831742AGILF

831742AGILF is an advanced clock buffer IC (integrated circuit) specifically designed to provide high-performance clock distribution. It is a highly integrated, low-latency clock driver for high-performance distributed clock applications such as embedded systems and telecommunications. The device offers excellent jitter reduction, low EMI susceptibility, high noise immunity and low power consumption.

The 831742AGILF is an ultra-low power consuming device (only 1mW) in a small QFN package size that can support up to 24-channel outputs. The clock buffer is capable of driving up to 16 outputs simultaneously at 330MHz; each output can be independently configured for either a rising or a falling edge. The device supports a wide range of outputs including LVDS, LVPECL, and SSTL, making it perfect for a variety of applications.

The 831742AGILF clock buffer features a unique programmable clock distribution architecture with a flexible digital PLL (phase-locked loop) timing block. It includes a programmable control block which allows users to fine-tune their clock jitter performance. The digital PLL block contains four stages of programmable loop filters and an additional programmable frequency-locked loop, allowing users to program the device’s frequency to match their application needs.

The 831742AGILF is also equipped with top-of-the-line EMI management features. The device has an integrated EMI filter, allowing users to reduce electromagnetic interference (EMI) emissions for their clock distribution applications. Additionally, the device has support for “burst mode” operation, which further reduces EMI emissions.

The 831742AGILF is a powerful, low-power clock buffer designed for high-performance clock distribution in embedded systems and telecommunications. Its sophisticated clock distribution architecture allows it to reliably drive a wide range of outputs, while its advanced EMI management features ensure the lowest possible EMI emissions. The device also features a unique programmable control block which gives users the flexibility to fine-tune their clock jitter performance.