For the figure shown below, do the following: (a) Connect the output line O6 of the decoder to the CE of memory chip instead of Oo and identify the memory map. (b) Connect A15 to active high enable signal E3 of the decoder and ground E₁. Identify the memory map of the chip. (c) Modify the schematic in the figure to eliminate the negative NAND gate and obtain the same memory address range without adding any other components. A15 A14 A13 A12 MSB = +SV E₁ E₂ E3 3-to-8 Decoder 74LS138 06- Oo All Ao D₂. Data Bus Do CE Ao 0₂ OE 2732 EPROM 4096 X 8 Output Lines Oo MEMR -IO/M -RD A

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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For the figure shown below, do the following:
(a) Connect the output line 06 of the decoder to the CE of memory chip instead of
Oo and identify the memory map.
(b) Connect A15 to active high enable signal E3 of the decoder and ground E₁. Identify
the memory map of the chip.
(c) Modify the schematic in the figure to eliminate the negative NAND gate and
obtain the same memory address range without adding any other components.
A15
A14
A13
A121
MSB
+S V
O O
E₁ E₂ E3
3-10-8
Decoder
74LS138
06-
00
All
Dy
Data Bus
Do
Ao
0₁
2732
EPROM
4096 X 8
Output
Lines
OE
00
MEMR
-IO/M
-RD
Transcribed Image Text:For the figure shown below, do the following: (a) Connect the output line 06 of the decoder to the CE of memory chip instead of Oo and identify the memory map. (b) Connect A15 to active high enable signal E3 of the decoder and ground E₁. Identify the memory map of the chip. (c) Modify the schematic in the figure to eliminate the negative NAND gate and obtain the same memory address range without adding any other components. A15 A14 A13 A121 MSB +S V O O E₁ E₂ E3 3-10-8 Decoder 74LS138 06- 00 All Dy Data Bus Do Ao 0₁ 2732 EPROM 4096 X 8 Output Lines OE 00 MEMR -IO/M -RD
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