Amazon Video

Introduction to Encoder and Decoder | Digital Electronics

Encoders are digital ICs used for encoding. By encoding, we mean generating a digital binary code for every input. An Encoder IC generally consists of an Enable pin which is usually set high to indicate the working. It consists of 2^n input lines and n output lines with each input line being represented by a code of zeros and ones which are reflected at the output lines.
Decoders are digital ICs which are used for decoding. In other words, the decoders decrypt or obtain the actual data from the received code, i.e. convert the binary input at its input to a form, which is reflected at its output. It consists of n input lines and 2^n output lines. A decoder can be used to obtain the required data from the code or can also be used for obtaining the parallel data from the serial data received.

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Amazon Video

Introduction to Encoder and Decoder | Digital Electronics

► Full course of Digital Logic:

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Other subject playlist Link:
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►Software Engineering:

►Design and Analysis of algorithms (DAA):

►Operating System:

► Theory of Computation

►Artificial Intelligence:

►Computer Architecture:

►Computer Networks:

►Structured Query Language (SQL):

►Discrete Mathematics:

►Compiler Design:

►Number System:

►Cloud Computing & BIG Data:

►DBMS

►Data Structure:

►Graph Theory:

►Programming in C:

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Amazon Video

Mitchell Electronics, Inc: How to Align an Encoder with TI-5000EX

Learn exactly how to accurately align an encoder to a servomotor in less than one minute using TI-5000EX. Check out http://www.mitchell-electronics.com for additional information.

Narration Text:
“To align this encoder we secure the electric motor by using a positive polarity on U as well as an unfavorable polarity on V. Then we readjust the encoder till the angle is right for the offered motor. For this electric motor it must review 150 electric levels. When the angle is proper, tighten down the encoder. We always check one additional lockup position to confirm that we had selected the proper number of posts and the correct forward instructions. For this motor the +U-W position should occur at an angle of 210 electrical levels. The motor runs to the following position which is approximately 210 (within a margin of mistake).