Calculate additional delay for two speaker paths at one listening position.
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Calculate additional delay for two speaker paths at one listening position.
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For sound installers: measure both paths to the same listener and enter existing electronic latency. Arrival time is distance divided by sound speed plus latency; delay the earlier path. Sound speed is 331.3 + 0.606 × temperature in °C. Uniform air, −20 to 50°C. Verify on site; reflections and frequency-dependent phase are not modelled.
c = 331.3 + 0.606T; tᵢ = 1000dᵢ/c + Lᵢ; Δᵢ = max(t₁,t₂) − tᵢ
Add to main speaker: 0 ms; Add to fill speaker: 58.237726 ms
c = 331.3 + 0.606T; tᵢ = 1000dᵢ/c + Lᵢ; Δᵢ = max(t₁,t₂) − tᵢ
Add to main speaker: 0 ms; Add to fill speaker: 58.237726 ms
No. Measure each speaker to the same reference listener. Results apply only at that position.
Calculations run on your device. Form inputs are not sent to a server.
The initial choice follows your browser region. Your choice is remembered on this device. Gallons are US gallons. Switching units keeps your numbers unchanged and interprets them in the new unit.
Numbers stay unchanged. Check the new unit and enter the intended measurement, or select an example for that system.
For sound installers: measure both paths to the same listener and enter existing electronic latency.
Enter a numerical value for this quantity. Use the unit shown beside this field. m / ft
Minimum: 0 · Maximum: 1000 m
For sound installers: measure both paths to the same listener and enter existing electronic latency.
Enter a numerical value for this quantity. Use the unit shown beside this field. m / ft
Minimum: 0 · Maximum: 1000 m
Sound speed is 331.3 + 0.606 × temperature in °C.
Enter an absolute temperature, not a temperature rise. Use the unit shown beside this field. °C / °F
Minimum: -20 · Maximum: 50 °C
For sound installers: measure both paths to the same listener and enter existing electronic latency.
Enter a numerical value for this quantity. Use the unit shown beside this field. ms
Minimum: 0 · Maximum: 10000 ms
For sound installers: measure both paths to the same listener and enter existing electronic latency.
Enter a numerical value for this quantity. Use the unit shown beside this field. ms
Minimum: 0 · Maximum: 10000 ms
For sound installers: measure both paths to the same listener and enter existing electronic latency. Arrival time is distance divided by sound speed plus latency; delay the earlier path. Sound speed is 331.3 + 0.606 × temperature in °C. Uniform air, −20 to 50°C. Verify on site; reflections and frequency-dependent phase are not modelled.
Calculated from your entries using the method below.
For sound installers: measure both paths to the same listener and enter existing electronic latency. Arrival time is distance divided by sound speed plus latency; delay the earlier path. Sound speed is 331.3 + 0.606 × temperature in °C. Uniform air, −20 to 50°C. Verify on site; reflections and frequency-dependent phase are not modelled.
Calculated from your entries using the method below.
For sound installers: measure both paths to the same listener and enter existing electronic latency. Arrival time is distance divided by sound speed plus latency; delay the earlier path. Sound speed is 331.3 + 0.606 × temperature in °C. Uniform air, −20 to 50°C. Verify on site; reflections and frequency-dependent phase are not modelled.
Calculated from your entries using the method below.
For sound installers: measure both paths to the same listener and enter existing electronic latency. Arrival time is distance divided by sound speed plus latency; delay the earlier path. Sound speed is 331.3 + 0.606 × temperature in °C. Uniform air, −20 to 50°C. Verify on site; reflections and frequency-dependent phase are not modelled.
Calculated from your entries using the method below.
Mistake: Changing units and assuming the entered numbers were converted.
Fix: Numbers stay unchanged. Check the new unit and enter the intended measurement, or select an example for that system.
Mistake: Treating a result as valid outside the described scope.
Fix: No. Measure each speaker to the same reference listener. Results apply only at that position.
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