DGS35-YKK02048

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Encoders

Encoders are widely used in many types of machines, particularly in robotics and industrial automation applications. They are used to provide precise, real-time motion and position control. The DGS35-YKK02048 is a type of encoder that is designed to offer accurate, reliable and cost-effective motion sensing solutions.

The DGS35-YKK02048 offers a range of features that make it suitable for a variety of applications. It is designed to be highly accurate and reliable, and is capable of sensing speeds up to 10 krpm and resolution up to 12,600 pulses per revolution (PPR) respectively. The encoder also features a wide operating temperature range of -20 to +85°C (-4 to +185°F), which makes it suitable for use in harsh industrial environments.

The DGS35-YKK02048 is a high-precision incremental type encoder that utilizes two separate and independent magnetic sensing means for accuracy and reliability. The encoder utilizes two optical linear coded disks which rotate together in one continuous movement. The synchronous rotation of these disks in the same direction forms the basis of the encoder\'s sensing signal. The two disks are situated in an 8-bit octagon, which contains a plurality of ferromagnetic structures.

As the disks rotate, the ferromagnetic structures interact with a pair of Hall effect sensors. The Hall effect sensors detect the change in the magnetic field and output two types of signals: a square wave (A and B) output and a quadrature signal (n A and n B) output. The two square wave signals are phase shifted from one another, with one leading and one following. The two quadrature signals are also phase shifted from one another, however in opposite directions. The phase difference between these signals is used for computing the rotational direction and speed of the encoder.

The A and B square wave signals provide a fast response when read at frequencies higher than the maximum turning speed of the motor. This type of signal allows the encoder to detect both positive and negative direction rotations. The quadrature signals are read at a lower frequency than the A and B signals, and are ideal for slower turning motors.

The DGS35-YKK02048 is capable of operating in a variety of industrial applications. It can be used in robotic applications such as grippers, conveyors and ladder logic control systems. It is also suitable for speed and position control within robotic/automation systems, machine automation systems and material handling equipment. Additionally, this encoder is ideal for use in medical systems and instrumentation applications.

In summary, the DGS35-YKK02048 is a highly accurate and reliable incremental encoder. It combines two magnetic sensing means to provide robust operation in a variety of industrial environments. The encoder is suitable for use in robotic applications, machine automation systems and medical systems. This makes it a great option for those looking for a cost-effective motion sensing solution.

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