ASCO2-10.000MHZ-L-T3

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Oscillators are electronic devices used to generate repetitive signals, typically those within the audio frequency or radio frequency spectrums. One of the more commonly used oscillators are the ASCO2-10.000MHZ-L-T3 oscillator, which is designed to produce a signal of 10.000MHz often used in communication systems, data processing, and timing control systems. To understand the working principle and applications for this device, it is important to be familiar with the in-depth information associated with this particular oscillator.

The ASCO2-10.000MHZ-L-T3 oscillator is a hermetically sealed SMD (surface mount device) oscillator which uses a temperature compensated quartz crystal as its frequency control element. It consists of three ports – two connectors (also referred to as terminals) used for connecting to power, as well as an output port for the signal that is generated. Thanks to its hermetically sealed design, the oscillator can operate in extreme temperatures ranging from -40 °C to 105°C, making it suitable for a number of applications.

The actual working principle of the oscillator consists of two parts. Firstly, the quartz crystal acts as an active element, meaning it will vibrate at a certain frequency when an electric current is applied to it. This frequency is determined based on the design of the crystal, typically through the thickness of the quartz slices and the orientation of the cut. Secondly, the oscillator’s circuit amplifies the signal of the quartz crystal, allowing it to produce a larger, more powerful oscillation. This amplification also fine-tunes the signal to create an output that is consistent and accurate.

Common applications of the ASCO2-10.000MHZ-L-T3 oscillator include communication systems, networking, test and measurement equipment, data processing systems, and timing control systems. In the communication field, the oscillator is used for generating the RF carrier signal used in radio transmitters and GPS receivers. In terms of networking, it is used to generate the stable clock signals required for transmission of data between different systems. As for test and measurement equipment, the oscillator is used for the calibration of spectrum analyzers, signal generators, and other such devices. Finally, in data processing systems and timing control systems, the oscillator can be used for a vast range of applications such as generating clocking and synchronizing signals, as well as other activities where a highly accurate clock source is required.

In summary, the ASCO2-10.000MHZ-L-T3 oscillator is a hermetically sealed SMD oscillator which uses a quartz crystal as its frequency control element, allowing it to generate a signal of 10.000MHz. Thanks to its temperature controlled design, it is suitable for a number of applications including communication systems, networking, test and measurement equipment, data processing systems, and timing control systems. By understanding its working principle and common applications, engineers are able to ensure that they use the best oscillator for their specific needs.

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