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What are Frequency Converters?

10/8/2013 4:29:15 PM | by Anonymous

Frequency Converters

Frequency converters also known as frequency changers are pieces of electronic or electromechanical equipments used to translate currents, pulses, frequencies and other waveforms into proportional electrical output. The voltage output corresponds accordingly to the fluctuations of input signal. They help to modulate frequencies to their limited output and are usually expressed in terms of volts (v), alternating current or volts direct.

 

The frequency converters are often employed in the electromechanical context. They evaluate the responsiveness of vehicle engines or safety components. They may also be referring to a much-lower-powered circuit that helps convert radio frequency signals from one frequency to another frequency. The circuit consists of a local oscillator and frequency mixer. The same result can also be achieved historically by pentagrid converters.

 

Traditionally, they used to be called motor-generator set. Additionally, devices with mercury arc rectifiers and vacuum tubes were in use. With the advancement of solid state electronics, it is now possible to build completely electronic frequency chargers. They usually consist of a rectifier stage that is used to produce AC of the desired frequency. A transformer will also be included in either the ac input or output circuitry if voltage conversion is desired. This transformer may also provide galvanic isolation between the input and output circuits. A battery may also be added to the circuitry to help improve the converters’ ride of brief outages in the input power. They also vary in power handling from a few watts to megawatts.

 

Frequency converters also contain various filters or resistor capacitors that are used to manage signals and reduce extraneous bands. The operational amplifier processes linear signals. They are typically used in numerous processes and industries. They help to evaluate automobile tachometers and speedometers. The converters also monitor response times of vehicle switches, controls and safety systems. The information can be read from encoders, timers and relays while the devices output voltage modulated within programmable parameters.

 

The available form factors for frequency converters are designed for integration within a widerange of systems. Some are mounted in racks whereas others are bolted to walls. Modular components stack while bench units offer full casings. Some others also mount it to fasten within enclosures or computer circuits and computer backplanes.

 

On top of evaluating component response times and engine speeds, they can also monitor the flow meter data. Converters also helps vehicle drivers and pilots to choosing the most appropriate gear and throttle configuration safely within the engine’s rotation rate. Other units also assist in machine analysis and control.

 

There are numerous capabilities that are afforded by this convertibility between the frequency and electronics. This makes technology not only common but a vital component to modern industry. Some are used to warn drivers when spending and at the same time, manage clutching, horn and door lock mechanisms. Others also sense the speed of trains and estimate the traffic volumes. They also adjust the speed of analog audio recorders as well as time engine hours. Frequency converters not only services analog but also digital technology.

 

The specifications of a frequency converter can also include the analog or differential channels. Differential channels are channels that bridge two different systems by regulating the voltage between the 2 inputs and at the same time, outputting the appropriate signal response. Other factors can also include processes that manage the maximum output in voltage, magnetic induction, optical, accuracy tolerances and capacitance for signal isolation.

 

The expansion of technical markets and growing need for energy saving processes helps to create a continued demand for this technology. It assists in problem solving, analysis and creating automated systems for consumer and industrial products. The use of technology also enhances safety systems and increases efficiency across the multiple industries and technologies.

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