Brand: AMAT Description: Digital I/O VME PCB Card Condition: Brand New Certificate: COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty:5 Payment Term: T/T Shipping Port: Shenzhen AMAT 0100-20012 is a Digital I/O VME PCB Card that can achieve signal isolation and precise amplification to ensure stable data transmission in high-noise environments.
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Manufacture |
AMAT |
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Model Number |
0100-20012 |
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Country Of Origin |
USA |
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HS CODE |
85049020 |
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Dimension |
25*15*3cm |
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Packing Dimension |
27*17*5cm |
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Weight |
1kg |
Technical parameters
Input voltage: 100-240V AC
Output voltage: 24V DC
Communication interface: supports RS-232, RS-485 and Ethernet, baud rate range 9600bps–115200bps, data format compatible with 8N1/8E1
Operating temperature: -10℃ to 60℃
Sampling rate: 100Hz (real-time signal processing capability)
Input range: -10V to +10V (wide dynamic input range)
Input accuracy: ±0.2% (high-precision signal amplification)
Anti-interference performance: advanced noise suppression technology is used internally to ensure signal transmission stability
Functional features
1. High-performance isolation protection: AMAT 0100-20012 blocks ground loop interference through electrical isolation technology, protects back-end equipment from voltage surge damage, and significantly improves system reliability
2. Multi-protocol compatibility: The board integrates industrial standard interfaces such as RS-485 and Ethernet, 0100-20012 supports seamless connection with PLC, DCS and semiconductor manufacturing equipment (such as vacuum pumps and RF matching devices), and simplifies system integration.
3. Intelligent signal processing: AMAT 0100-20012 has built-in adaptive gain adjustment and temperature compensation mechanisms, which can maintain signal accuracy under overload conditions and is suitable for high-load semiconductor production lines.
4. Easy-to-maintain design: The board adopts a modular structure and supports hot-swap replacement; the status indicator light and standardized interface facilitate rapid diagnosis and reduce equipment downtime.
Application scenarios
Semiconductor wafer manufacturing: Used for analog signal isolation and real-time control of thin film deposition equipment to ensure process parameter accuracy.
Industrial automation control: Isolate motor drive signals in PLC systems to prevent data distortion caused by high-frequency interference.
High-precision monitoring system: Integrated in the vacuum pump pressure sensor circuit to achieve stable acquisition and transmission of -10V~10V signals.
