Clockgen

Author: s | 2025-04-24

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It on tools>manage libraries>Later you can copy my code example and create a new sketch in Arduino.Generic ExampleWe configure it for 5.85MHz, but it can be extrapolated to other numbers. Let’s analyze the parameters we’ve got before:Configuration within 4 steps:1- So, the Feedback divider numbers are introduced into the function setupPLLclockgen.setupPLL(SI5351_PLL_A, 28,2,25);2- The MultiSynth goes with the function setupMultisynth. As there is only the 120 number I add 0 and 1.Note 1: we can not divide by zero. So mathematically: 120 = 120 +0/1. Actually, there is a specific function to use for the cases when the number is an integer (clockgen.setupMultisynth), but I wanted to create a generic case.Note 2: The first number of the function indicates the outputclockgen.setupMultisynth(0, SI5351_PLL_A, 120,0,1);3- The R divider is only used for low frequencies (not this case). When the case, you add , changing the 64 for any value.clockgen.setupRdiv(0, SI5351_R_DIV_64);4- The final step is to enable the outputs:clockgen.enableOutputs(true);The full code is below. Feel free to copy and modify it!!#include // Programmed by:// ALberto Lopez --> www.MisCircuitos.com//Adafruit_SI5351 clockgen = Adafruit_SI5351(); //includes the libraryvoid setup(void){ Serial.begin(9600); Serial.println("Si5351 Clockgen Test"); Serial.println(""); pinMode(LED_BUILTIN, OUTPUT); //led config output /* Initialise the sensor */ if (clockgen.begin() != ERROR_NONE) { /* There was a problem detecting the IC ... check your connections */ Serial.println("Houston, we have a problem! Any Clock Generator Si5351 is detected ... Check your wiring!"); while(1){ //led blinking fast digitalWrite(LED_BUILTIN, HIGH); // turn the LED on (HIGH is the voltage level) delay(100); // wait for a second digitalWrite(LED_BUILTIN, LOW); // turn the LED off by making the voltage LOW delay(100); // wait for a second } } Serial.println("Start-up OK!"); //Configuration for 5.85MHz Alberto //Fractional mode fractional mode clockgen.setupPLL(SI5351_PLL_A, 28,2,25); //set to 702Mhz clockgen.setupMultisynth(0, SI5351_PLL_A, 120,0,1); /* Enable the clocks */ clockgen.enableOutputs(true); Serial.println("Clock correctly configured to 5.85MHz"); Serial.println("Programmed by Alberto Lopez: misCircuitos.com");}void loop(void) { //DO nothing in the loop} and MeasurementsOnce the code is loaded, we can measure the resulting frequency with an oscilloscope. In my example it was 5.85Mhz and it worked pretty well. The square signal is not the best at this frequency, but acceptable for most applications.3D SolderingIn this case, when there are little electronics, I like to solder all together without a PCB. It is not scalable or easy to debug, but once it is working, it looks pretty compact and nice.The final result of the standalone clock generator using the Si5351 and an Arduino Nano boardI hope that this tutorial has been useful and helpful, any suggestions, advice, or comments are welcome below!

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#2 Hello welcome to the forum,Stay away from MSI's utilities, stick to overclocking in the BIOS and in Windows using Clockgen.You will find Clockgen along with many other utilities here. #3 Unlike Aaron, I prefer to fix something rather than ignore the fact it does not work. If your motherboard supports Core Center, and it will not install because it says it can't detect an MSI motherboard, or whatever, it is a bad Core Cell chip on the motherboard - according to tech support anyway. Contact MSI and chances are you will need to RMA the board.For what it is worth, I use Core Center all the time and don't see what the big deal is about. And again, I don't know what Aaron is talking about, but Core Center runs in Windows much in the same way Clock Gen does (Clock Gen does the same thing, only it won't allow you to change voltages)...It is more accurate for displaying temps and voltages than most other programs I have tried. The fact it allows you to change settings on the fly in Windows is a bonus, at least to me anyway. Good Luck. #4 CoreCenter should run on your board, Dual CoreCenter should not (as you don't have a Dual CoreCell chip). Did you install the Athlon64 CPU driver? #5 SillySider03,I'm not saying to ignore the fact, I am saying that the MSI utilities are BAD, very BAD. I have reasons for giving the advice, Core Center gave me a BSOD on my K8N Neo Platinum whenever I tried starting it. Installation said I had to restart, so I did, then upon reboot: Core Center had added itself to the startup. What happend? BSOD! Every time I started Windows, so I had to reinstall...And I had a K8T Neo before

