SIT8208AI-2-28E

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Programmable oscillators are widely used in instruments, communications equipment, and data processing systems. SIT8208AI-2-28E, a type of programmable oscillator, is widely used in various industrial applications. The following article will discuss the application field and working principle of SIT8208AI-2-28E.

SIT8208AI-2-28E is an electronic components used in the current synchronous switch power supply circuit. It has a wide frequency range, high accuracy, wide temperature range and low noise, which makes it suitable for many things like high reliability equipment, precision instrument and industrial electronics production. The electric attributes of SIT8208AI-2-28E include voltage index of 2.8V, current index of 2mA, temperature range of -40℃-85℃, frequency range of up to 18MHz, output capacitance of ≤2.2PF, and power consumption of less than 2W.

SIT8208AI-2-28E is usually used in digital products, data communication, measuring devices, and other high-frequency circuits. The accuracy of the SIT8208AI-2-28E is up to 50ppm which makes it widely used in microwave frequency synthesizers, clock distributed systems, and other control systems where high accuracy frequency is required. Moreover, the output voltage of SIT8208AI-2-28E is very small, which means it is suitable for use in low power consumption systems.

The working principle of SIT8208AI-2-28E is based on the theory of the LC oscillator. The SIT8208AI-2-28E uses a coil (L) and a capacitor (C) as the oscillator core components. The voltage of the power supply connected to the SIT8208AI-2-28E is output to the coil, then the coil starts to produce an inductive magnetic field. When the coil magnetic field generates enough energy, the electric field generated by the capacitor will match the inductive magnetic field from the coil, leading to the resonance between them.

When the resonance happen, the magnetic field from the coil and the electric field from the capacitor will form a loop and a continuous oscillation will be created. The frequency of this oscillation is determined by the coil inductance and the capacitor capacity, which is usually called the resonance frequency. The resonance frequency of the SIT8208AI-2-28E can be adjusted between different levels by replacing the coil and the capacitor, or by changing the external resistance and capacitance that affect the oscillation frequency.

In conclusion, SIT8208AI-2-28E is a type of programmable oscillator which is widely used in communication, instrumentation and data processing systems. It has a wide frequency range, high accuracy and low noise which make it suitable for many industrial applications that require high reliability and precision. Additionally, the working principle of SIT8208AI-2-28E is based on the resonance of the LC oscillator, the frequency of which can be adjusted by replacing or changing the external components that affect its oscillation.

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