Bourns Inc. PEC11 series Encoders

Description Bourns Inc. PEC11 series Encoders are a range of high-quality, cost-effective rotary encoders designed for a variety of applications. These encoders feature a robust construction, a wide range of resolutions, and a variety of output options. The PEC11 series is available in both mechanical and optical versions, and offers a variety of mounting options. The encoders are designed to provide reliable performance in harsh environments, and are suitable for use in a wide range of applications, including industrial automation, medical equipment, and consumer electronics. Features • High-quality, long-life mechanical design • Low-cost, low-profile design • Available in 12 detents and 24 detents • RoHS compliant • Operating temperature range of -40°C to +85°C • Available in both vertical and horizontal mounting configurations • Available in both clockwise and counterclockwise rotation • Available in both single-ended and differential output configurations • Available in both single-turn and multi-turn versions Applications • Automotive • Industrial • Medical • Consumer electronics • Robotics • Audio/Video • Telecommunications • Instrumentation • Gaming

1. CTS Corporation EC11 Series Encoders 2. Alps Electric EC11 Series Encoders 3. Panasonic EC11 Series Encoders 4. Honeywell EC11 Series Encoders 5. Omron EC11 Series Encoders 6. TE Connectivity EC11 Series Encoders 7. EPCOS EC11 Series Encoders 8. C&K Components EC11 Series Encoders 9. Grayhill EC11 Series Encoders 10. ITT Cannon EC11 Series Encoders

What are the differences between the types of Bourns Inc. PEC11 series Encoders?

The Bourns Inc. PEC11 series Encoders come in three different types: rotary, linear, and pushbutton.   Rotary encoders are used to detect the angular position of a rotating shaft. They are typically used in applications such as volume control, motor speed control, and position sensing.  Linear encoders are used to measure the linear displacement of a moving object. They are typically used in applications such as measuring the position of a machine tool, measuring the speed of a conveyor belt, and measuring the position of a robotic arm.  Pushbutton encoders are used to detect the position of a pushbutton switch. They are typically used in applications such as controlling the speed of a motor, controlling the brightness of a light, and controlling the volume of a sound system.