DC 3V-5V CJMCU-5351 Si5351A I2C Generator PCB Module buy in Paksitan

Product Description:
DC 3V-5V CJMCU-5351 Si5351A Si5351 I2C Clock Generator PCB Signal
Generator Module 8KHz-160MHz for Arduino
Description:
Never look for another crystal again, with Adafruit’s changing Si5351A clock generator!
This chip has a crystal-clear 25MHz reference accuracy and internal PLL and dividers,
so it can output just any frequency, from <8 kHz to 150 + MHz.
In the Si5351A, the clock generator is an I2C clock controller. It uses the onboard clock precision on the
various disk PLL and clock dividers using I2C instructions. By adjusting the PLLs and delimiters, you can
create precise and arbitrary frequencies. There are three independent outputs, and each can have a
different frequency. 3Vpp outputs, either via a breadboard friendly header or, for RF operation,
an optional SMA connector.
We put this little chip on our own breakout circuit board, with a 3.3V LDO regulator so it can be powered
from 3-5VDC. We also put the offset circuit level on I2C lines, so you can safely use this chip with 3V or 5V logic.
Best of all, we even have a great tutorial and Library to get you started. Our Code is designed for use
with an Arduino microcontroller and IDE, but it is easier to transfer to your favorite platform with I2C support.
Applications:
HDTV, DVD/Blu-ray, set-top box
Audio/video equipment, gaming
Printers, scanners, projectors
Residential gateways
Networking/communication
Servers, storage
XO replacement
Features:
Generates up to 8 non-integer-related
Frequencies from 8 kHz to 160 MHz
I2C user-definable configuration
Exact frequency synthesis at each output (0 ppm error)
Highly linear VCXO
The optional clock input (CLKIN)
Low output period jitter: 100 ps pp
Configurable spread spectrum selectable at each output
Operates from a low-cost, fixed frequency crystal: 25 or 27 MHz
Supports static phase offset
Programmable rise/fall time control
Glitchless frequency changes
Package Includes:
1 x Si5351A I2C Clock Generator Breakout Board Module