PL602-39OC-R

The PL602-39OC-R is a voltage controlled clock generator, phase locked loop (PLL) and frequency synthesizer. It is a highly integrated, single-chip solution for high-speed, high-definition video and audio applications. It is the perfect choice for media applications that require precise timing, frequency and pulse control.

The PL602-39OC-R has many features, including: variable frequency range, variable phase offset, low power consumption, multi-stage interpolation, programmable ringing filter, and programmable output-drive capability. The frequency range of the PL602-39OC-R can be adjusted between 1MHz and 64MHz, while the phase offset range is adjustable between 0 and 360 degrees.

The PL602-39OC-R is designed to provide a wide range of clock speeds to accommodate various applications. It can generate clock frequencies up to 64 MHz and accurately synthesize any desired frequency with the help of programmable ringing filter, multi-stage interpolation and low power consumption.

The PL602-39OC-R employs a PLL technology that is based on a voltage-controlled oscillator (VCO) and frequency divider. The VCO provides the main frequency source and the frequency dividers provide the output frequencies, which can be programmed through a register interface.

The PL602-39OC-R also has a built-in ringing filter which is used to reduce the PLL’s response time and improve its overall performance. It also has a programmable output-drive capability which can be adjusted to suit different applications.

In addition, the PL602-39OC-R can be used in a variety of applications, including audio, video and streaming applications. It is particularly suitable for applications where precise timing and frequency control are required, such as video editing and processing, audio mixing and mastering, video encoding and decoding, audio encoding and decoding, video conference and streaming, and audio conference and streaming.

The PL602-39OC-R is an excellent choice for high speed, high definition video and audio applications. It is well suited for precise timing, frequency and pulse control applications that require reliable and high resolution.