We will find a good and effective sound amplifier to connect to the music industry at that time. So we know some quality amplifiers that need a perfect sound experience, such as balanced input (XLR), unbalanced input (RCA), MOS-FET output transistors, the finest quality, the highest operational safety, etc. I reached this quality then I found only on maneuvers company ACOUSTIC ARTS he provides high-quality amplifiers like mono amplifiers, stereo power amplifiers, hi-fi headphone amplifiers, etc... so I recommend it and use then decide it
Yes because an amplifier with positive feedback is an oscillator.
It usually makes them self-oscillate or 'hoot'.
D. J. H. Maclean has written: 'Broadband feedback amplifiers' -- subject(s): Broadband amplifiers, Feedback amplifiers
The positive feed amplifiers are called regenerative because they increase the gain of the amplifiers.
Frequency compensation is a technique used in amplifiers. It basically controls the sound of the amplifier to make it sound clear and free of positive feedback.
Is the clotting of blood an example of positive or negative feedback?
Sol Rosenstark has written: 'Feedback amplifier principles' -- subject(s): Feedback amplifiers
feedback that reduces gain to help stabilize amplifier operation. gain is easy and cheap to get, stability isn't. its a tradeoff. so amplifier is deliberately designed with much more gain than needed and negative feedback sacrifices some of that gain to stabilize it.
positive feedback is always benificial but regenerative feedback may or may not.
Positive feedback.
Voltage series feedback amplifiers can suffer from reduced input impedance, which may affect signal source loading. They can also introduce phase shifts that may lead to stability issues. Conversely, voltage shunt feedback amplifiers can lead to increased output impedance, which may limit their effectiveness in driving loads. Additionally, both configurations can experience bandwidth limitations due to feedback network design.
Joachim Gensel has written: 'The Q-factor of gyrators using positive-feedback loops' -- subject(s): Gyrators