SIT9005ACB1H-18EF

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Programmable oscillators are extremely versatile and, as the name suggests, offer the ability to adjust the frequency output based on the user’s needs. They are also known as programmable ceramic resonators, programmable crystal oscillators, programmable quartz oscillators or simply programmable oscillators. SIT9005ACB1H-18EF is a type of programmable oscillator, and its application field and working principle will be discussed here.

SIT9005ACB1H-18EF is a programmable oscillator designed to provide stable frequency with low power consumption and low jitter. It is suitable for applications where precise timing is essential, such as communications, radio frequency, military electronics and other electronic circuits.

The main feature of this programmable oscillator is the ability to adjust the frequency output by changing the crystal parameters. The frequency range of this oscillator is 0.00001 MHz to 48 MHz, with an output accuracy of ±50 ppm and power consumption of 1.8 mA. The jitter of this oscillator is very low at less than 0.12 ps.

The working principle of SIT9005ACB1H-18EF is based on a quartz crystal as the resonator. When the crystal is excited with an alternating current, the crystal has a reverse electrical field. This field will cause the quartz crystal to vibrate at a certain specific frequency. This frequency is known as the resonant frequency of the crystal.

The output frequency of the SIT9005ACB1H-18EF oscillator is determined by the value of external capacitors. By adjusting the capacitance, the external capacitor will change the frequency of the circuit.

In addition to being very precise, the SIT9005ACB1H-18EF oscillator has very low power consumption, low jitter and wide frequency range. This makes it well suited for use in high-frequency circuits, such as in communications and radio frequency applications.

SIT9005ACB1H-18EF is a reliable and versatile programmable oscillator. The ability to adjust the frequency output, low power consumption and low jitter makes it ideal for use in various applications requiring precise timing. Its wide frequency range and accuracy make it suitable for a variety of tasks, from communications to military electronics.

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