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Encoders turn readable information into a different format for example a CD track into an MP3. A decoder undoes this encoding to make the file readable, for example Windows Media Player (it also does encoding). Or a television station compressing data into encoded format for broadcast on the digital broadcast network, and a sky box which decodes the information for display.
What else can I help you with?
In medical coding what are two categories of encoders?
I believe the answer is DICTIONARY DRIVEN encoders and LOGIC BASED encoders.
How many different colors of stargate chevrons are there and which galaxies do they correspond to?
In our galaxy, they are grey with orange encoders, in the pegasus galaxy, they light up blue with blue encoders, and on the Destiny, they are white with white encoders.
What are the advantages and disadvantages of encoders and decoders?
Using encoders and decoders increases the chances that your text will appear minimized. Encoders and decoders allow tracing and diagnostic functions, but offer lower performance speeds.
Why use Logic based encoders?
Logic based encoders ensure that the transmitted data is safely sent. Even when intervened by third party, decoding logic is necessary to understand the data sent.
What is the difference between linear and rotary?
Encoders are sensors that generate digital signals in response to movement. Both shaft encoders, which respond to rotation, and linear encoders, which respond to motion in a line.
How does the rotary encoder work?
A rotary encoder is a type of position sensor which is used for defining the angular position of a rotating shaft. It generates an electrical signal, either equivalent or digital, according to the rotational movement. There are numerous types of rotary encoders like: absolute rotary encoder, incremental rotary encoder Light Duty Incremental Encoders and many other. These encoders are categorized by either Output Signal or Sensing Technology.
What will happen if you dont use encoders?
If you don't use encoders in a system that requires them, such as in robotics or automation, you'll lose the ability to accurately measure and control the position, speed, or direction of a motor or mechanism. This can lead to imprecise movements, reduced performance, and potential system failures. Additionally, without encoders, you may struggle to implement feedback control, making it challenging to achieve desired outcomes or respond to environmental changes effectively.
What is the working principles of encoder?
Encoders come in all levels of complexity. The most simple just sends a pulse whenever a shaft passes a fixed point as it turns. More complex encoders send a pulse whenever the shaft passes one of several points. Even more complexity allows the encoder to send a pulse across three circuits, allowing the encoder to indicate position AND direction of rotation. And up the complexity scale, there are encoders that read the shaft position, translate it into degrees, radians or some other unit of measure, then output a parallel data stream. All are considered encoders.
Why are the sensors or encoders used on electronic measuring system two channel device?
c to idenify the diection of movement
What is a wheel encoder?
Wheel encoders are devices that allow one to measure the precise speed or distance a wheel travels
Which is the most accuracy for speed measuring in motor encoder or proximity sensor?
Motor encoders typically offer higher accuracy for speed measurement compared to proximity sensors. This is because encoders provide precise feedback on rotational position and speed through incremental or absolute methods, allowing for detailed monitoring of motor performance. In contrast, proximity sensors detect the presence of objects but may not provide the same level of detailed speed information. Therefore, for accurate speed measurements, motor encoders are generally the preferred choice.
What movie format is best?
AVi and mp4 are the best with xvid encoding you can download video converters and video encoders from many sites.
