7W-12.288MBC-T

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Oscillators is a useful component in daily life, with a wide range of applications and sophisticated principles. 7W-12.288MBC-T is an increasingly popular oscillator used in many daily uses. This article will discuss the application field and working principle of 7W-12.288MBC-T.

7W-12.288MBC-T, as its name implies, is a twelve megabit CMOS oscillator. It operates at a frequency of 12.288Mhz, drawing on a 7 watt maximum power at a 3.3V supply voltage. It has a wide range of applications, including digital audio, FM transmission systems, radio broadcasting, certain timekeeping systems, SATCOM Systems, RADAR systems, data acquisition systems, and frequency synthesizing.

The 7W-12.288MBC-T has two operation modes: pull-mode operation and free-running mode. In pull-mode operation, the clock is generated from the external source clock and then transferred to an internal voltage-controlled oscillator (VCO). This oscillator is then applied to an output divider circuit and finally brought to the clock output. In free-running mode, the clock is supplied by the VCO, which is clocked by an internal clock oscillator. The output is then supplied from a frequency divider circuit, and then finally generated at the end output.

7W-12.288MBC-T has several key advantages over other oscillators. One of the key features of this oscillator is its high stability. Thanks to its high precision frequency control and low jitter performance, 7W-12.288MBC-T is ideal for high-accuracy frequency measurement systems. It also offers low power consumption, making it useful for battery powered applications, and has excellent EMI and ESD performance.

7W-12.288MBC-T is also highly cost-effective, as it is available in low quantities and is relatively inexpensive compared to other oscillators. Finally, the 7W-12.288MBC-T is highly customizable, with custom frequencies, supply voltage, and phase noise levels available.

In conclusion, 7W-12.288MBC-T is an ideal oscillator for many applications, due to its high stability, low power consumption, and cost-effectiveness. It is available in two operation modes, and is customizable to fit individual needs. Thanks to its high precision frequency control and low jitter performance, 7W-12.288MBC-T is ideal for high-accuracy frequency measurement systems, such as digital audio, FM transmission systems, radio broadcasting, and frequency synthesizing.

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