Engineering guides for serial interface timing, baud rate, pull-up resistance, bus capacitance, cable length, termination, throughput, latency, and communication link margins.
8 available guides
Measure unique delivered payload and response delay with defined intervals, synchronized clocks, loss, and tail-latency reporting.
Screen RS-232 cable capacitance and length, then verify loaded receiver swing, UART timing, ground reference, and installed-link errors.
Design an I²C bus with feasible pull-up values, full installed capacitance, translated logic levels, clock stretching, and measured timing.
Close SPI MOSI, MISO, and chip-select timing using clock edges, setup and hold, return flight time, transaction overhead, and board measurement.
Design and verify an RS-485 trunk with end termination, idle bias, short stubs, common-mode margin, and installed-cable testing.
Design UART and CAN timing with endpoint clock error, sampling margin, CAN time quanta, bit segments, SJW, and physical propagation-delay budgets.
Budget payload throughput, end-to-end latency, USB delivery, and PoE power without confusing protocol efficiency and electrical efficiency.
Learn serial interface timing, baud rate, bit time, frame overhead, I2C pull-ups, SPI clocking, CAN bus load, RS-232 cable length, RS-485 termination, throughput, and latency checks.
