ASA1-12.000MHZ-L-T

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Oscillators have various applications in electronics industries, ranging from enabling communications to providing regulating power for embedded systems. As one of the most common types of oscillators, the ASA1-12.000MHZ-L-T is often used in a variety of applications. This article provides an overview of the application field and working principle of the ASA1-12.000MHZ-L-T oscillator.

ASA1-12.000MHZ-L-T oscillators are used in many applications where low noise levels and low jitter performance are required. Its most common uses include providing the clock signal to drive chips in computers, providing the basic frequency for superheterodyne radios, and providing precise timing synchronization of components in server applications. Additionally, the ASA1-12.000MHZ-L-T oscillator can be used to stabilize the frequency of pulse-width modulation (PWM) controllers.

In terms of frequency, the ASA1-12.000MHZ-L-T oscillator has a center frequency of 12MHz, with a tolerance of 10 parts per million (PPM) and a jitter of 1 picosecond. In comparison to other oscillator types, the 12MHz oscillator is relatively low frequency, making it suitable for applications that require low frequencies. The 10 PPM tolerance of the oscillator ensures the output waveform is able to remain accurate over a wide range of temperatures and electrical conditions. The 1 picosecond jitter performance is also particularly impressive, making the ASA1-12.000MHZ-L-T oscillator suitable for applications requiring superior jitter performance.

In many applications, such as radio communication, a stable frequency is essential. To ensure a stable output frequency, the ASA1-12.000MHZ-L-T oscillator utilizes a circuit called an LC oscillator. This LC oscillator includes two electrical components, an inductor and a capacitor. These two components are connected in a circuit such that electrical energy is continuously exchanged between them. The net result of this energy exchange is that each component oscillates at some frequency. The ASA1-12.000MHZ-L-T oscillator utilizes this oscillation frequency as its output frequency.

The setting of the LC oscillator in the ASA1-12.000MHZ-L-T oscillator is also important. The inductor and capacitor will be set to different values, which will determine the exact output frequency of the oscillator. The inductor usually has two adjustable settings, a turn count and a frequency, while the capacitor typically has just one adjustable setting, a capacitance. The values of these settings will determine the exact frequency the oscillator will have.

In order to ensure that an ASA1-12.000MHZ-L-T oscillator maintains its accurate output frequency, it is important to ensure that it is properly tuned. This is done by adjusting the inductor and capacitor settings as necessary. Additionally, it is important to ensure that the oscillator is kept free from interference. For this reason, the oscillator should be adequately shielded from electromagnetic interference, and should be kept away from sources of vibration and acoustic noise.

In summary, the ASA1-12.000MHZ-L-T oscillator is a popular choice for applications requiring low frequencies and low jitter performance. The oscillator uses an LC circuit to establish a stable output frequency, which can be adjusted by properly tuning the inductor and capacitor settings. Additionally, it is important to keep the oscillator free from electromagnetic interference and other sources of noise.

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