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embedded-systems

Finding absolute maximums, recommended conditions, typical vs minimum values, pinouts and timing tables in a datasheet

taught

Taught in

Requires

Required by

Local knowledge map

Local knowledge map

Choosing and reading temperature and humidity sensors… Explaining warm-up, calibration drift and why hobby gas sensors… Explaining what accelerometers, gyroscopes and… Measuring distance with ultrasonic timing, time-of-fligh… Telling accuracy, precision and resolution apart Using Hall-effect sensors and quadrature encoders to sense… Reading a sensor datasheet for supply range, interface,… Finding absolute maximums, recommended conditions, typical v… Configuring UART: baud, start and stop bits, 8N1, and voltag… Connecting 3.3 V and 5 V logic safely with dividers, MOSFET… Telling a continuous signal from a two-state one, and ho… Thresholding in hardware with a comparator and… Using an NPN transistor as a low-side switch and… Reading V_IL, V_IH, V_OL, V_OH and noise margins for a logic… Reading a board's per-pin and total GPIO current limits from… Sizing an LED's series resistor from supply, forward voltage, and… Treating voltage as a difference between two points, measured…

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Solid arrows are required prerequisites; dashed are recommended or helpful. Lower rows are more foundational. Click any box to jump to that concept.