MISRC Is a multi channel RF capture device for FM RF, S-Video, CVBS RAW capture and anything else, but intended and supported for the decode family of projects vhs-decode, ld-decode, hifi-decode.
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Updated
Mar 7, 2025 - HTML
MISRC Is a multi channel RF capture device for FM RF, S-Video, CVBS RAW capture and anything else, but intended and supported for the decode family of projects vhs-decode, ld-decode, hifi-decode.
MATLAB-Simulink model for Sensorless FOC control using Sliding mode observer (SMO)
ESP32-S3 ESP-IDF Components (I2C, 1-wire, SPI, ADC, etc.) GUVA-S12SD AHTXX AK8975 AS7341 BH1750FVI BME680 BMP280 BMP390 CCS811 ENS160 HDC1080 HMC5883L LTR390UV MMC56X3 MPU6050 SGP4X SHT4X SSD1306 TLV493D VEML7700 DS18B20 MAX31865
Hi-voltage, Hi-current isolated multirange AFE for MIO168 module
Adc continous mode conversion for 8 adc channels of adc1 channel 0 and transfer of converted data to memory using Dma.
Various electronic systems including ADC/DAC, filters, and simulations using NI Multisim.
Configuration and reading data from injected channels of adc and onboard temperature sensor reading and calibration.
Digital Signal Processing algorithms implemented using MATLAB for UOM's EN2570 - Digital Signal Processing Module and EN2073 - Analog and Digital Communications Module❄
A Xilinx Zynq based hardware plattform for various high speed DSP applications
Adc continous mode conversion on PA0 of adc1 channel 0.
Example of work Simulink with FMC128E/FM412x500M
Granite radio button survey control
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