0 and 1
or
On and Off
or
North and South
an encoder is used to convert the binary signals into analog signals. the binary signals are fed to encoder section. then these signals are get converted into its equivalent analog signals. Binary DAC.
Telephone signals that are made from the binary code, which originates from the base two numbers 0 and 1
Binary.
Digital
digital
Communications signals represented in a binary format include digital signals, which encode information as sequences of bits (0s and 1s). This binary representation is fundamental in digital communications, allowing for efficient data transmission and error detection. Common examples include computer data, digital audio, and video signals, as well as protocols like TCP/IP used in networking. The binary format enables compatibility across various digital devices and systems.
The electricity pulse represent a binary code which can be read by the tablet. Also the binary code can be transmitted by wireless signals.
Modulation
Electronic signals are represented in binary as 1's and 0's. A 1 is representative of an electric charge being active and a 0 is representataive of an electric charge being absent.
The both use a binary coding system composed of off and on signals.
analog signals are continuous but digital signals are discreet. Digital signals have only binary value like zero(off state) or one(on state).
Binary counters are used in simple timing operations. They can generate clock signals among many other less than complex operations.