The system in Figure 6–87 requires two code converters. The BCD-to-binary converter changes the 2-digit BCD number in Register A to an 8-bit binary code (actually only 7 bits are required because the MSB is always 0). Use appropriate fixed-function IC code converters to implementthe BCD-to-binary converter function and draw a complete logic diagram including pin numbers. Tablets/bottleEncoderDecoder4 bits00Register AADecimal232-digit BCDBCD toto BCD7-seg#КeурadCodeconverter8 bits8 bitsBCD toCompAbinaryA = BBTotal tablets bottled8 bits00000ValveAdder16 bitsCounterSensorAΣRegister B16-bit binary8-bit binary00CodeDecoderB CoutconverterBBinaryto BCDBCD toConveyorcontrol7-segMUX16 bitsSwitching sequencecontrol inputFIGURE 6-87

BCD stands for Binary-coded decimal, it is a class of binary encoding of decimal numbers where each…

Answered: Tablets/bottle Encoder Decoder 4 bits…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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The system in Figure 6–87 requires two code converters. The BCD-to-binary converter changes the 2-digit BCD number in Register A to an 8-bit binary code (actually only 7 bits are required because the MSB is always 0). Use appropriate fixed-function IC code converters to implement
the BCD-to-binary converter function and draw a complete logic diagram including pin numbers.

Tablets/bottle
Encoder
Decoder
4 bits
00
Register A
A
Decimal
2
3
2-digit BCD
BCD to
to BCD
7-seg
#
Кeурad
Code
converter
8 bits
8 bits
BCD to
Comp
A
binary
A = B
B
Total tablets bottled
8 bits
00000
Valve
Adder
16 bits
Counter
Sensor
A
Σ
Register B
16-bit binary
8-bit binary
00
Code
Decoder
B Cout
converter
B
Binary
to BCD
BCD to
Conveyor
control
7-seg
MUX
16 bits
Switching sequence
control input
FIGURE 6-87

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