ASGTX-C-49.152MHZ-2-T

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Oscillators: ASGTX-C-49.152MHZ-2-T is widely used in the field of oscillators. This kind of oscillator is based on a quartz crystal oscillator, which is designed with two transistors working together. It has the advantages of high stability, small size, low power consumption and so on.

C-49.152MHz-2-T oscillator is a surface acoustic wave (SAW) type oscillator, whose working frequency is 49.152MHz. It is suitable for use in the telecommunication system, TV broadcasting system and other related fields, such as 802.11 WIFI, Blue tooth and WCDMA systems etc. It can provide regular and stable frequency signals to ensure the normal operation of those systems.

The working principle of C-49.152MHz-2-T oscillator is very simple. It mainly includes two parts: the voltage tuned circuit and the parallel resonance LC circuit. The voltage tuned circuit is composed of quartz crystal and two transistors. An external voltage is supplied to the quartz crystal, and then the quartz crystal will generate a specific frequency signal according to the voltage. The signal is then amplified by the transistors, and finally output to the parallel LC circuit. In parallel LC circuit, the signal is filtered and stabilized. This oscillator can achieve the output of stable frequency signals.

C-49.152MHz-2-T oscillator has a wide range of applications. It can be used in many different systems as mentioned above, and can also be used in radar, SONAR, and navigation system in the military area. It can provide stable and reliable frequency signals for these systems. In addition, it can also be used in some medical equipment, and provide regular frequency signals for them.

In summary, C-49.152MHz-2-T oscillator is a very important oscillator, and it has been widely used in many different fields such as telecommunication, wireless, military and medical. It is based on quartz crystal and two transistors working together, which can generate a stable frequency signal. This oscillator has the advantages of high stability, small size, low power consumption, so it can provide regular and reliable frequency signals for many fields.

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