on the website www.mhhe.com/tokheim8e?
What is not included on the website www.mhhe.com/tokheim8e?
What is the focus of the updated data transmission section in Chapter 13?
What is the focus of the updated data transmission section in Chapter 13?
What is included in Chapter 14?
What is included in Chapter 14?
What does the invert bubble at the input of a logic symbol commonly represent?
What does the invert bubble at the input of a logic symbol commonly represent?
Which of the following Boolean expressions represents the AND gate alone?
Which of the following Boolean expressions represents the AND gate alone?
What is the purpose of adding inverters to a logic symbol in Boolean expression form?
What is the purpose of adding inverters to a logic symbol in Boolean expression form?
What is the name of the theorem that can be used to convert simple logic functions to fundamental AND or OR circuits?
What is the name of the theorem that can be used to convert simple logic functions to fundamental AND or OR circuits?
What is the purpose of the truth table in Fig. 3-49?
What is the purpose of the truth table in Fig. 3-49?
What is the difference between the two NAND symbols in Fig. 3-49?
What is the difference between the two NAND symbols in Fig. 3-49?
What happens when the push-button switch in Fig. 5-11(a) is pressed?
What happens when the push-button switch in Fig. 5-11(a) is pressed?
What is the purpose of the 10-kΩ resistor in Fig. 5-11(b)?
What is the purpose of the 10-kΩ resistor in Fig. 5-11(b)?
What happens when the push-button switch in Fig. 5-11(a) is released?
What happens when the push-button switch in Fig. 5-11(a) is released?
What is the typical behavior of floating inputs in TTL circuits?
What is the typical behavior of floating inputs in TTL circuits?
What type of digital circuits are depicted in Fig. 5-11?
What type of digital circuits are depicted in Fig. 5-11?
What is the voltage level of the input to the TTL inverter when the switch is open in Fig. 5-11(b)?
What is the voltage level of the input to the TTL inverter when the switch is open in Fig. 5-11(b)?
