The AEAT-601B is a low-cost rotary quadrature encoder that converts the rotation of a shaft to a series of pulses on 3 digital output channels. A suitable microcontroller can calculate angular position, speed and rotational direction from the two signals in phase quadrature and one-pulse per revolution index channel. The use of magnetic technology for motion control and sensing activities eliminates mechanical contact and enables this device to be free from mechanical wear and tear. The encoder maximum rotational speed is typically only limited by the application bearing speed.
TTL 2-channel quadrature output + index Resolution: 256 ppr (CPR) Max rotational speed (mechanical): 12000 rpm Max rotational speed (electrical): 7000 rpm Operating temperature range: -40 to +125°C Supply voltage: +4.5 to +5.5 V Shaft diameter: 6 mm Shaft length: 8.5 ±1.0 mm Applications: Monitoring of shaft speeds, closed-loop (PID) control of DC motors, robots, automation
AEAT-601B - Incremental Magnetic Encoder
• Easy assembly and no signal adjustment required
• Resolution of 256 counts per revolution (CPR)
• 3-channel output
• Single 5V supply
• Direct connectivity through cable output
• Wide temperature range from -40 to 125C
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