7M-30.000MEEQ-T Datasheet/PDFCrystals
Crystals have been used for millennia in everything from jewelry and ornaments to religious and symbolic objects. The use of crystals in the modern society extends much further than decorative items. An ever-increasing number of manufactured devices incorporate crystals into their functioning elements.
This article will focus on one example of this technology — 7M-30.000MEEQ-T. The 7M-30.000MEEQ-T is a voltage controlled crystal oscillator, designed for use in electronics applications for generating and controlling a frequency. Despite its complex name, the 7M30 000MEEQ-T is a simple device that has revolutionized the way we use electrical and electronic devices.
7M-30.000MEEQ-T Application Field and Working Principle
The 7M-30.000MEEQ-T is commonly used for frequency control in electronic circuits, such as for filtering and clock synchronization. The device is also used for applications outside of electronics — including in telecommunications, mass transit, and medical technology. The versatility of the 7M-30.000MEEQ-T makes it an ideal choice for many different types of applications.
At its core, the 7M-30.000MEEQ-T is an electronically-controlled oscillator (ECO) that works by using the variation of an electrical parameter to control the frequency of an oscillation. In simple terms, a voltage-controlled crystal oscillator (VCXO) is a device that takes input voltage and produces a correspondent output frequency. This can be done in two ways, either by using the intrinsic properties of a quartz crystal to generate its own voltage or by using an external voltage source. The 7M-30.000MEEQ-T utilizes both of these methods in order to achieve its desired output.
The 7M-30.000MEEQ-T uses the piezoelectric effect to generate an electrical voltage. The piezoelectric effect is achieved by placing a piezoelectric material, such as quartz, between two metal plates which are held at different temperatures. As the temperature changes, the difference in charge between the two plates causes the quartz to vibrate at a particular frequency — which can be tuned and adjusted by changing the input voltage.
The 7M-30.000MEEQ-T uses this same principle of voltage variation to control the frequency of its output. When the voltage is applied to the device, it triggers a circuit which adjusts the quartz oscillation frequency in order to produce the desired output. In other words, the 7M-30.000MEEQ-T is able to take an electrical signal and adjust it to the desired frequency in order for it to be used for various electronic applications.
The versatility of the 7M-30.000MEEQ-T has made it a popular choice for many applications — and its relatively simple working principle has helped revolutionize the way electronics are created and used. Thanks to its ability to generate and control frequency accurately, the 7M-30.000MEEQ-T has become a leading technology in both the scientific and commercial worlds.