GTLP6C816MTCX

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GTLP6C816MTCX clock buffers, drivers, and chips represent a unique solution for high-speed digital design applications. These products are used for various applications requiring the highest levels of performance. Boasting a maximum frequency operating range from 8MHz to 166MHz, this chipset provides remarkable power efficiency at typical 0.12V and very low power losses from the transmit stage. These devices also feature a wide data rate range, ability to drive up to eight low-skew outputs, low-jitter performance and extended low-power operation. Additionally, the chipset supports extremely low-load offset voltage and spread-spectrum frequency modulation capabilities.

The working principle of the GTLP6C816MTCX clock buffer, driver, and chips is based on two main components: a fast-switching six-wire differential output driver and an equally fast switching voltage-controlled oscillator (VCO). The proprietary output driver consists of a direct-coupled low-power transistor pair that provides low-distortion outputs over its specified range. An option in the IC is a spread-spectrum capability, which allows for frequency modulation and very low jitter performance. Additionally, the IC implements a high accuracy, low-power VCO that ensures ultra-low power demands.

The GTLP6C816MTCX chipset is well-suited for use in a variety of digital designs, including those that require low-power, high-speed performance. This chipset is typically used in applications such as digital signal processors, Ethernet switches and routers, ASICs, and FPGAs.

In digital signal processor applications, the GTLP6C816MTCX chipset provides best-in-class jitter performance while maintaining low power consumption and high data rate effectiveness. Additionally, the IC is designed to support very high I/O loading, allowing it to drive multiplexed I/O pins without the need for additional buffers. This allows for improved data rates, greater I/O port counts, and the use of fewer clock chips.

The GTLP6C816MTCX chipset is a standard component for Ethernet switches and routers due to its low-power, wide data rate range, and support for both TTL and LVPECL inputs. Additionally, the VCO of the chip is designed to eliminate oscillator failure due to noise or interference on one or both input data lines. This chipset is also commonly used in ASICs and FPGAs because it provides very low-load offset voltage and spread-spectrum frequency modulation capabilities.

In summary, the GTLP6C816MTCX chipset is a versatile solution for a variety of digital designs. Its combination of wide data rate range, low-power and high-speed performance, and support for TTL and LVPECL inputs allow for a wide range of applications. Furthermore, the extended low-power operation, very low-load offset voltage, and spread-spectrum frequency modulation capabilities of the device make it ideal for use in many digital signal processing, Ethernet switches and routers, FPGA, and ASIC applications.

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