SI5334C-B00127-GMR

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SI5334C-B00127-GMR is a silicon clock generator and voltage-controlled crystal oscillator (VCXO), which is widely used in consumer and enterprise applications. The SI5334C-B00127-GMR is designed with a wide frequency range, precise frequency control and low jitter performance. It is also designed to be low power and low cost, making it an ideal part for cost-sensitive applications.

The application field of the SI5334C-B00127-GMR mainly includes consumer electronics, wireless data communication, general-purpose clock generation and clock distribution, communications and industrial automation. It is widely used in computer systems, networking, digital video and audio devices, baseband communications, timing and control systems, Bluetooth and WLAN, optical networking, and many other applications.

As for the working principle, SI5334C-B00127-GMR has a lower integration than any other crystal or VCXO, with only an integrated PLL, crystal oscillator and driver. It needs an external reference frequency at 10 to 30 MHz range, which can be provided from an on-board or off-board crystal oscillator. The reference frequency is then fed to the integrated PLL, which locks to the reference frequency and provides programmable output frequencies in the range of 0.2 to 800 MHz.

The frequency accuracy of SI5334C-B00127-GMR can be as tight as ±0.02%. The timer can also be programmed to allow for frequency adjustment and frequency trimming. The integrated VCXO can be programmed to provide an adjustable frequency offset as large as ±800 ppm. It also has an integrated low-jitter programmable buffer amplifier, providing differential CMOS output signals.

The SI5334C-B00127-GMR has an automatic power control feature. When the crystal frequency is within the range of 10 to 30 MHz, the PLL of the device will enter in low power mode, allowing the device to consume only 1.3 mA when the input is not switching. When the reference frequency is outside of this range, the device will enter in high power mode to enable the generation of the output signal. When not required, the device can also enter into a standby mode where it will consume only 65 μA.

The SI5334C-B00127-GMR has a wide frequency range, precise frequency control and low jitter performance, making it an ideal choice for cost-sensitive applications. Its low power and low cost nature enables a wide range of applications in consumer and enterprise fields.

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