20 Bit Yaskawa Ac Servo Motor Encoder , Yaskawa Absolute Encoder UTTAH B20FL

 Servo Motor Encoder Yaskawa Absolute Encoder UTTAH-B20FL For SGMGV-44A3A6C 20 Bit
 
 
QUICK DETAILS

1. Brand :Yaskawa
2. Model :UTTAH-B20FL
3. Place of Origin :Japan

 
DESCRIPTION

• Servo Motor Encoder
• Yaskawa Electric

• Absolute Encoder

 
 
SPECIFITIONS

 
 
 
What is a differential line output?
Differential output refers to the fact that each channel has a complement channel, i.e. Channel A and Channel A not. A differential line driver is used to help increase noise immunity. It also allows you to sink or source more current than a Totem-pole output. A differential line driver will work with either a sinking or sourcing circuit. It can also help in increasing the distance that a signal is transmitted.
 
 
What is an open collector output?
An open collector output is an NPN transistor. An NPN transistor allows the sinking of current to common. It can be thought of as a switch that allows the circuit to be connected to common after the load. This means that a source is required for the output to work. A supply through a load must be connected to the output, otherwise the NPN transistor is simply creating a path to common, (i.e., a dry contact). Therefore, if you were to measure the voltage at the output of an open collector that is not connected to some supply, you would not see a change in voltage. The voltage should be measured across the output load to determine if the open collector is working properly
 
 
What is a Totem-pole output?
A Totem-pole output, sometimes referred to as a push-pull output, is a bipolar output with active devices that are controlled such that, as the resistance of one increases, the resistance of the other decreases; so that according to the relative states of the two active devices, the output voltage can swing between levels approaching the two supply voltages. The term ‘totem-pole output,’ as commonly used, does not include three-state outputs.
 
 
What is a quadrature output?
Quadrature output refers to the use of two output channels (A and B) separated by 90 degrees of phase shift. The fact that the signals are 90 degrees out of phase allows a controller to determine the direction of rotation, i.e. if channel A leads B then the encoder is spinning one direction, if B leads A then the other. See the channel timing charts for a graphical view of this concept. Remember that each channel provides the rated PPR for each encoder. For example: with a 100 PPR encoder, there are 100 pulses per revolution from channel A, and 100 pulses from channel B. This is a total of 200 pulses if your controller can count both channels (X2 logic). Some controllers can count the rising edge and the falling edge of each pulse (on both channels) thereby increasing the effective resolution by a factor of four (X4 logic), and counting 400 edges per revolution on a 100 PPR quadrature encoder. This doesn’t mean that there are 400 pulses coming from a 100 PPR quadrature encoder.
 
 
   
 
 
 
 

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