LTC6948IUFD-1#PBF

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The LTC6948IUFD-1#PBF is a quad frequency synthesizer designed to generate four independent and simultaneous output frequencies with very low additive phase jitter of 1.0 picoseconds (RMS). This low-jitter device is an ideal choice for demanding applications in the Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers product category.

At the heart of the LTC6948IUFD-1#PBF electromagnetic interference (EMI) reduction and phase jitter reduction is a 3-Stage PLL. The LTC6948IUFD-1#PBF is capable of up to 50MHz of frequency synthesis, providing the ability to achieve very low phase jitter and exceptional EMI reduction for demanding clock trees. The output frequencies, phase jitter and EMI performance are automatically optimized based on the design criteria of the system.

Another key feature of the LTC6948IUFD-1#PBF is its exceptional phase noise performance, which enables it to generate clock signals with very low additive phase jitter and very low cycle-to-cycle jitter. This low jitter performance is ideal for applications such as high speed communications, clocking systems, and high performance radios. The device also provides excellent EMI performance, and the output frequencies can be adjusted to mitigate EMI issues in applications that are susceptible to EMI noise.

Furthermore, the LTC6948IUFD-1#PBF features a number of control inputs to adjust the output frequencies to accommodate a wide range of system requirements. It also includes a phase shift control input which allows the phase of the output frequencies to be changed in real-time, allowing designers to match different phase locked loop filter characteristics for a wide range of applications. Additionally, the device includes an adaptive clock output which can be used in systems with varying system frequencies.

The LTC6948IUFD-1#PBF is an excellent choice for applications requiring high performance, low phase jitter and excellent EMI reduction. Additionally, its wide range of control inputs, its adjustable output frequencies and its adaptive output enable it to be used in a wide range of applications.

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