Using the given delays for components, find the
propagation delay for this circuit.
NOTE: The delay values are purely random values, so ignore any
unrealistic behavior
| Component | Propagation Delay | Contamination Delay |
| NOT | 1 ns | 2 ns |
| AND | 16 ns | 15 ns |
| NAND | 16 ns | 15 ns |
| OR | 13 ns | 16 ns |
| NOR | 10 ns | 12 ns |
| XOR | 13 ns | 17 ns |
| XNOR | 16 ns | 5 ns |
Homework Answers
Add Answer to:
Using the given delays for components, find the
propagation delay for this circuit.
NOTE: The delay...
Using the given delays for components, find the contamination delay for this circuit. NOTE: The delay...
Using the given delays for components, find the
contamination delay for this circuit.
NOTE: The delay values are purely random values, so ignore any
unrealistic behavior
Component
Propagation Delay
Contamination Delay
NOT
2 ns
3 ns
AND
19 ns
10 ns
NAND
1 ns
20 ns
OR
13 ns
7 ns
NOR
11 ns
13 ns
XOR
4 ns
3 ns
XNOR
11 ns
13 ns
3 x1 x1 Outl 13 R1. x1 Out2
Find the propagation delays for a 20 bit ripple carry adder Given the following propagation delays...
Find the propagation delays for a 20 bit ripple carry adder Given the following propagation delays Component AND Propagation Delay 9 OR 8 XOR 7 And that each full adder is implemented as A x1 A BlX1 B Cin Sum Cinx1(cin Cin x1 Cout Hint Draw out at least a 4-bit ripple carry adder before trying to answer this question.
Find the propagation delays for a 19 bit ripple carry adder Given the following propagation delays...
Find the propagation delays for a 19 bit ripple carry adder
Given the following propagation delays
Find the propagation delays for a 19 bit ripple carry adder Given the following propagation delays Propagation Delay Component AND OR XOR 8 10 And that each full adder is implemented as Cin x1 Сin os sum Cout Hint Draw out at least a 4-bit ripple carry adder before trying to answer this question.
5. [10 Pts] Determine the critical path in the following circuit. Also determine the propagation delay...
5. [10 Pts] Determine the critical path in the following circuit. Also determine the propagation delay and contamination delay. Use the gate delays given in the table below Gate NOT 2-input NAND 3-input NAND 2-input NOR 3-input NOR 2-input AND 3-input AND 2-input OR 3-input OlR Ipd (ps) 15 20 30 30 45 ed (ps) 10 15 25 25 35 25 30 30 45 40 40
Simplify the circuit below to obtain the most simplified SOP implementation using any method. Dra...
Simplify the circuit below to obtain the most simplified SOP implementation using any method. Draw a timing diagram for the truth table of the circuit below. Assume each input combination lasts for 20 ns and the propagation delay from the input of the circuit to the output is a total of 10ns. See slide 61 of Chapter 2 slides for an example of an "ideal but with delay" timing diagram for the output. (12 pts) 1. 10 Find the critical...
3. (16 pts.) A sequential circuit design is shown in the following diagram CLK CLK Frt Trl Frl FF1 D-FF clk-to-q propagation delay tpcq 15 ps D-FF clk-to-q contamination delay tccq-10 ps D-FF dat...
3. (16 pts.) A sequential circuit design is shown in the following diagram CLK CLK Frt Trl Frl FF1 D-FF clk-to-q propagation delay tpcq 15 ps D-FF clk-to-q contamination delay tccq-10 ps D-FF data setup time ts-15 ps D-FF data hold time th = 10 ps Gate 2-input NAND 2-input NOR 2-input XOIR NOT Tpd(ps) Tea(ps) 15 25 35 10 10 15 25 (8 pts.) Calculate the maximum clock frequency for reliable operation assuming there is no clock skew (8...
X Part I. Derive Bivariate Regression by hand. Again, we are using the same data set that we used in the in-cl...
X Part I. Derive Bivariate Regression by hand. Again, we are using the same data set that we used in the in-class assessment. Case Dietary Fat Body Fat 22 9.8 22 11.7 14 8.0 21 9.7 32 10.9 26 7.8 30 21 17 1. Step 1: Find the mean of dietary fat x = 2. Step 2: Find the mean of body fat y = 3. Step 3: Find the sum of (x1 - x)y- y) = 3316 4. Step...
Using the given delays for components, find the
contamination delay for this circuit.
NOTE: The delay values are purely random values, so ignore any
unrealistic behavior
Component
Propagation Delay
Contamination Delay
NOT
2 ns
3 ns
AND
19 ns
10 ns
NAND
1 ns
20 ns
OR
13 ns
7 ns
NOR
11 ns
13 ns
XOR
4 ns
3 ns
XNOR
11 ns
13 ns
3 x1 x1 Outl 13 R1. x1 Out2
Find the propagation delays for a 20 bit ripple carry adder Given the following propagation delays Component AND Propagation Delay 9 OR 8 XOR 7 And that each full adder is implemented as A x1 A BlX1 B Cin Sum Cinx1(cin Cin x1 Cout Hint Draw out at least a 4-bit ripple carry adder before trying to answer this question.
Find the propagation delays for a 19 bit ripple carry adder
Given the following propagation delays
Find the propagation delays for a 19 bit ripple carry adder Given the following propagation delays Propagation Delay Component AND OR XOR 8 10 And that each full adder is implemented as Cin x1 Сin os sum Cout Hint Draw out at least a 4-bit ripple carry adder before trying to answer this question.
5. [10 Pts] Determine the critical path in the following circuit. Also determine the propagation delay and contamination delay. Use the gate delays given in the table below Gate NOT 2-input NAND 3-input NAND 2-input NOR 3-input NOR 2-input AND 3-input AND 2-input OR 3-input OlR Ipd (ps) 15 20 30 30 45 ed (ps) 10 15 25 25 35 25 30 30 45 40 40
Simplify the circuit below to obtain the most simplified SOP implementation using any method. Draw a timing diagram for the truth table of the circuit below. Assume each input combination lasts for 20 ns and the propagation delay from the input of the circuit to the output is a total of 10ns. See slide 61 of Chapter 2 slides for an example of an "ideal but with delay" timing diagram for the output. (12 pts) 1. 10 Find the critical...
3. (16 pts.) A sequential circuit design is shown in the following diagram CLK CLK Frt Trl Frl FF1 D-FF clk-to-q propagation delay tpcq 15 ps D-FF clk-to-q contamination delay tccq-10 ps D-FF data setup time ts-15 ps D-FF data hold time th = 10 ps Gate 2-input NAND 2-input NOR 2-input XOIR NOT Tpd(ps) Tea(ps) 15 25 35 10 10 15 25 (8 pts.) Calculate the maximum clock frequency for reliable operation assuming there is no clock skew (8...
X Part I. Derive Bivariate Regression by hand. Again, we are using the same data set that we used in the in-class assessment. Case Dietary Fat Body Fat 22 9.8 22 11.7 14 8.0 21 9.7 32 10.9 26 7.8 30 21 17 1. Step 1: Find the mean of dietary fat x = 2. Step 2: Find the mean of body fat y = 3. Step 3: Find the sum of (x1 - x)y- y) = 3316 4. Step...
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