DGS35-4K416384

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Encoders are used to provide feedback on the position and speed of a mechanism. They provide a wide variety of outputs such as sinusoidal, square wave, pulse width modulation and digital output. The DGS35-4K416384 encoder is an optical incremental rotary encoder that can measure up to 4,096 CPR (counts per revolution) with 1,024 pole-pair resolution. The most common application for the DGS35-4K416384 is to measure the angular position of a motor shaft in a servo or stepper motor system.

The DGS35-4K416384 encoder has a 4,096 CPR (counts per revolution) quadrature output of 1,024 pole-pair resolution with an output pulse width of 500 microseconds (µs). The two output channels produce A (CW) and B (CCW) quadrature pulses and a standard index Z-pulse output. The encoder is designed to provide 12 to 48 VDC power supply. It also has an operating temperature range of -40°C to 105°C.

The primary components of the DGS35-4K416384 encoder are an incremental disc with a transparent window and two optoelectronic detector circuits. The optical disc contains transparent and opaque sectors, such as those formed as a result of printed patterns, formed with different sizes of slits. As the disc rotates, the optical detector circuits detect the changes in light transparency and generate corresponding electrical pulse signals.

The optical disc is mounted onto the shaft of a motor, and when the shaft is rotated, the optical disc rotates, producing a signal output from the encoder. The DGS35-4K416384 optical detector circuit produces two differential signals – A and B – that are 90 degrees out of phase with each other. When the shaft turns, the signals travel in the same direction. When the shaft moves reversely, the signals alternate in direction. This feature makes the DGS35-4K416384 an ideal choice for two-way rotation. In addition, the standard index Z-pulse channel is formed as an integral part of the output signal waves.

The DGS35-4K416384 encoders are ideal for servo motors and stepper motors as they can measure both position and speed of the motor. They are also suitable for use in angle measurement, speed measurement, positioning, counting, and monitoring applications. The encoder is available in a variety of mounting configurations, including shaft with blind hole, shaft with blind hole and flange, and a wide variety of enclosed and non-enclosed housings.

In conclusion, the DGS35-4K416384 encoder is a highly reliable and accurate incremental rotary encoder ideal for applications requiring precise position and speed information. The encoder features a 4,096 quadrature output of 1,024 pole-pair resolution with an output pulse width of 500 microseconds (µs) and a range of mounting configurations. Due to its reliability, accuracy and wide range of applications, the DGS35-4K416384 encoder is an ideal choice for use in servo or stepper motor systems.

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