moog subharmonicon inspired modular clock/rhythm generator
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Updated
Jul 8, 2021 - C++
moog subharmonicon inspired modular clock/rhythm generator
Pure Python async code for talking to the BitScope micro
Provide / define the INPUT_CLK_HZ parameter and the BHG_FP_clk_divider.v will generate a clock at the specified CLK_OUT_HZ parameter using fractional floating point division.
This project implements a bit error rate tester. A PRBS (pseudo random bit sequence) is generated that can feed the DUT. The receiver compares the internally delayed transmitted signals with received signal and counts up an error counter if their logic levels differ.
Implementation of a Serial Peripheral Interface(SPI) using Verilog and testing various modes of the SPI Device
Clock generators ( Si5351 for now ) toolbox.
Clock generator with quadrature phase signal and OLED display.
Library for the Si5351A (10 MSOP - 3 Clocks Only) clock generator IC in the Arduino environment , based on NT7S library.
Clock and UART Baud rate generation, radix-4 multiplier, function generator & accelerator wrappers.
NanoVna V2 nanovna clock 25MHz referance change 25 MHz
Digital systems are clocked. This project is about constructing a high-Q clock by simmering an ordinary quartz crystal in a heavy numerical sauce. The best of all is that the sauce is not secret, but fully open to the public.
Hardware repo for the SparkFun Clock Generator 5P49V60 (Qwiic) breakout board. The board offers a wide range of customizable frequencies in a wide range of different signal types using a single reference clock.
FPGA interface to work with cdce62005 clock synthesizer
Arduino library for the SparkFun Clock Generator 5P49V60 (Qwiic) breakout board. The board offers a wide range of customizable frequencies in a wide range of different signal types using a single reference clock.
Clock and UART Baud rate generation, radix-4 multiplier, function generator & accelerator wrappers.
A quad output variable frequency oscillator
Si5351q is a library for Arduino UNO or Nano, which allows a simple and quick configuration via I2C for the si5351 clock generator using fractional mode with farey approximation.
This device generates programmable timestamps for up to 6 harp devices
This device generates programable timestamps to up to 6 harp devices and includes an internal battery for long term experiments
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