SI5335C-B07841-GM

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Clocks and timing devices are essential components in many electronic systems, often the most critical elements in their operation. Clocks and frequency synthesizers are used to create the low-power, fast-switching performance required for many applications. The SI5335C-B07841-GM is a clock generator and programmable fanout buffer device from SiTime, ideal for applications such as data communications and signal processing.

The SI5335C-B07841-GM is a high-performance synthesizer and clock generator with wide-frequency range from 6 to 393 MHz. The Real-Time Clock module generates an accurate real-time clock with a sub-50 ps accuracy. It provides 19 reference inputs (10 LVCMOS/LVTTL, 4 differential LVPECL, 4 HCSL, 1 differential SMA), 21 differential outputs (12 LVPECL, 4 LVDS/LVPECL, 4 HCSL, 1 differential SMA). The device supports a wide range of spread spectrum frequencies and includes programmable frequency synthesizer and on-chip VCXO. It also includes an integrated PLL, voltage controlled oscillator (VCO), reference divider, loop filter, VCO spread control, DC offset compensation, and a spread spectrum control circuit.

The SI5335C-B07841-GM is a versatile, programmable fanout buffer for a variety of applications. It has two selectable fanout modes, buffered and unbuffered mode, which offer different performance characteristics. In unbuffered mode, the chip is designed to minimize jitter, skew, and power use. Buffered mode is designed to improve system performance while increasing jitter and skew, as well as power consumption. The fanout buffer supports a wide range of 1, 2, and 3.3V input levels. It is designed to drive different logic families, such as LVCMOS, LVPECL,LVDS, and HCSL, while maintaining low jitter, low power consumption, and a fanout range of up to 20 outputs.

The SI5335C-B07841-GM provides an integrated and programmable PLL, VCO, reference divider, loop filter, VCO spread control, and a spread spectrum control circuit for fast switching performance and low power consumption. The device is configured using serial interface with an on-chip configurable logic block (CLB), which allows for custom logic design for arithmetic functions. The CLB can be configured to generate delays and retiming synchronization signals, as well as frequency or phase modulation. The CLB also provides a clock-slower feature, which is useful in low-voltage applications.

The SI5335C-B07841-GM is specifically designed for high frequency clock generation applications such as data communications, computing, and storage systems. It is ideal for frequency synthesis applications, such as frequency hopping, clock and data recovery, and antenna tuning. The wide frequency range and programmable features make it suitable for a variety of industrial and consumer applications, such as optical networks and embedded systems. In addition, the device is programmed and configured in a single package, allowing for easy prototyping and quick turnaround.

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