1A broadband phase-locked loop chip is with integrated VCO, which keeps higher performance. 2High phase discrimination frequency can reduce phase noise on the one hand, and low-pass filter can be designed on the other hand to suppress VCO noise and shorten lock time. 3The chip can work in integer frequency division mode and fractional frequency division mode, and the accurant frequency mode is introduced in the decimal frequency division mode, so that certain frequencies that meet specific conditions can be obtained accurately. 4Such phase-locked loop chip has industry-leading low phase noise and low spurs, and accurant frequency mode allows very small steps of the output frequency to achieve a frequency error of 0 Hz. 5With the best noise performance and spurs in the industry, signal module appear when you need good signal quality and signal-to-noise ratio. 6And signal source module application market includes broadband multi-carrier, multi-standard cellular base station equipment up and down conversion, as a low jitter clock local oscillator generator, or as an adjustable reference source to obtain spurious-free signals, which can also be used in high Quadrature Amplitude Modulation microwave point-to-point communication, software radio and test and measurement equipment.Item Type: Signal source module Phase Frequency of Internal Phase Detector: 125MHz Output Frequency Range: 25MHz~3GHz Quality Factor of HMC830 in Integer and Decimal States: -230/-227 Bilateral Band Root Mean Square Jitter: Less than 180fs HMC830 Already in the Broadband Range: Matched to 50 ohms Output Power Dynamic Range: 9dB (3dBstep) Wake Up Time: 250 microseconds Typical Output Power of Chip: 6dBm Step Adjustment: 3dB step adjustment Typical Phase Noise: -110dBc/Hz Chip Size: Approx. 6 x 6mm / 0.2 x 0.2in Maintain Good Performance Temperature Range: -40~+851 x Signal Source Module