PLL1706DBQG4

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The PLL1706DBQG4 is a type of clock/timing generator which utilizes a phase-locked loop to create very precise timing signals. This device is used in variety of applications, in particular wireless communication systems, to generate and regulate signals that allow data to be transmitted accurately. The most important application of the PLL1706DBQG4 clock/timing generator is in the generation of very low frequency radio transmissions — often referred to as “ultra-low frequency” (ULT). This type of radio communication is used in deep space communication, subterranean GPS navigation, deep sea navigation and data communication between the earth and satellites.

The PLL1706DBQG4 clock/timing generator is a device which uses a technique called “phase-locked loop” (PLL) to produce signals from an incoming reference signal. The PLL1706DBQG4 achieves an excellent quality of precision through a digital low-pass filter and a VCO. Inside the device, the digital low-pass filter takes the reference signal and generates it into a reflection signal which is then fed back to the reference input. By doing this, the PLL1706DBQG4 coordinates the PLL to regulate the reference signal and output a signal that is precisely in time and to an accuracy of 10ppm (parts per million).

Depending on the application, the PLL1706DBQG4 can be configured and used to generate different kinds of signals. Using the desired dividing ratio, the PLL1706DBQG4 can generate all possible kinds of signals from a frequency-doubling circuit. Additionally, the PLL1706DBQG4 is designed to accommodate a wide input range, from a minimum of 0.3Hz/MHz to a maximum of 100KHz/MHz, which can be set by software control. This allows the device to be used in a variety of applications, such as frequency control of cellular base station contracts, communication systems, military jamming and interference systems, personal interface systems and other communications devices.

The PLL1706DBQG4 also supports different signal types, including SIN/Cosine, logic signals and I2C digital signal outputs. Additionally, the device is equipped with an embedded temperature sensor, allowing the signal output to be temperature-compensated and thus provide even more accurate signal output. The device also includes a wide variety of safety measures, such as EMI mitigation, power-down frequency and phase detection, precisely tuned resonance, clock input signal superpositioning, programmable phase detector and other features to ensure a high quality of device performance.

In summary, the PLL1706DBQG4 clock/timing generator is a precision device that utilizes a PLL technique to generate signals from a reference signal. This device supports a wide input range, various signal types, embedded temperature sensor and safety measures to provide a high quality of performance. The PLL1706DBQG4 is well-suited for applications that require high accuracy signals, such as in wireless communication systems, deep space communications, subterranean GPS navigation and deep sea navigation.

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