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Examine the address line(s) that select IC 1 and based on this information give the highest hex address in IC 1.

Examine the address line(s) that select IC 1 and based on this information give the highest hex address in IC 1.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Examine the address line(s) that select IC 1 and based on this information give the highest hex address in IC 1.

 

The diagram illustrates a circuit with a focus on chip select (CS) signals. It features: 1. **IC 1 and IC 2** - These are integrated circuits (ICs) with corresponding CS inputs. 2. **Chip Select (CS) Inputs** - Both ICs have their own CS inputs, which are crucial for enabling the respective IC to operate. 3. **Series Connection** - IC 1 and IC 2 are connected in series. The CS of IC 1 connects directly to the CS input of IC 2. 4. **Inverter** - There is an inverter symbol (a triangle with a circle at its point) between the CS outputs of IC 1 and IC 2. This suggests that the output from IC 1 is inverted before it serves as input to IC 2. This may indicate that when IC 1 is selected (CS is active), IC 2 is not, and vice versa, enabling toggling between the two circuits. This type of configuration might be used in applications where only one of the two ICs should be active at any given time, depending on the state of the CS signal.
Transcribed Image Text:The diagram illustrates a circuit with a focus on chip select (CS) signals. It features: 1. **IC 1 and IC 2** - These are integrated circuits (ICs) with corresponding CS inputs. 2. **Chip Select (CS) Inputs** - Both ICs have their own CS inputs, which are crucial for enabling the respective IC to operate. 3. **Series Connection** - IC 1 and IC 2 are connected in series. The CS of IC 1 connects directly to the CS input of IC 2. 4. **Inverter** - There is an inverter symbol (a triangle with a circle at its point) between the CS outputs of IC 1 and IC 2. This suggests that the output from IC 1 is inverted before it serves as input to IC 2. This may indicate that when IC 1 is selected (CS is active), IC 2 is not, and vice versa, enabling toggling between the two circuits. This type of configuration might be used in applications where only one of the two ICs should be active at any given time, depending on the state of the CS signal.
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