Data_Converter_U
Increasing the Accuracy of ADC Measurements Usi...
Two-Point Calibration for Any ADC (Code-Space Version) This Tutorial guides you through the process of drastically increasing your ADC circuit's measurement accuracy using the Two-Point Calibration method. To perform this...
Increasing the Accuracy of ADC Measurements Usi...
Two-Point Calibration for Any ADC (Code-Space Version) This Tutorial guides you through the process of drastically increasing your ADC circuit's measurement accuracy using the Two-Point Calibration method. To perform this...
Understanding Nyquist Theorem, Nyquist Zones, a...
Nyquist Theorem — The Foundation of Sampling Theory The Nyquist-Shannon Sampling Theorem states:To perfectly reconstruct a continuous-time signal from discrete samples, the sampling frequency (fs) must be at least twice...
Understanding Nyquist Theorem, Nyquist Zones, a...
Nyquist Theorem — The Foundation of Sampling Theory The Nyquist-Shannon Sampling Theorem states:To perfectly reconstruct a continuous-time signal from discrete samples, the sampling frequency (fs) must be at least twice...
How SAR ADCs Work — and How to Drive Them with ...
Successive Approximation Register (SAR) ADCs are among the most popular analog-to-digital converters in embedded systems, instrumentation, and precision data acquisition. They strike a great balance between resolution, conversion speed, power...
How SAR ADCs Work — and How to Drive Them with ...
Successive Approximation Register (SAR) ADCs are among the most popular analog-to-digital converters in embedded systems, instrumentation, and precision data acquisition. They strike a great balance between resolution, conversion speed, power...
DAC Output Types Explained: Voltage, Current, a...
Digital-to-Analog Converters (DACs) are critical in applications ranging from audio playback to RF signal generation. But when you're selecting a DAC for your design, one of the most important choices...
DAC Output Types Explained: Voltage, Current, a...
Digital-to-Analog Converters (DACs) are critical in applications ranging from audio playback to RF signal generation. But when you're selecting a DAC for your design, one of the most important choices...
Keeping Power Supply Noise Away From Analog Cir...
Here we have a video from our sister company ForceTronics that explains one of the key reasons why it is good to have linear regulators between our sensitive analog circuits...
Keeping Power Supply Noise Away From Analog Cir...
Here we have a video from our sister company ForceTronics that explains one of the key reasons why it is good to have linear regulators between our sensitive analog circuits...
Voltage References: Series vs. Shunt Comparison...
In this Voltage Reference Tutorial we look at the two main voltage reference architectures, series and shunt. We then dive into the pros and cons of each voltage reference architecture.
Voltage References: Series vs. Shunt Comparison...
In this Voltage Reference Tutorial we look at the two main voltage reference architectures, series and shunt. We then dive into the pros and cons of each voltage reference architecture.