4. Show how to connect two of the 6264C RAM chips symbolized in the figure below to produce a 16K X 8 RAM module. The circuit should not require any additional logic. Draw a memory map showing the address range of each RAM chip. A12 Inputs WE CS, CS, OE VO pins O DATAOUT X DATAIN High Z 'X High Z Mode SRAM 8K X 8 A WE Cs, Cs, OE READ WRITE Output disable MCM 6264C VO Not selected (power down) X- don't care
4. Show how to connect two of the 6264C RAM chips symbolized in the figure below to produce a 16K X 8 RAM module. The circuit should not require any additional logic. Draw a memory map showing the address range of each RAM chip. A12 Inputs WE CS, CS, OE VO pins O DATAOUT X DATAIN High Z 'X High Z Mode SRAM 8K X 8 A WE Cs, Cs, OE READ WRITE Output disable MCM 6264C VO Not selected (power down) X- don't care
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:4. Show how to connect two of the 6264C RAM chips symbolized in the figure below to
produce a 16K X 8 RAM module. The circuit should not require any additional logic.
Draw a memory map showing the address range of each RAM chip.
A12
Inputs
WE CS, CS, OE VO pins
DATAQUT
DATA
Mode
A,
A
WE
Cs,
cs,
OE
SRAM
8K x8
READ
1.
1.
WRITE
Output disable
IN
High Z
High Z
мсм
6264C
Not selected
(power down)
X- don't care
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