PI6LC48P0405LIE

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The PI6LC48P0405LIE is a Clock/Timing - Application Specific module developed by TI. It is a high-speed, low-power clock module designed to provide high-precision system timing in applications with space constraints. The small size of the module allows it to be used in applications where space is limited, such as in handheld devices, controller boards, and other embedded systems.

The PI6LC48P0405LIE has a number of features which allow it to be used in many applications, as well as providing more precise timing when compared to other clock modules. Firstly, the module has a clock input frequency range of 16 to 570 MHz. It also supports PLL and TDC (Time Division Clock) input formats, allowing it to be used in PLL-based systems or as a clock source in TDM systems. Furthermore, the module can be driven by 72 different crystal oscillators and is capable of outputting up to 48 different clocks.

The PI6LC48P0405LIE also features an integrated PLL module with programmable loop filter and an integrated TDC module. This allows the module to be used as either a clock source or as a PLL clock synthesizer for high performance computing applications. The module also has flexible output drivers, allowing it to drive up to four external devices, as well as three status pins for monitoring the power, frequency, and timing of the module.

The module\'s working principle is fairly simple. It first receives its input from either an external crystal oscillator or from an external signal. The module then processes this input and either outputs it directly, if the signal is within the frequency range, or it uses the input signal to generate the required clock frequencies. The module also features programmable loop filters and a TDC module, which allow the module to accurately generate multiple clock frequencies using a single crystal oscillator.

The PI6LC48P0405LIE is a versatile and powerful module that can be used in a variety of applications. Its features allow it to be used as a clock source, a PLL clock synthesizer and a TDC, as well as providing precise timing in space constrained applications. Furthermore, its small size and low power consumption makes it ideal for a variety of different embedded applications.

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