353VB5A184T Datasheet/PDFOscillators are circuits which are used to generate an alternating current or voltage waveform. They are used in various applications such as radio transmission, signal processing, clocks and watches, television and video production, as well as in digital integrated circuits. Oscillators are generated either by using an oscillator circuit such as the Johnson counter, or by using a power source such as an electrical battery.
The type of oscillator known as a 353VB5A184T is a Programmable Frequency Oscillator. It is designed to work at temperatures ranging from -20 to 85 degrees Celsius. This oscillator is capable of generating sine, square, triangle and sawtooth waveforms at frequencies ranging from 1Hz to 10MHz. The analog output of the oscillator is adjustable from 0 to 10V. It is provided with a 30-pin connector and can be used in an NFS-GPCI bus. It is designed to operate in both manual and automatic modes.
The working principle of a 353VB5A184T oscillator involves the use of an oscillator circuit. This circuit consists of an amplifier, frequency generator, frequency adjustment, waveform selection, and output. The amplifier receives an input signal, which is then amplified by the frequency generator and frequency adjustment circuits. The amplified signal is then sent to the waveform selector which is used to select the desired waveform. Finally, the output of the oscillator is connected to an output device such as a speaker or amplifier.
The 353VB5A184T oscillator is used in various applications such as tuning radio and TV transmission circuits, sampling signal processing, testing and calibration of electronic systems, and waveform generation in synthesizers. It is also used in clock and watch making, and in the monitoring of RF signals. It is an ideal choice for use in industrial processes where accurate and reliable frequency generation is required.
In summary, the 353VB5A184T oscillator is a programmable frequency oscillator that is capable of generating a range of waveforms at specific frequencies. It is designed to work under extreme temperatures and is used in various applications such as radio and TV transmission, signal processing, clocks and watches, and waveform generation for synthesizers. It is also used in industrial processes where accurate and reliable frequency generation is required.