SATRI Circuit's advantages over conventional circuits

SATRI ADVANTAGES

ONLY BY THE SATRI CIRCUIT

The SATRI Circuit holds various advantages over conventional circuits.

	THE SIMPLEST CIRCUIT = PERFECTLY LINEAR BEHAVIOR One can control the overall gain level of electronics by just two resistors, adapting A = RL / R formula, meaning that the SATRI Circuit is perfectly linear. Conventional audio circuits use A = gm X RL, thus the signal is influenced and nonlinear, proportional to the value of gm, which has non-linearity behaviors.

THE SIMPLEST CIRCUIT = PERFECTLY LINEAR BEHAVIOR

One can control the overall gain level of electronics by just two resistors, adapting A = RL / R formula, meaning that the SATRI Circuit is perfectly linear.
Conventional audio circuits use A = gm X RL, thus the signal is influenced and nonlinear, proportional to the value of gm, which has non-linearity behaviors.

	ZERO NEGATIVE FEEDBACK = NO DISTORTION In order to achieve linearity, conventional audio applies negative feedback throughout the circuit. But using such negative feedback causes problems such as time delay and distortions. With the SATRI Circuit, there is absolutely no need to worry about any of the problems stated above, since it provides perfect linearity without the use of negative feedback.

ZERO NEGATIVE FEEDBACK = NO DISTORTION

In order to achieve linearity, conventional audio applies negative feedback throughout the circuit. But using such negative feedback causes problems such as time delay and distortions.
With the SATRI Circuit, there is absolutely no need to worry about any of the problems stated above, since it provides perfect linearity without the use of negative feedback.

	CONSTANT S/N RATIO = SAME PERFORMANCE AT ANY VOLUME LEVEL When the gain level (S) is decreased, the noise level (N) also decreases. In other words, the SATRI Circuit has constant Signal-to-Noise Ratio characteristics. This provides a perfectly balanced sound even at the smallest volume level.

CONSTANT S/N RATIO = SAME PERFORMANCE AT ANY VOLUME LEVEL

When the gain level (S) is decreased, the noise level (N) also decreases. In other words, the SATRI Circuit has constant Signal-to-Noise Ratio characteristics.
This provides a perfectly balanced sound even at the smallest volume level.

	NO SLEW RATE = NO INPUT AND OUTPUT DELAY The SATRI Circuit has no slew rate. The input signal gets transferred to the output signal without any signal loss. Because the delay between input and output has been minimized, also the loudspeaker sensitivity barely affects the performance of the SATRI Circuit.

NO SLEW RATE = NO INPUT AND OUTPUT DELAY

The SATRI Circuit has no slew rate. The input signal gets transferred to the output signal without any signal loss. Because the delay between input and output has been minimized, also the loudspeaker sensitivity barely affects the performance of the SATRI Circuit.

	NO INPUT SIGNAL LIMIT = THE WIDEST FREQUENCY RANGE Since there is no limit in current signal transmittance, it is possible to amplify the widest possible signal range which is well above 1 MHz, with a perfect shape of sine wave. This allows the SATRI Circuit to fully accept any available source.

NO INPUT SIGNAL LIMIT = THE WIDEST FREQUENCY RANGE

Since there is no limit in current signal transmittance, it is possible to amplify the widest possible signal range which is well above 1 MHz, with a perfect shape of sine wave.
This allows the SATRI Circuit to fully accept any available source.

	FIXED OPERATING POINT = NOT AFFECTED BY OUTSIDE FACTORS Because the operating point is securely fixed in the SATRI Circuit, the sound of electronics is not affected by various outside factors, such as the change in temperature or voltage.

FIXED OPERATING POINT = NOT AFFECTED BY OUTSIDE FACTORS

Because the operating point is securely fixed in the SATRI Circuit,
the sound of electronics is not affected by various outside factors, such as the change in temperature or voltage.