ASTX-H12-B-10.000MHZ-T

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Oscillators are widely used in electronic products and systems to produce electronic signals with specific frequency. Among them, ASTX-H12-B-10.000MHZ-T oscillator has many practical applications and it can work reliably under certain conditions.

The ASTX-H12-B-10.000MHZ-T is an oscillator that outputs a 10MHz sine wave. The main features of the oscillator are low power consumption, high stability of frequency and small size. It is widely used in frequencies, radio receivers, video receivers, audio systems and oscillator circuits.

The working principle of ASTX-H12-B-10.000MHZ-T oscillator is based on the self-oscillation circuit of non-inverted amplifier. The intermodulation distortion of it is zero, and its output frequency and phase linearity are excellent. The circuit consists of a feedback loop and an amplifier. In this way, the linear signal will be amplified continuously, and the signal will always appear.

The working frequency of ASTX-H12-B-10.000MHZ-T oscillator is 10MHz, and its keyboard frequency ratio is 20,000. The harmonic output level is lower than -50dBc. Other characteristics include temperature stability of -10-60℃ and output amplitude flatness within 300kHz-100MHz.

ASTX-H12-B-10.000MHZ-T oscillator has many application fields. It can be used in microwave communication, GPS global positioning system, radar military systems, computer communications, television broadcasting, electronic clock systems, satellite communication and instrumentation systems. It is especially suitable for low frequency signal processing systems. In addition, it can also be applied to scientific research and measurement, digital navigation and control instruments fields.

In summary, ASTX-H12-B-10.000MHZ-T oscillator has many practical applications such as microwave communication, GPS global positioning system and radar military systems. Its working principle is based on the self-oscillation circuit of non-inverted amplifier. With its excellent performance, it will provide great convenience and advantages in many fields.

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