DSC6121MI2A-005QT

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Pin Configurable/Selectable Oscillators are oscillators that feature pin-configurable frequency, packaged in a variety of formats. The DSC6121MI2A-005QT is a popular example of this type of oscillator. It has an integral selection pin which can be used to achieve a frequency range of 100MHz to 165MHz. This oscillator has a unique ability to be programmed to be either frequency-locked-in-place or to self-adjust its center frequency, making it extremely reliable and flexible.

The DSC6121MI2A-005QT measures 2.0 mm x 1.1 mm and is designed for use in many industrial, medical and military applications. It has a frequency stability of 0.2 ppm and a phase-noise of -120dbc/Hz at 10kHz.

The DSC6121MI2A-005QT offers a number of advantages over traditional oscillator solutions. It saves valuable board space by combining a variety of features into a single package. It also consumes very little power, drawing as little as 2.7mA at 1.8V supply voltage. With its CMOS output, the DSC6121MI2A-005QT offers a dramatic increase in speed compared to other oscillators.

The main application areas of the DSC6121MI2A-005QT are digital communication systems, avionics and military. Its sharp rise and fall times make it particularly useful for high-speed data transmission over long distances. Due to its small footprint and extremely low power consumption, it is also ideal for battery-powered systems.

In terms of working principle, the DSC6121MI2A-005QT oscillator works by passing an input clock signal through a frequency-to-voltage converter. This converter then generates a voltage that is proportional to the frequency of the input signal. The voltage is then used to drive a voltage-controlled oscillator, which produces an oscillating output signal. This signal is then scaled and the frequency is adjusted to match the desired frequency.

The DSC6121MI2A-005QT is a highly advanced, pin-configurable oscillator that offers a broad frequency range and low power consumption, making it suitable for a range of different industrial and military applications. It also features a unique ability to be programmed to either be frequency-locked-in-place, or to self-adjust, making it highly reliable. Due to its sharp rise and fall times, it is particularly suited for high-speed data transmission over long distances.

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