AMAT 0100-71224 Analog Input/Output (AI/O) module
Specific parameters
Flow control range: 0.1-5000 sccm, supporting corrosive gases such as Ar/N ₂/O ₂/H ₂/NH ∝/Sih ₄
Pressure regulation accuracy: ± 0.05 Torr (@ 0.5-10 Torr working range), response time ≤ 200 ms
Material compatibility: Hastelloy C-276+ceramic coating, temperature resistance of 450 ° C, plasma corrosion resistance class 4
Communication protocol: PROFINET IRT+AMAT proprietary HSSL protocol
Product Performance
Signal processing capability:
Multi channel parallel processing: supports 8 analog inputs and 4 analog output channels, can simultaneously monitor multiple sensors (such as pressure, temperature, flow) and cooperate to control actuators (such as valves, motors).
High precision conversion: Equipped with a 16 bit ADC/DAC chip, the signal conversion accuracy can reach ± 0.1%, meeting the sensitivity requirements of semiconductor processes to small signal changes.
Communication and compatibility:
Bus protocol: Compatible with VME/VXI standard bus, supports industrial communication protocols such as SPI and CAN, ensuring high-speed data exchange with the main controller.
Environmental adaptability:
Wide temperature working range: The working temperature ranges from -40 ° C to 85 ° C, with strong humidity tolerance (5%~95% non condensing), suitable for high temperature and high humidity semiconductor cleanroom environments.
Anti interference certification: Through industrial grade EMC certification (such as EN 61000-6-2), it can withstand ± 8kV electrostatic discharge (ESD) and ± 2.5kV surge impact.
Maintenance and diagnosis:
Channel level diagnosis: Real time display of fault status through LED indicator lights, supporting quick positioning and replacement of faulty modules.
Online maintenance: Supports hot plugging and can replace modules during system operation to avoid downtime affecting production.
application area
Semiconductor manufacturing:
Etching and thin film deposition: Monitor parameters such as plasma density and RF power, dynamically adjust process parameters (such as gas flow rate and temperature), and ensure wafer surface uniformity.
Ion implantation: precise control of ion beam energy and dose, optimization of doping process, and improvement of chip performance.
Industrial automation:
Robot control: Accurately control the motion trajectory and timing of the robotic arm, suitable for scenarios such as wafer handling and packaging.
Process control: Implement equipment status monitoring and logic control in industries such as chemical and power, such as boiler pressure regulation and motor speed control.
Energy and Environmental Protection:
Photovoltaic manufacturing: used for coating thickness detection and process parameter adjustment in solar cell production lines.
Lithium battery production: Monitor the equipment status of key processes such as electrode coating and winding to improve battery consistency.
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