CDCV857AGQLR Overview

It is packaged using the Cut Tape (CT) method since it is a clock IC. Embedded in the 56-VFBGA package is this Clock PLL. Frequency generator is capable of operating at a maximum temperature of 220 when reflowing. It contains a total of 56 terminations within RF synthesizer. This clock generator ic should receive a voltage of 2.5V. It is designed that the Clock PLL's input should be Clock. A total of 1 circuits are implemented to access the full performance of the electrical part. Because of the Surface Mount, clock PLL can be easily mounted on the panel. Clock PLL is capable of receiving a maximum of 2.7V as a supply voltage. There should be a voltage supply above 2.3V for this frequency generator in order to ensure its safety. As long as you provide 2.3V~2.7V supply voltage, it will work. Using the test statistics, we estimate that the ambient temperature should be 0°C~85°C. An electrical part such as this one can be classified as a PLL Clock Driver component. In this IC, a 56-bit frequency generator is designed specifically for use in microprocessors. This part number is related to its related electronic parts. There are a number of 56 pins that are available on the clock generators. There is a maximum supply voltage of 2.5V that frequency generators can handle. 10 signal outputs maximi10e the output frequency. Low timing skew is provided by this analog clock generator at maximum 0.075 ns. When searching for parts belonging to the 857 family, similar electric components can be found. At 180MHz, frequency synthesizer achieves high efficiency.

CDCV857AGQLR Features

Available in the 56-VFBGA
Supply voltage of 2.5V
Operating supply voltage of 2.5V

CDCV857AGQLR Applications

There are a lot of Texas Instruments
CDCV857AGQLR Clock Generators applications.

• 1 Gigabit Ethernet
• 10 Gigabit Ethernet
• FPGA and processor clocks
• Line cards used in telephone exchange
• Fiber Channel
• PCI express cards
• Infotainment systems
• Medical equipment
• Multi-function printers
• Media broadcast servers