Electronic Control Amplifier

Item Name Code (INC) 00096

Amplifiers: Federal Supply Class: FSC 5996; NATO Supply Classification Class: NSC 5996
Electrical and Electronic Equipment Components: Federal Supply Group: FSG 59; NATO Supply Classification Group: NSG 59
Item Hits: 4007 - Page 9 of 9

An electronic device which enables input signals to control a local source of power and deliver output signals of greater amplitude with respect to current and/or voltage. The output signals characteristics are uniformly related to the input signals, and are suitable for controlling or supplying power for exciting electric motors or similar devices. It includes devices commonly referred to as servo amplifiers, torque amplifiers and similar equipment only if these devices do not employ synchros nor incorporate servomechanisms. It does not include items which are properly classified as audio frequency, radio frequency, direct current or video amplifiers. For amplifiers that incorporate servomechanisms and employ synchros, see AMPLIFIER, SYNCHRO SIGNAL.

Additional Information for Electronic Control Amplifier

Electronic Control Amplifiers are a type of amplifier that are used to control and manipulate electronic signals. They are commonly used in various electrical and electronic equipment components to amplify and modulate signals for different applications.

These amplifiers are designed to provide precise control over the amplification process, allowing for adjustments in gain, frequency response, and other parameters. They are often used in audio systems, telecommunications equipment, industrial control systems, and other electronic devices where signal amplification and control are required.

Electronic Control Amplifiers can be classified into different types based on their specific applications and features. Some common types include voltage-controlled amplifiers (VCAs), current-controlled amplifiers (CCAs), and digitally-controlled amplifiers (DCAs).

VCAs are widely used in audio systems and synthesizers to control the volume and dynamics of sound signals. CCAs are commonly used in motor control systems and power electronics applications to regulate current levels. DCAs, on the other hand, are used in digital signal processing (DSP) applications, where the amplification parameters can be controlled digitally.

Overall, Electronic Control Amplifiers play a crucial role in the amplification and control of electronic signals in various electrical and electronic equipment components. They provide the necessary flexibility and precision to meet the specific requirements of different applications.