ELM402
ELM
76.52kb
Rotary decoder. The ELM402 is an 8 pin integrated circuit that is used to convert the signals from a rotary encoder into a series of up and down outp
TAGS
📁 Related Datasheet
ELM401 - Rotary Encoder Debounce Circuit
(ELM)
ELM401 Rotary Encoder Debounce Circuit
Description
The ELM401 is an 8 pin integrated circuit that is used to ‘debounce’ the signals from a mechanical .
ELM403 - Rotary Decoder
(ELM)
ELM403 Rotary Decoder - 2 wire 4x Interface
Description
The ELM403 is an 8 pin integrated circuit that is used to convert the signals from a rotary en.
ELM404 - Rotary Decoder
(ELM)
ELM404 Rotary Decoder - 3 wire 2x Interface
Description
The ELM404 is an 8 pin integrated circuit that is used to convert the output from a rotary enc.
ELM405 - Rotary Decoder
(ELM)
ELM405 Rotary Decoder - 3 wire 4x Interface
Description
The ELM405 is an 8 pin integrated circuit that is used to convert the output from a rotary enc.
ELM406 - Rotary Decoder
(ELM)
ELM406 Rotary Decoder - 3 wire 2x Interface
Description
The ELM406 is an 8 pin integrated circuit that is used to convert the output from a rotary enc.
ELM407 - Rotary Decoder
(ELM)
ELM407 Rotary Decoder - 3 wire 4x Interface
Description
The ELM407 is an 8 pin integrated circuit that is used to convert the output from a rotary enc.
ELM408 - Rotary Decoder
(ELM)
ELM408 Rotary Decoder - 2 wire Interface
Description
The ELM408 is an 8 pin integrated circuit that is used to convert the output from a rotary encode.
ELM409 - Versatile Debounce Circuit
(ELM)
ELM409 Versatile Debounce Circuit
Description
The ELM409 is digital filter circuit that is used to interface mechanical contacts to electronic circuit.
ELM410 - Triple Debounce Circuit
(ELM)
ELM410 Triple Debounce Circuit
Description
The ELM410 provides all of the necessary circuitry to connect as many as three independent mechanical conta.
ELM411 - Debounce Circuit
(ELM)
ELM411 Debounce Circuit with Latch
Description
The ELM411 provides all of the necessary circuitry to connect as many as three independent mechanical c.