SI5335A-B05621-GMR

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The SI5335A-B05621-GMR clock generator from Silicon Labs is a low-jitter, high-performance clock generator. It is designed for use in applications such as communication infrastructure, broadcast video, imaging, and consumer electronics. The device offers an integrated PLL and jitter attenuator and supports multiple frequencies for applications such as data/clockrate conversion, frequency multiplication, frequency conversion, and clock synchronization.

The SI5335A-B05621-GMR accepts a low-skew, low-noise input clock or oscillator, and through the use of its integrated PLL, produces a high-frequency output clock. The device is capable of generating clock cycles higher than 1 GHz with a low jitter of less than 700ps, which is ideal for high-speed applications. The integrated jitter attenuator greatly reduces total system jitter and cycle-to-cycle variation, resulting in superior system timing performance.

The SI5335A-B05621-GMR has a configurable output gate clock with an additional pin selectable gate clock. It also features programmable frequency output divider(s), adjustable output slew rate, adjustable clock delays, and adjustable phase selections. Additionally, the device has an integrated regulator that allows the device to act as a versatile clock generator with both PLL and oscillator features.

The SI5335A-B05621-GMR is designed with a low system jitter architecture which is useful in demanding applications, including networking and telecom, broadcasting and video, imaging, and consumer electronic systems. The device is housed in a small, 16-pin quad flat no-lead package making it ideal for space-constrained applications. Additionally, it has an extended temperature range of -40°C to +85°C.

In conclusion, the SI5335A-B05621-GMR is a high-performance clock generator that is suitable for a wide range of applications. The device offers low-noise, low-jitter output clocks up to 1 GHz, depending on the input frequency. It features a configurable output gate clock that can be used for frequency multiplication, frequency conversion, and clock synchronization needs. Additionally, the device is housed in a small, 16-pin QFN package, making it ideal for space-constrained applications.

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