1. Which type of decoder will select one of sixteen outputs, depending on the 4-bit binary input value?
2. A magnitude comparator determines:
3. Which digital system translates coded characters into a more intelligible form?
4. A multiplexer is a device that outputs a fixed sequence of binary states on each clock pulse.
5. The general function of a decoder is to activate one or more circuit outputs upon detection of a particular digital state.
6. An encoder circuit is designed to generate specific codes.
7. A decoder with two inputs will have two outputs for the decoded value.
8. A magnitude comparator outputs the highest or lowest value of its inputs depending on control signals.
9. An AND gate and two INVERTERs can be connected to act as a basic decoder.
10. Parity checking can only detect an odd number of errors.
11. A sixteen-input multiplexer will need three data select input control lines.
12. A hexadecimal decoder selects one of sixteen outputs depending on the 8-bit binary input applied.
13. A multiplexer is a device that chooses which output to send an input to by means of select lines.
14. A technique that can be used in multiple-digit numerical displays to control suppression or display of leading or trailing zeros in the display is called _________.
15. Parity systems are defined as either_____ or _____ and will add an extra _____ to the digital information being transmitted.
16. A device that uses a binary decoder to direct a digital signal from a single source to one of several destinations is a ________.
17. A code in which each individual digit of a decimal number is represented by a 4-bit binary number is _________.
18. The diodes in a seven-segment display where all cathodes are tied together and grounded are illuminated when a logic ____________________ is applied to the ____________________.
19. Most demultiplexers facilitate which of the following?
20. Select one of the following statements that best describes the parity method of error detection: