SI5335C-B07061-GMR

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The Silicon Labs' Si5335C-B07061-GMR is an advanced clock generator integrated circuit (IC) designed to reduce the number of external oscillators and support multiple output clocks in a wide range of applications. It operates on a 3.3/2.5 V supply and includes both high-performance fixed and adjustable frequency clocks that support frequencies up to 350MHz. The Si5335C-B07061-GMR is a fully-integrated solution to generate multiple clocks from a single input source. The Si5335C-B07061-GMR is part of Silicon Labs' Series 1000 Clock and Timing products, designed to provide a wide selection of solutions for the most demanding timing applications. The Si5335C-B07061-GMR is a versatile IC that enables optimal clock performance and supports output frequencies up to 350MHz with low-jitter levels. The Si5335C-B07061-GMR provides significant advantages over the traditional crystal oscillators, oscillators, and VCXO sources. It is especially beneficial for test equipment, networking, communications and many other industries.

Application Field

The Si5335C-B07061-GMR is designed for use in a variety of applications, including:

• Networking: Cable Modems, Routers, Ethernet Switches.
• Optical Networks: Aggregation, Infiniband.
• Wireless Communications: W-CDMA, TDMA, CDMA.
• Wireless Local Area Networks: WLAN, IEEE 802.11.
• Test and Measurement Equipment: Oscilloscopes, Network Analyzers, Spectrum Analyzers.
• Storage Area Networks: Servers, RAID, Fibre Channel.
• Base stations: Cellular, WCDMA, GSM.
• Network Interface Cards.

Working Principle

The Si5335C-B07061-GMR operates on an input frequency signal within the range of 1 MHz - 350MHz. The signal is then amplified and filtered, before being divided down and sent to various distributed outputs. The device uses an advanced phase-locked loop (PLL) architecture, which results in low jitter performance even at high frequencies. The PLL enables the device to easily generate multiple multi-phase clock signals from an input frequency source, which provides the ability to reduce the number of external clock sources required in applications. The Si5335C-B07061-GMR has an integrated VCO, which further reduces noise and jitter levels and provides support for frequencies up to 350MHz. The VCO enables adjustable frequency generation, allowing the user to configure the output frequency. The Si5335C-B07061-GMR includes an integrated clock, enabling functionality such as applying frequency changes to all clock outputs in tandem with the chip's master clock. The device includes an on-chip temperature sensor and an advanced calibration routine, allowing the master clock to stay precisely tuned over temperature.

The Si5335C-B07061-GMR also includes a range of high-density programmable features and advanced clock synthesis architecture, making it suitable for use in high-end systems that require custom clocking. The integrated features enable the easy implementation of various functions such as synchronization, holdover, and frequency changeover. The on-chip temperature sensor provides a stable and accurate source of temperature data, enabling the device to detect changes in temperature and adjust the clock frequencies accordingly.

The Si5335C-B07061-GMR also offers low power operation, reducing the need for large external components. The device is designed for operation at temperatures of -40°C to +85°C and is also qualified for operation in industrial environments. The integrated VCO and advanced calibration enable the Si5335C-B07061-GMR to provide low jitter performance, even in the presence of temperature variations.

The Si5335C-B07061-GMR is a versatile and flexible integrated circuit, designed for use in a wide range of applications. Its range of features and its low power operation make it an ideal solution for powering multiple output clocks from a single input frequency source. The device has been tested and qualified to provide reliable and stable performance in high-end systems in various industries.

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