0100-00003 compact, B – type VME stepper controller module
0100-00003 compact, B – type VME stepper controller module
The 0100-00003 is a compact, B – type VME stepper controller module, designed by Applied Materials to meet the rigorous demands of industries that require precise motion control. As part of the VME (Versa Module Europa) bus system, it interfaces seamlessly with other VME – compatible modules, forming a robust and flexible control architecture.
Model 0100-00003
Brand Applied Materials (AMAT)
Type VME Stepper Controller
Module Type B – type VME
Power Supply, 5V ± 5% DC
Operating Temperature 0°C – 50°C
Mounting VME Rack – mountable
Dimensions 100mm x 200mm x 50mm
Weight 0.5kg
Maximum Stepping Rate 1000 steps per second
Torque Control Range 0.1 – 10 Nm
Communication Interface VMEbus for communication with other modules
The 0100-00003 is a compact, B – type VME stepper controller module, designed by Applied Materials to meet the rigorous demands of industries that require precise motion control. As part of the VME (Versa Module Europa) bus system, it interfaces seamlessly with other VME – compatible modules, forming a robust and flexible control architecture.
0100-00003
In a control system, the 0100-00003 serves as a key component for managing the operation of stepper motors. Stepper motors are widely used in applications where accurate positioning is essential, and the 0100-00003 takes in control commands from a higher – level controller, processes them, and then sends out the appropriate signals to drive the stepper motor. It can precisely regulate the speed, direction, and position of the motor, ensuring that the attached mechanism, such as a wafer stage or a robotic arm, moves exactly as programmed.
For engineers and integrators working in semiconductor manufacturing and industrial automation, the 0100-00003 offers several advantages. Its compact size allows for easy integration into existing equipment, even in tight – space applications. The B – type VME form factor ensures compatibility with a wide range of VME – based systems, reducing the complexity of system design. Additionally, its state – of – the – art integrated circuit design contributes to its reliability and high – performance operation, making it a go – to choice for applications where downtime is not an option.
0100-00003
Main features and advantages:
The 0100-00003 offers exceptional functional performance in terms of motion control. It can achieve high – speed stepping rates, enabling rapid movement of the controlled mechanism while still maintaining precise positioning. For example, in a semiconductor lithography tool, it can quickly re – position the wafer stage between exposures, reducing the overall processing time without sacrificing accuracy. The controller also has excellent torque control capabilities, which is crucial for applications where the stepper motor needs to overcome varying levels of mechanical resistance.
In terms of hardware design, the module is built to be rugged and reliable. It can withstand the harsh environments often found in industrial settings, including temperature variations, vibrations, and electromagnetic interference. The compact B – type VME form factor not only saves space but also contributes to its durability, as the design is optimized for efficient heat dissipation. This ensures that the module can operate continuously at high performance levels without overheating, even in long – term, high – load applications.
Compatibility is one of the major strengths of the 0100-00003. As a VME – based module, it can easily integrate with other VME – compliant devices, such as input/output boards, sensors, and other controllers. This interoperability allows for seamless expansion and customization of control systems. Whether it’s adding more sensors to monitor the position of the stepper – driven mechanism or integrating with a new control algorithm implemented on a different VME module, the 0100-00003 can work in harmony with the rest of the system.
Long – term reliability is also a key feature. The integrated circuit design of the 0100-00003 is engineered for stability and longevity. The components used are of high quality, selected for their ability to withstand the rigors of continuous operation. With proper maintenance, this controller module can provide years of trouble – free service, reducing the total cost of ownership for users in industries where equipment reliability is paramount.
0100-00003
Application areas:
In the intricate world of semiconductor manufacturing, where nanoscale precision is the norm, the 0100-00003 from Applied Materials (AMAT) plays a crucial and often unsung role. Semiconductor fabrication plants are like high – tech cathedrals, filled with complex machinery that must operate with pinpoint accuracy to create the tiny chips powering our modern world.
Take, for example, the wafer handling systems within these plants. The 0100-00003, a VME stepper controller, is at the heart of controlling the movement of wafer – carrying stages. These stages need to move with sub – micron precision, whether it’s positioning a wafer for lithography, where the chip’s circuit patterns are imprinted, or during etching processes that remove unwanted material from the wafer’s surface. A deviation of even a fraction of a micron can lead to defective chips, which is unacceptable in an industry where yield rates directly impact profitability.
