873991AYLFT

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The 873991AYLFT is a type of clock generator/pulse generator with embedded frequency synthesizer. This type of clock generator can be used to generate stable, reliable, and accurate clocks and pulses from a single clock input.

A key feature of the 873991AYLFT is its ability to synthesize a wide range of frequencies from a single clock input. This makes it extremely useful in applications such as mobile, handheld, and other modern devices, where multiple frequencies are needed. The generated frequency range is from 3.9kHz to 250MHz

The 873991AYLFT is optimized to generate low jitter and fast settling time, making it well-suited for high-performance, high frequency designs. It also has a range of features including dual clock output, duty-cycle adjustable clock output, PM and UART output features, allowing it to be used in modern communication systems.

The 873991AYLFT is programmable via I2C and SPI, allowing for easy and flexible configuration. Additionally, it has an integrated on-chip temperature sensor and power monitoring capabilities, helping designers ensure their designs are reliable and operate on optimal performance.

The 873991AYLFT is available in two package options: TQFP (Temperature Quad Flat Pack) and BGA (Ball Grid Array). This makes the 873991AYLFT ideal for applications where space is at a premium.

Furthermore, the 873991AYLFT works by dividing a single clock frequency into multiple different frequencies. It has an on-chip phase-locked loop (PLL) which can be used to adjust the frequency of a given output. The PLL uses voltage controlled oscillators (VCOs) which can be programmed to generate different frequencies. The PLL can also be used to generate a stable, low-jitter clock.

In addition, the 873991AYLFT has a wide operating temperature range of -40°C to 85°C. This makes the 873991AYLFT well-suited for use in harsh and potentially noisy environments.

In conclusion, the 873991AYLFT is an ideal solution for applications where low jitter, fast settling time, multiple frequencies, and programmability are required. It is able to generate a wide range of frequencies from a single clock input and is optimized for high performance, high reliability operation. It has an integrated temperature sensor and power monitoring capabilities to support reliable and efficient operation. Additionally, it is available in two packages and has extended operating temperature range, making it suitable for a wide range of applications.

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