5T93GL16NLGI

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5T93GL16NLGI is a Clock Buffer, Driver, or Transceiver component. It is used to buffer and drive a wide range of digital input clock signals in low power clock and timing circuits. It circuits offer very low noise and low skew operation, with a wide selection of input clocks including LVCMOS, LVDS, ECL, HCSL, and CML signals. The component also provides an output clock that is delayed from the input clock by a programmable delay from 0 to 155 ps with a resolution of 25 ps. The component also features a programmable duty cycle corrector that corrects for duty cycle inaccuracies in the input clock.

The 5T93GL16NLGI is built using advanced semiconductor process technology that combines the benefits of low power production with the ability to deliver a wide range of clock signals at high speed, low transmission power and with minimal path delays. Low-power buffer gates, high-speed flip-flops and gate-insensitive clock buffers enable the component to deliver an output clock with minimal skew across different channels. The component provides a low-energy, low-noise solution for clock and timing applications.

The 5T93GL16NLGI is used in many applications including telecom, digital entertainment, automotive, industrial, and general computing and microcontroller systems. In telecom, the component is used to buffer JTAG signals, provide low-jitter clock outputs with adjustable delay, and to improve performance in advanced telecommunication systems. In digital entertainment, the component is used to generate clock signals for DRAMs, Flash memory, and SSDs, as well as generating low-jitter and low-skew clock signals for digital video encoding. In automotive, the component is used for adjustable delay design, providing a reliable and low-power solution for managing clock signals in advanced controllers.

The working principle of 5T93GL16NLGI is similar to most Clock/Timing components. The component uses a single clock buffer that drives multiple output buffers. Each of the output buffers determines the delay based on the clock signal\'s rise and fall times. The clock buffer has a programmable duty cycle corrector which corrects for any inaccuracies in the input clock to ensure optimal performance. The component also features a wide selection of input clocks including LVCMOS, LVDS, ECL, HCSL, and CML signals.

In conclusion, the 5T93GL16NLGI is a Clock Buffer, Driver, or Transceiver component. It is used to buffer and drive a wide range of digital input clock signals in low power clock and timing circuits. The component also features a programmable delay from 0 to 155ps and a programmable duty cycle corrector that corrects for duty cycle inaccuracies in the input clock. The component is used in many applications including telecom, digital entertainment, automotive, industrial, and general computing and microcontroller systems.

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