Rotary Encoders | Industrial Automation | 2500 PPR Resolution (precise measurement) | High precision for accurate control systems | Higher cost due to precision manufacturing |
| | Metal Construction (durable and robust) | Long-lasting in harsh environments | Heavier weight compared to plastic encoders |
| | 5VDC Supply Voltage (low-voltage systems) | Compatible with a wide range of power sources | Limited to systems supporting 5V input |
| | Customizable Features (tailored solutions) | Flexibility for specific application needs | Longer lead times for custom configurations |
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Optical Encoders | Robotics | High Resolution (5000 PPR) | Superior accuracy for robotic precision | More sensitive to dust and debris |
| | Lightweight Plastic (easy integration) | Easier to mount on lightweight structures | Less durable than metal encoders |
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Magnetic Encoders | Automotive Applications | Non-contact Sensing (reliable feedback) | Resistant to dust and moisture | Lower resolution compared to optical encoders |
| | Compact Size (space-saving design) | Fits into tight spaces within vehicles | Can be less accurate under extreme conditions |
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Incremental Encoders | CNC Machines | Simple Design (cost-effective) | Lower cost for basic applications | Requires external counters for absolute position |
| | High Speed Operation (efficient tracking) | Suitable for high-speed operations | Inaccurate for low-speed applications |
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Absolute Encoders | Aerospace Systems | Multi-turn Capability (full rotation data) | Provides exact position data at all times | More complex and expensive than incremental |
| | High Precision (accurate position feedback) | Essential for high-stakes applications | Requires more sophisticated electronics |
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Capacitive Encoders | Consumer Electronics | Low Power Consumption (energy-efficient) | Ideal for battery-powered devices | Limited range of applications |
| | High Resolution (digital output) | Provides clear and precise data | Can be affected by environmental interference |