I wanted to use the Si5351A in a project and thought it would be worth testing its programming and capabilities with this breakout board. I connected to Raspberry Pi4 I2C. The easiest way to get the required values for each frequency is to use Silicon Labs' ClockBuilder Pro, which generates all the register settings. I manually requested 40 frequencies (from 500kHz to 20MHz in 500kHz increments) and put them into a CSV file, then wrote a program that reads the CSV file, finds and tunes to the requested frequency. Worked so well I decided to take an old Raspberry Pi2B, bought a 40 pin socket and a small plated perforated board and built a clock generator for my desktop. I can use VNC from my laptop to set the frequency I want. A NOTICE. The SiLab specification states that the frequency range is from 2.5 kHz to 200 MHz. I tested 2.5kHz and 100MHz (the limit of my digital oscilloscope).
Vilros Raspberry Pi 4 4GB Complete Starter Kit - Black Fan-Cooled Aluminum Case for Heavy-Duty Performance
12 Review
GeeekPi Raspberry Pi Cluster Case with Cooling Fan and Heatsink for Pi 4 Model B, 3 Model B+ & 3/2 Model B
11 Review
Gikfun Screw Shield Expansion Board: Enhance Arduino UNO R3 with the EK7007 Add-On
11 Review
π Ultimate BBC Micro bit Sensor Starter Kit: Keyestudio 37-in-1 Box with Tutorial, Compatible with V1.5 & V2, Gift for Kids and Adults (Microbit Board Not Included)
11 Review
πΎ M.2 NVMe SSD Screws for Asus, Gigabyte, and MSI Motherboards - Laptop M.2 Screws
8 Review
π© Enhance Repairs and Upgrades with 400pcs Laptop Screws w/Blue Nylok β Premium Titanium Nitride Screwdriver & Notebook Computer Screw Kit Set
3 Review
π» PerryLee 300pcs Computer Screw Kit Set with Screwdriver, 15 Sizes M2/M2.5 Notebook Laptop Screw Kit for IBM, HP, Dell, Lenovo, Samsung, Sony, Toshiba, Gateway, Acer, and more
4 Review
M.2 Screw Kit: Easy Mounting for NVMe SSDs on ASUS Motherboards
19 Review