Name: 0090-76110 VME PCB high-performance printed circuit board | Qiming Automation
Brand: AMAT

Description

The 0090-76110 VME PCB is a high-performance printed circuit board designed for VMEbus systems, a ruggedized computing standard widely used in industrial and semiconductor applications. As part of Applied Materials’ (AMAT) ecosystem of control components, it serves as a bridge between peripheral devices and the main controller, managing data traffic with low latency.

0090-76110 VME PCB

In a control system architecture, the 0090-76110 VME PCBslots into VME racks, leveraging the bus’s parallel data transfer capabilities to connect sensors, drives, and human-machine interfaces (HMIs). What makes it invaluable is its balance of speed and durability: it handles high data throughput without sacrificing stability, even in environments with vibration, temperature swings, or electromagnetic interference.

For engineers and integrators, this board reduces complexity. Its plug-and-play compatibility with other VME modules means faster system setup, while its robust design minimizes the need for frequent replacements. Whether retrofitting older equipment or building new control systems, the 0090-76110 VME PCB delivers the reliability required in industries where unplanned downtime is not an option.

0090-76110 VME PCB

Main features and advantages:

The0090-76110 VME PCB stands out for its data handling capabilities. Equipped with a high-speed bus interface, it supports data transfer rates up to 40 MB/s, ensuring that time-sensitive signals—like pressure readings from a CVD chamber—reach the controller without lag. This speed is critical in semiconductor manufacturing, where process windows (the range of acceptable parameters) are often narrower than 1% of target values.

Its hardware design prioritizes ruggedness. The board uses gold-plated connectors to resist corrosion, a must in cleanrooms where trace chemicals can degrade standard components. It’s also built to withstand operating temperatures from -40°C to 85°C, making it suitable for both cold storage-integrated systems and high-heat industrial zones. The compact form factor (standard VME 6U size) allows it to fit into dense rack setups without compromising airflow, a key consideration in tightly packed control cabinets.

Compatibility is another strength. The 0090-76110 VME PCB works seamlessly with other VMEbus modules, including analog input boards and motor control cards, as well as legacy systems—a boon for facilities upgrading incrementally. It also supports industry-standard protocols like Modbus, enabling integration with SCADA systems for centralized monitoring.

Long-term reliability is engineered in. The board’s components are rated for 100,000 hours of operation under full load, and its thermal management design prevents hotspots that can shorten component life. This longevity translates to lower total cost of ownership, as fewer replacements mean less production disruption.

0090-76110 VME PCB

Technical specifications:
Model 0090-76110 VME PCB
Brand Applied Materials (AMAT)
Type VMEbus Interface PCB
Bus Type VMEbus (ANSI/IEEE 1014-1987 compliant)
Data Transfer Rate Up to 40 MB/s
Operating Temperature -40°C to 85°C
Storage Temperature -55°C to 125°C
Dimensions 6U VME form factor (233.35mm x 160mm)
Weight 280 grams
Connectors 96-pin DIN 41612 (J1, J2)
Power Consumption 8W typical, 12W maximum
Mounting VME rack-compatible (3U/6U chassis)
Certifications CE, UL 508, RoHS compliant
Environmental Rating IP20 (dust-protected, no liquid ingress)

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Application areas:

In the high-precision world of semiconductor manufacturing, where even micrometer-level errors can derail production, reliable control systems are the backbone of efficiency. The 0090-76110 VME PCB thrives here, serving as a critical communication and control hub in tools like plasma etchers and ion implanters.

Consider a 300mm wafer fabrication facility: during the etching process, hundreds of parameters—from plasma density to gas flow rates—must be monitored and adjusted in real time. The 0090-76110 VME PCB acts as the nerve center, routing data between sensors, actuators, and the main controller. It ensures that temperature fluctuations in the etch chamber are corrected within milliseconds, preventing defects in advanced microchips.

Beyond semiconductors, this board finds use in industrial automation systems where rugged, modular computing is essential. In automotive assembly lines, for example, it integrates with robotic arms and quality inspection cameras, streamlining data flow to maintain precise welding or painting sequences. Its VME architecture, a standard in industrial computing, makes it a trusted choice in environments where downtime costs run into thousands of dollars per minute. Whether in cleanrooms or factory floors, the 0090-76110 VME PCB solves the challenge of reliable, high-speed data transfer in harsh, mission-critical settings.

Related products:

0090-76109 VME PCB – Same VME family, optimized for lower data throughput applications where cost efficiency is prioritized over maximum speed.
0100-35054 Chamber Interface Board – Connects to the 0090-76110 VME PCB to translate sensor signals from vacuum chambers into VMEbus-compatible data.
0100-00396 Analog I/O Module – Works with the 0090-76110 VME PCB to handle analog signals (e.g., temperature, pressure) in industrial control loops.
0090-07135 Control Component – Integrates with the 0090-76110 VME PCB as a master controller, using its data-routing capabilities to manage multi-axis systems.
0100-11002 Digital I/O Board – Paired with the 0090-76110 VME PCB to expand digital control functions, such as triggering valves or alarms.
0100-35058 Load Lock Interlock Board – Communicates via the 0090-76110 VME PCB to manage vacuum load lock safety interlocks in semiconductor tools.
0100-76124 VME Backplane – Provides the physical and electrical framework for the 0090-76110 VME PCB and other modules in a rack system.

Installation and maintenance:

Before installing the 0090-76110 VME PCB verify that the VME rack backplane is clean and free of bent pins—even a single damaged pin can disrupt data flow. Ensure the rack is properly grounded to prevent electrostatic discharge (ESD), which can damage the board’s sensitive components; use ESD-safe gloves and a grounded work mat during handling. Check that the rack’s cooling fans are functional, as the board relies on forced airflow to maintain operating temperatures.

For maintenance, schedule quarterly visual inspections to check for loose connectors or signs of corrosion on the gold-plated pins. Once a year, use specialized testing tools to verify data transmission rates and ensure that performance does not decrease. When updating firmware, power down the entire rack first—hot-swapping is not supported and can cause permanent damage. Keep a log of error codes or communication drops; these can indicate early signs of backplane degradation, which should be addressed before it affects production.

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