SI5338C-B01151-GM

The SI5338C-B01151-GM is a Clock/Timing - Application Specific device designed to provide an efficient, cost-effective solution to many complex system design needs. The SI5338C-B01151-GM offers a variety of features and options that make it suitable for use in applications requiring precise time and frequency management, such as timing and synchronization, time-of-day and time-of-week alarms, automated time-keeping and communication systems, machines and industrial controls, and even satellite and cruise control systems.

The SI5338C-B01151-GM consists of a core silicon die and a passive crystal oscillator circuit connected to a common input and output pin. The benefit of using this particular device is that it requires no external components to operate, and it incorporates clocking and timing algorithms for digital control. This makes it ideal for existing and future applications, which are increasingly requiring high-precision timing.

The SI5338C-B01151-GM utilizes a high-performance digital Phase Locked Loop (PLL) architecture to obtain its precise timing functions. The PLL is used to lock a feedback frequency to the input clock frequency. The output frequency is then generated based on the programmed frequency divider registers which control both the output frequency and the on/off frequency switch. The on/off frequency switch enables designers to configure the output frequency ratio between the input clock frequency and the output frequency to produce the desired frequency.

The SI5338C-B01151-GM has a selectable output frequency range of 4MHz to 3GHz, with a resolution of up to 1.0800GHz. In addition, it allows the user to program the output divider register values and enable/disable the output on-chip PLL, making it suitable for precise control of clock signals. It also includes an on-die temperature sensor to enable precise temperature control for optimizing the timing performance.

Overall, the SI5338C-B01151-GM is a highly precise and cost-effective tool for ensuring precise timing and synchronization in a wide variety of applications. It offers a variety of features and options that make it suitable for use in existing and future applications requiring precise timing functions, temperature control, and other digital control functions.