Response Time Solution

STEP 0: Pre-Calculation Summary
Formula Used
Response Time = Time Between Switching Activity*Thermal Time Constant+2*Transmission Time
Δtres = Δtspread*τthrm+2*Δttrans
This formula uses 4 Variables
Variables Used
Response Time - (Measured in Second) - response time for a job is the time between when it becomes active (e.g. an external event or timer triggers an interrupt) and the time it completes.
Time Between Switching Activity - (Measured in Second) - Time Between Switching Activity : time that passes between a switching activity.
Thermal Time Constant - (Measured in Second) - Thermal Time Constant : describes how long it takes until an object is heated up or annealed.
Transmission Time - (Measured in Second) - Transmission Time is necessary for the transmission of the monitoring and DTM instruction data.
STEP 1: Convert Input(s) to Base Unit
Time Between Switching Activity: 1.65 Millisecond --> 0.00165 Second (Check conversion ​here)
Thermal Time Constant: 4.35 Millisecond --> 0.00435 Second (Check conversion ​here)
Transmission Time: 2.35 Millisecond --> 0.00235 Second (Check conversion ​here)
STEP 2: Evaluate Formula
Substituting Input Values in Formula
Δtres = Δtspreadthrm+2*Δttrans --> 0.00165*0.00435+2*0.00235
Evaluating ... ...
Δtres = 0.0047071775
STEP 3: Convert Result to Output's Unit
0.0047071775 Second -->4.7071775 Millisecond (Check conversion ​here)
FINAL ANSWER
4.7071775 4.707178 Millisecond <-- Response Time
(Calculation completed in 00.020 seconds)

Credits

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Created by Surya Tiwari
Punjab Engineering College (PEC), Chandigarh, India
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15 Performance Metrics Calculators

Dynamic Power Consumption
​ Go Dynamic Power Consumption = Switching Activity Factor*Switched Capacitance*Frequency*Supply Voltage^2
Response Time
​ Go Response Time = Time Between Switching Activity*Thermal Time Constant+2*Transmission Time
Number of Component in Graph
​ Go Number of Components = (Cyclomatic Complexity-Number of Edges+Number of Nodes)/2
Cyclomatic Complexity
​ Go Cyclomatic Complexity = Number of Edges-Number of Nodes+2*Number of Components
Execution Time
​ Go Execution Time = Acceleration Execution Time-(Read Time+Write Time)
Write Time
​ Go Write Time = Acceleration Execution Time-(Execution Time+Read Time)
Read Time
​ Go Read Time = Acceleration Execution Time-(Execution Time+Write Time)
Acceleration Execution Time
​ Go Acceleration Execution Time = Execution Time+Read Time+Write Time
CPU Time for Useful Work
​ Go CPU Useful Time = Total Available CPU Time*CPU Utilization
Total Available CPU Time
​ Go Total Available CPU Time = CPU Useful Time/CPU Utilization
CPU Utilization
​ Go CPU Utilization = CPU Useful Time/Total Available CPU Time
Baudrate
​ Go Baud Rate = Number of Signal Elements/Time in Seconds
Optimization
​ Go Optimization = Compilation-Translational Energy
Compilation
​ Go Compilation = Translational Energy+Optimization
Translation
​ Go Translational Energy = Compilation-Optimization

Response Time Formula

Response Time = Time Between Switching Activity*Thermal Time Constant+2*Transmission Time
Δtres = Δtspread*τthrm+2*Δttrans

What is Response Time?

Response time includes the time taken to transmit the inquiry, process it by the computer, and transmit the response back to the terminal. Response time is frequently used as a measure of the performance of an interactive system.

How to Calculate Response Time?

Response Time calculator uses Response Time = Time Between Switching Activity*Thermal Time Constant+2*Transmission Time to calculate the Response Time, The Response time for a job is the time between when it becomes active (e.g. an external event or timer triggers an interrupt) and the time it completes. Response Time is denoted by Δtres symbol.

How to calculate Response Time using this online calculator? To use this online calculator for Response Time, enter Time Between Switching Activity (Δtspread), Thermal Time Constant thrm) & Transmission Time (Δttrans) and hit the calculate button. Here is how the Response Time calculation can be explained with given input values -> 4707.178 = 0.00165*0.00435+2*0.00235.

FAQ

What is Response Time?
The Response time for a job is the time between when it becomes active (e.g. an external event or timer triggers an interrupt) and the time it completes and is represented as Δtres = Δtspreadthrm+2*Δttrans or Response Time = Time Between Switching Activity*Thermal Time Constant+2*Transmission Time. Time Between Switching Activity : time that passes between a switching activity, Thermal Time Constant : describes how long it takes until an object is heated up or annealed & Transmission Time is necessary for the transmission of the monitoring and DTM instruction data.
How to calculate Response Time?
The Response time for a job is the time between when it becomes active (e.g. an external event or timer triggers an interrupt) and the time it completes is calculated using Response Time = Time Between Switching Activity*Thermal Time Constant+2*Transmission Time. To calculate Response Time, you need Time Between Switching Activity (Δtspread), Thermal Time Constant thrm) & Transmission Time (Δttrans). With our tool, you need to enter the respective value for Time Between Switching Activity, Thermal Time Constant & Transmission Time and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.
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