SI53342-B-GMR

The SI53342-B-GMR is a high-performance, highly integrated, and low power consumption single-channel, low-skew clock buffer. This device integrates advanced circuitry to provide a clock input port and multiple clock output ports. In addition, the extensive line-monitoring feature in SI53342-B-GMR offers significant value to customers that rely on critical systems and need uniform clock distribution without any insignificant errors. All these features and performance of this clock buffer make it suitable for a wide range of applications, providing a reliable and cost-effective clock distribution solution.

The SI53342-B-GMR is designed to optimize system performance by providing a low skew clock distribution network from a single input port to multiple output ports. This is realized by employing advanced digital and analog design techniques for both frequency synthesis and clock skew canceling.The SI53342-B-GMR contains an ultra-fast and ultra-low-jitter programmable clock generator to combine up to four internal clock sources to provide synchronization to external systems. Additionally, the SI53342-B-GMR contains advanced circuitry to provide low-skew clock distribution from one input port to multiple output ports.

The SI53342-B-GMR employs an advanced phase-lock loop technology to achieve a wide input clock range and low jitter clock outputs. It supports clock input frequencies of up to 25 MHz and provides ultra-low jitter clock output signals of up to 2.1 ps RMS. The wide input clock range and low jitter output signals make the SI53342-B-GMR an ideal solution for clock distribution applications in a variety of applications, such as digital video systems, communications networks, automotive systems, and industrial automation.

The SI53342-B-GMR features an ultra-low-jitter programmable clock generator that enables the device to generate output clocks from up to four internal clock sources. The internal clock sources can be either an on-chip oscillator or an external clock, or a combination thereof. The output clocks from these internal sources are all synchronized to each other, so the SI53342-B-GMR can be used as an ideal solution for systems that require synchronized clocks. Additionally, the SI53342-B-GMR\'s adjustable output delays enables the user to maintain synchronized output signals regardless of temperature, voltage, and process variations.

The SI53342-B-GMR also includes advanced line-monitoring circuitry, allowing the device to detect an open circuit, short circuit, or mismatched impedance on the clock lines. Additionally, the device can detect loss of clock, frequency shift, and poor jitter performance, making it an ideal solution for critical systems that require uniform clock distribution without any significant errors. The SI53342-B-GMR is configured using programmable on-chip control registers that are accessible through a serial interface. This makes the device easy to configure and bring up in a variety of applications.

In conclusion, the SI53342-B-GMR is an ideal solution for applications in industrial automation, communications networks, digital video systems, and automotive systems. The device features a wide input clock range and low jitter outputs, making it a reliable and cost-effective clock distribution solution. The on-chip line-monitoring circuitry helps to provide uniform clock distribution with minimal errors and can be configured through programmable on-chip control registers that are easily accessible through a serial interface. All these features and performance make the SI53342-B-GMR an ideal solution for customers that rely on critical systems and need uniform clock distribution.