SI5330J-B00223-GMR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SI5330J-B00223-GMR is a 3.3 V low power, low jitter digital programmable oscillator with integrated voltage controlled crystal oscillator (VCXO). It offers features such as an integrated VCXO, low jitter of 250 fs (typical), precise frequency synthesis, low noise output, low power, and serial digital interface (I2C). It is an ideal solution for applications such as time keeping, telecom and network synchronization, frequency synthesis, test, measurement and instrumentation.

The SI5330J-B00223-GMR is an application specific component, designed to provide a reliable and accurate clock signal to systems and applications requiring precise timing. Its integrated VCXO allows for precise frequency synthesis from a reference clock signal and its low jitter output allows for very precise data transmission. It is also designed for low power consumption and its integrated low noise output helps to reduce interference and crosstalk.

At its core, the SI5330J-B00223-GMR utilizes an integrated voltage controlled crystal oscillator (VCXO), which provides a reference signal for frequency synthesis. The VCXO uses an adjustable voltage to control the oscillation frequency, allowing for precise frequency selection and tuning. This integrated oscillator is much more stable than a traditional crystal oscillator, allowing for precise and reliable frequency synthesis.

The output of the SI5330J-B00223-GMR is a low jitter clock signal, with jitter as low as 250 fs (typical). It is designed to provide a precise signal to a variety of applications, including Telecom, Network synchronization, broadcasting, test and measurement, instrumentation, and other clock and timing systems. It also features a low power consumption and its output noise is very low to reduce interference and crosstalk.

The SI5330J-B00223-GMR is an ideal solution for applications requiring precise frequency synthesis and low jitter. Its low power consumption and low noise output make it an excellent choice for a variety of clock and timing systems. It can be used to provide precise and reliable reference signals in applications such as Telecom, Network synchronization, broadcasting, test and measurement, instrumentation, and other clock and timing systems.

The specific data is subject to PDF, and the above content is for reference