7B-11.0592MBBK-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals, when used in electronics, are found in a variety of applications and can have a wide range of properties. One such application is in the field of 7B-11.0592MBBK-T, where the crystal has the feature of being a temperature-compensated crystal oscillator (TCXO). This type of crystal is used for the generation of clock signals for various electronic applications and is typically used for the synchronization of system clocks.

The 7B-11.0592MBBK-T is a broadband TCXO that is composed of two crystals – a series-connected quartz crystal and its corresponding quartz resonator. The quartz crystal is used to set the frequency accuracy of the crystal oscillator, while the quartz resonator acts as a motional element for frequency trimming and temperature compensation. The quartz crystal is typically controlled by an electronic temperature compensation circuit that provides temperature-compensated frequency accuracy. This compensation helps the system to stay on frequency with minimal drift over a wide range of temperature conditions.

The 7B-11.0592MBBK-T is well-suited to applications in which the highest level of frequency accuracy is required. Examples of this include high-speed communication systems, precision navigation systems, scientific instrumentation, and other systems requiring accurate frequency generation. The wide temperature range over which the 7B-11.0592MBBK-T can be used makes it very versatile and suitable for a wide range of applications.

The working principle of the 7B-11.0592MBBK-T is based on the principle of exchange frequency. An oscillator is formed by a signal source and an inductive resonator, and the signal source produces oscillation at a certain frequency. The resonance is created by the signal source and the inductor-capacitor (LC) circuit, and this resonance is then amplified by an amplifier circuit and the output is taken. The signal source can be either an external circuit or a crystal oscillator.

In the case of the 7B-11.0592MBBK-T, the crystal oscillator serves as the signal source and is connected to the LC circuit. The LC circuit creates a resonance at a certain frequency, which is then amplified by the amplifier. The combination of the signal source and the LC circuit create the exchange frequency, which is then output as the 7B-11.0592MBBK-T’s clock signal.

The 7B-11.0592MBBK-T is an excellent choice for applications that require accurate and temperature-stable clock signals. Its exchange frequency principle and temperature compensation circuit make it an ideal choice for temperature-sensitive applications, such as temperature-compensated timing systems and other applications requiring temperature-stable clock signals. Its wide temperature range and accurate frequency accuracy make it a great choice for high-precision systems.

The specific data is subject to PDF, and the above content is for reference