What is the speed?
current speed is a term used to identify the efficiency of a sound device to accurately reproduce changes made in the amplitude within a specified period of time. The aim is to assess the speed of change in terms of strength and continuity and how much distortion occurs during sound reproduction. For the most part, a higher rate is desirable, as slower rates are usually characterized by increasing the amount of sound distortion.
One of the main purposes of determining the starting speed is to identify the maximum amount of input frequency that the amplifier is able to maintain without creating any distortion on the output. Most manufacturers provide instructions that identify an acceptable speed range when the amplifier generates low and high frequencies during operation. Consultation with these instructions is important because the range or range that is considered acceptable may be somewhat different from one manufacturer to another.
ACI Amplifier capabilities in terms of the amount of signal voltage that the device is able to produce. In general, an acceptable rate would be a tenth of any amplifier rating that has a device. For devices equipped with a higher amplifier, the reduction speed may be closer to a fifth of this amount if the amplifier is to produce the highest sound quality.
low flow rate leads to distortion of sounds created by amplifiers as a level of sound change. For listeners, this means that sound quality can suddenly behave at a time or muted for a period of time, or maybe start to lower and out if the rate is unusually low. The final result is that sound reproduction is relatively low quality, incomprehensible to some extent and usually considered unacceptable.
There are several different strategies to measure current speed. Equipment as an oscilloscope and some type of geneFunctions are often useful in assessing the current speed status. The test device only provides speed measurement, but also provides some traces of what causes distortion in the first place. This is very useful in that the data facilitates the determination of origin and take the right steps to repair. Once the repairs are complete, testing the starting speed for the second time to make sure that the distortion is resolved and the amplifier now works on full capacity.