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Link! I installed the dual core optimizer. CoreCenter still says motherboard not supported. The MSI tech spec webpage for my motherboard lists corecenter. I have found numerous webthreads of people saying they use corecenter on the k8t neo2.Grayone: I would not know what the corecell chip looked like. I presume it should be located around the cpu, or... under it and I am not taking my fan and CPU off to find out, uggg.Any other advice would be appreciated.By the way I still cant find any actual corecenter files to download from the MSI website. YET I continue to see threads where people say they downloaded the latest version. -StampeeSpecs as followsk8t neo2-F v2.0amd64X2 4200+pc2700 DDR memory 1 gig OCZ ( dont laugh)Arctic Cooling Freezer 64 pronvidia 7600GS 512 mb #19 I use Core Center on my K8T Neo.The app will not load if it is running on another user account or if you are logging in using an acount that does not have administrative rights. If I remember correctly you recieve 2 or maybe 3 different error messages. #20 THANK YOU for the link to download. Where oh WHERE did you find it from the main site? I installed the latest version and no joy I read the supported mainboard list and my board is not listed. I have a ms-7094 model . I cannot understand how so many other people have k8t-neo2 and they do run core center. Maybe the FIR has it and my -F model does not.Of course the &^#*#@%@@ MSI website for my mainboard says it is supported as well.Sighh... I have beat my head against the wall long enough. I downloaded clockgen but... I do not know my PLL so that is out as well.Back to tinkering in the bios I guess.Thank you to

namazso/cxadc-clockgen-mod: aka ClockGen Lite - GitHub

Terminating my signal on a 1MΩ oscilloscope probe, when I should be using a 50Ω instead. I also have an extended ground cable on the probe, which should be shortened for better signal capture. None the less, I hope that this is still demonstrative of the SparkFun Clock Generator capabilities. SparkFun Clock Generator 5P49V60 Arduino Library Note: This examples below assume you are using the latest version of the Arduino IDE on your desktop. If this is your first time using Arduino, please review our tutorial on installing the Arduino IDE. If you have not previously installed an Arduino library, please check out our installation guide.If you're using the RedBoard Qwiic and have never connected a CH340 device to your computer before, you may need to install drivers for the USB-to-serial converter. Check out our section on How to Install CH340 Drivers for help with the installationWe've written an Arduino library to make it even easier to get started with the SparkFun Clock Generator 5P49V60. The library will give you its' full functionality and provides example code for 90% of the SparkFun Clock Generator's capabilites. You can obtain the library through the Arduino Library Manager by searching SparkFun Clock Generator or you can download the ZIP file below from its GitHub repository to manually install it. Example 1: Generate a Clock Signal The first example demonstrates the very basics of the SparkFun Clock Generator: how to generate a clock signal. With the Arduino library installed, click on File > Examples > SparkFun Clock 5P49V60 Arduino Library > Example1_generate clock to follow along with this example. At the top of the example code, the correct library is imported and the microcontroller connects to the SparkFun Clock Generator over the default I2C address: 0x6A.language:c#include #include "SparkFun_5P49V60.h"// Uses default address at 0x6A, alternate available at 0x68SparkFun_5P49V60 clockGen;void setup(){ Wire.begin(); Serial.begin(115200); if (clockGen.begin() == true){ Serial.println("Clock Generator Ready."); } else { Serial.println("Could not communicate with the SparkFun Clock Generator."); while(1); }After connecting to the SparkFun Clock Generator, the internal clock frequency of the voltage controlled oscillator is set to 1600MHz (1.6GHz). This frequency can

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