XLH730100.000000I Datasheet/PDFOscillators - XLH730100.000000I Application Field and Working Principle
XLH730100.000000I, also known as an oscillater, is a widely-used device in both lab and industrial settings. Oscillators are ideal for generating a continuous and predictable waveform, usually an electrical one, with the exact parameters specified by the user. They serve a myriad of useful functions, from providing input to digital circuits, to controlling timing in all sorts of equipment, including computers.
XLH730100.000000I devices are based around a single piezoelectric or magnetostrictive transducer element. This element is coupled to a specifically-tuned electrical circuit, and fed back on itself, via positive and negative feedback paths. This arrangement causes the element to vibrate at a predetermined frequency, which can then be measured with an oscilloscope.
This type of transducer is known as a “dual drive” transducer, as in addition to being fed back on itself, it is also driven directly by an external AC signal. This signal allows the user to vary the frequency and amplitude of the signal independently, meaning that both the frequency and amplitude of the output signal can be precisely controlled. This makes the device particularly suitable for use in a variety of applications, such as timing circuits, frequency division, and signal processing.
XLH730100.000000I devices can be used in a number of different ways. For instance, they can be used to provide a carrier signal for frequency modulation (FM) or analog modulation (AM), or they can be used to provide a stable signal for digital logic circuits. They can also be used to create a stable clock for digital timing, and for other types of precision timing applications. Additionally, the ability to precisely control frequency and amplitude makes them ideal for use in various communication applications.
In addition to their ability to generate a predictable and controllable signal, XLH730100.000000I devices are also an efficient and economical means of providing the desired signal. As they are based on a single element, the cost of producing each device is relatively low, and the fact that they can be variably tuned to different frequencies without needing to purchase and replace components makes them a very economical choice.
XLH730100.000000I devices have a wide range of uses, making them an attractive choice for many industries. They are extremely popular in both labs and industrial settings, and are an essential component for a number of types of communication and electronic systems. With their ability to precisely control the frequency and amplitude of the output signal, they are ideal for use in many different applications.