IDT5T93GL161PFGI8

Clock/Timing - Clock Buffers, Drivers is a modern field for the application of IDT5T93GL 161PFGI8. Clock Buffers provide a way to increase the clock frequency to multiple destinations from a single source. They are divided into different types, like Series 8T and Series 16T, which vary based on the number of outputs available on the buffer.

The main function of IDT5T93GL 161PFGI8 is to manage the distribution of clock signals. It is a distribution clock buffer or “clock driver” with sixteen output pins, each independently programmable for TTL, low-voltage (LV), low-voltage differential signaling (LVDS) or low-voltage positive emitter-coupled logic (LVPECL). It can convert a single LVCMOS or LVTTL reference clock signal into multiple clock signals with different fan-out, skew and skew matching in order to ensure proper communication between the various subsystems.

The working principle of the IDT5T93GL 161PFGI8 is based on its architecture which supports a wide range of different supported clock types. It has the ability to independently set the output driver delay to a minimum of 0.25ns in order to accommodate faster signal speeds. Furthermore, it also has a temperature-compensated phase-locked loop (PLL) control circuit, which provides for automatically adjusting the output clock signal in order to maintain skew matching values. The buffer also provides for maximum jitter attenuation and noise immunity for reliable operation of the system.

One of the main advantages of using IDT5T93GL 161PFGI8 is that it supports flexible power management. It can operate from 1.2V or 2.5V power supplies, and its power consumption is very low. This makes it suitable for use in portable consumer products where energy efficiency and low power consumption are key requirements. Additionally, the buffer also features an adjustable duty cycle, and it can be used in combination with external voltage source for fine-tuning of the duty cycle.

In conclusion, the IDT5T93GL 161PFGI8 is a versatile and reliable clock driver with the capability to handle different clock types. It provides precise signal timing and improved jitter immunity with minimum power consumption. This makes it ideal for applications such as consumer electronics, automotive and communication networks.