In research and development facilities focused on semiconductor innovation, the0100-00003 also finds extensive use. When scientists are experimenting with new materials or manufacturing techniques, they rely on precise control of equipment. For instance, in the growth of advanced semiconductor materials using molecular beam epitaxy (MBE), the controller manages the movement of shutters and the positioning of sample holders. Precise control over these elements ensures that the layers of atoms are deposited in the exact sequence and thickness required, enabling the creation of novel materials with unique electrical and optical properties.
Beyond semiconductors, in industrial automation settings such as high – precision robotic assembly lines, the 0100-00003 can be used to control the movement of robotic arms. These arms need to pick and place components with extreme accuracy, and the VME stepper controller provides the necessary control signals to ensure smooth and precise motion. Whether it’s assembling delicate electronic components or performing intricate tasks in a cleanroom environment, the 0100 – 00003 helps maintain the high – quality standards demanded by these industries.
0100-00003
Technical specifications:
Model 0100-00003
Brand Applied Materials (AMAT)
Type VME Stepper Controller
Module Type B – type VME
Power Supply, 5V ± 5% DC
Operating Temperature 0°C – 50°C
Mounting VME Rack – mountable
Dimensions 100mm x 200mm x 50mm
Weight 0.5kg
Maximum Stepping Rate 1000 steps per second
Torque Control Range 0.1 – 10 Nm
Communication Interface VMEbus for communication with other modules
Contact Us Phone:+86 16626708626 WeChat/WhatsApp:+86 16626708626 Email: 3772179818@qq.com
Related products:
0100 – 11002 Digital I/O PCB Assembly – This digital input/output board can be integrated with the 0100 – 00003 to expand the control system’s ability to interface with digital devices. For example, it can be used to receive digital signals from sensors indicating the position of a stepper – driven mechanism and send digital control signals to actuators based on the commands from the 0100 – 00003. 0100 – 01098 PCBA Laser Driver II – In semiconductor manufacturing processes that involve laser – based operations, this laser driver can work in tandem with the 0100 – 00003. The 0100 – 00003 can control the movement of the laser – focusing or – scanning mechanisms, while the 0100 – 01098 provides the necessary power and control signals to the laser source. 0100 – 20097 Water Leak Detector PCB Assy – In industrial environments where water – cooled equipment is used in conjunction with stepper – controlled mechanisms (such as in some semiconductor manufacturing tools), this water leak detector can be connected to the control system along with the 0100 – 00003. If a water leak is detected, it can send a signal to the 0100 – 00003, which can then take appropriate action, such as stopping the operation of the affected equipment to prevent damage. 0100 – 09003 Video Board – In applications where visual monitoring of the stepper – controlled process is required, the 0100 – 09003 video board can be integrated with the 0100 – 00003. The video board can display real – time images of the process, allowing operators to monitor the movement of the mechanism controlled by the 0100 – 00003 and make adjustments if necessary. 0100 – 09114 Gas Panel Board – In semiconductor manufacturing processes that involve the use of gases (such as in chemical vapor deposition), the 0100 – 09114 gas panel board can be connected to the control system with the 0100 – 00003. The 0100 – 00003 can control the movement of valves or other gas – handling components, while the 0100 – 09114 manages the gas flow and pressure regulation.
Installation and maintenance:
Before installing the 0100-00003, it is essential to ensure that the VME rack is properly prepared. Check the VME backplane for any signs of damage or bent pins, as a single faulty connection can disrupt the communication between the 0100-00003 and other modules. Make sure the rack is clean and free of dust, especially in semiconductor manufacturing cleanroom environments. Use anti – static precautions, such as wearing an anti – static wrist strap, when handling the module to prevent electrostatic discharge, which can damage the sensitive integrated circuits. Also, verify that the power supply to the VME rack is stable and within the specified voltage range for the 0100-00003.
For maintenance, regular visual inspections are recommended. Check for any signs of overheating, such as discoloration of the module or excessive heat around the components. Monitor the state – of – health indicators on the module, if available, to detect any potential issues early. Periodically, perform calibration checks on the stepper motor control parameters to ensure that the positioning accuracy remains within the required tolerances. Keep the firmware of the 0100 – 00003 up – to – date, but always test the new firmware in a non – production environment first to avoid any compatibility issues. Additionally, maintain a record of all maintenance activities and any error messages or abnormal behavior observed during operation for future reference.
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Email: 3772179818@qq.com
Phone: +86 16626708626
