Because 1 horsepower is equal to 746 watts, the formula above will include a division by 746 to complete the conversion. One additional consideration that should be made when doing the conversion is the efficiency of the motor being used. Pioneer TS-G1620F 600 Watts Max Power 6-1/2' 2-Way G-Series Coaxial Full Range Car Audio Stereo Speakers 4.4 out of 5 stars 700 $34.95 $ 34. 95 $100.00 $100.00. Metamovie 2 3 1 download free. 2 times the power (−3) dB ≡ damping to the value 0.5 6 dB ≡ 4 times the power (−6) dB ≡ damping to the value 0.25: 10 dB ≡ 10 times the power (−10) dB ≡ damping to the value 0.1: 12 dB ≡ 16 times the power (−12) dB ≡ damping to the value 0.0625 20 dB ≡ 100 times the power.

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● Calculation: Amplification (gain) and damping (loss)
as factor (ratio) to the level in decibels(dB) ●

Gain is the ratio between the magnitude of output and input signals. Gain controls on an amplifier are basically just small potentiometers (variable resistors) or volume controls, that allow you to adjust the incoming signal to the amplifier.

The amplification factor, also called gain, is the extent to which a device boosts the strength of a signal.
The damping factor, also called loss, is the extent to which a device reduces the strength of a signal.

Enter two values and press the right calculate bar in the line of the missing answer

The used Browser supports no Javascript. The program is indicated, but the actual function is missing.

In analog audio engineering we deal only with 'voltage' amplification (gain) and damping (loss).

V1 = Vin and V2 = Vout V2 > V1 or Vout > Vin means amplification. The dB value is positive (+). V2 < V1 or Vout < Vinmeans damping. The dB value is negative (−). V2/V1 or Vout/Vin means the ratio. The amplification or the damping in dB is: L = 20 × log (voltage ratio V2 / V1) in dB. V1 = Vin is the reference.

In physics, attenuation is regarded as a positive value.
This naturally leads to sign errors when entering numbers.

3 dB ≡	1.414 times the voltage	(−)3 dB ≡	damping to the value 0.707
6 dB ≡	2 times the voltage	(−)6 dB ≡	damping to the value 0.5
10 dB ≡	3.162 times the voltage	(−)10 dB ≡	damping to the value 0.316
12 dB ≡	4 times the voltage	(−)12 dB ≡	damping to the value 0.25
20 dB ≡	10 times the voltage	(−)20 dB ≡	damping to the value 0.1

Using voltage we get: Level in dB: L = 20 × log (voltage ratio)

6 dB = twice the voltage 12 dB = four times the voltage 20 dB = ten times the voltage 40 dB = hundred times the voltage

If we consider audio engineering, we are usually not interested in power.
Do not ask what power amplification means.
Leave that to the telephone companies or the transmitting aerials (antennas).
Power gain is really not used in audio engineering.
Do we really need power (energy) amplification?
Read the text at the bottom.

3 dB ≡	2 times the power	(−3) dB ≡	damping to the value 0.5
6 dB ≡	4 times the power	(−6) dB ≡	damping to the value 0.25
10 dB ≡	10 times the power	(−10) dB ≡	damping to the value 0.1
12 dB ≡	16 times the power	(−12) dB ≡	damping to the value 0.0625
20 dB ≡	100 times the power	(−20) dB ≡	damping to the value 0.01

2do 2 6 15 Amp Fuse

Using power we get: Level in dB: L = 10 × log (power ratio)

3 dB = twice the power 6 dB = four times the power 10 dB = ten times the power 20 dB = hundred times the power

If you search for the amplification ratio, given the dB value,
then go to the program dB calculation

Amplification (Gain) and Damping (Loss)

To use the calculator, simply enter a value. The calculator works in both directions of the ↔ sign.

In audio technique the following 'power or energy amplification ' is rather unusual.

Voltage/Pressure amplification ratio	1	1.414 = √2	2	3.16 = √10	4	10	20	40	100	1000
Increasing of x dB	0	3	6	10	12	20	26	32	40	60

Power/Intensity amplification ratio	1	1.414 = √2	2	3.16 = √10	4	10	20	40	100	1000
Increasing of y dB	0	1.5	3	5	6	10	13	16	20	30

At the cut-off frequency fc the dropped voltage is always fallen to the value of 1/√2 = 0.7071 (70.7%) and the voltage level L is damped to 20 × log10 (1/√2) = (−)3.0103 dB. At the cut-off frequency fc the dropped power is always fallen to the value of 1/2 = 0.5 (50%) and the power level L is damped to 10 × log10 (½) = (−)3.0103 dB.

The expressed voltage gain in dB (voltage amplification) at the cutoff frequency fc is 20 × log10 (1/√2) = (−)3.0103 dB less than the maximum voltage gain. The expressed power gain in dB (power amplification) at the cutoff frequency fc is 10 × log10 (½) = (−)3.0103 dB less than the maximum power gain.

To use the calculator, simply enter a value. The calculator works in both directions of the ↔ sign.

The voltage is always given as RMS value - but that is not valid for electric power.

There is also the reference power P₀ = 1 milliwatt or 0.001 watt ≡ 0 dB_m