Data communication     Electronics > Circuits > Data communication
	Commonly used RS-232 serial port cables	Introduction
Circuit translates TTY current loop to RS-232C	Introduction
Current Loop Converter	Introduction
IC adds full-duplex RS-485 operation	Introduction
RS-232 to RS-422 conversion cable schematic	Introduction
RS-232/485 converter has automatic flow control	Introduction
RS-232 to RS-485 Isolated Converter	Introduction
Two Channel, Port Powered RS-232 to RS-422 Converter	Introduction
MAX1480	Introduction
Maxim	Introduction
RS-232C interface meets telecomminications safety specs	Introduction
RS-232C circuit has galvanic isolation	Introduction
RS-232 to RS-232 Port-Powered Optical Isolator	Introduction
RS-232 over voltage protection circuits	Introduction
RS-422/485 Application Note	Introduction
Use a PIC for automatic baud-rate detection	Introduction
Use power line for baud-rate generation	Introduction
Circuit converts between TTL and shifted ECL	Introduction
Logic Family Voltage Translation	Introduction
Simple RS-232 receiver	Introduction
TTL to RS-232 interfacing	Introduction
Two transistors form bidirectional level translator	Introduction
Two-transistor circuit replaces IC	Introduction
Circuit adapts differential input to drive coax	Introduction
DC power wire also carries clock or data	Introduction
Emissions killers trap common-mode currents	Introduction
Group-delay equalizer has gain more than 1	Introduction
Line driver economically synthesizes impedance	Introduction
RLC circuits match transmission lines to loads	Introduction
Speedy Spice subcircuit models lossy line	Introduction
Correlator works in presence of noise	Introduction
SP-L modulator uses single-speed bit clock	Introduction
Synchronizing controller detects baud rate	Introduction
Nb of links = 33