The ASML 4022.651.32601 is a high‑performance control module engineered for integration into ASML lithography systems. This module provides critical processing power, interface connectivity, and communication functions that enable precise coordination of wafer handling, alignment, and exposure processes. Its robust design and advanced architecture support the demanding operational requirements of modern semiconductor manufacturing, ensuring high throughput and process stability.
The 4022.651.32601 is a versatile control module that serves as a central processing and communication hub within the lithography tool. It manages data flow between various subsystems, executes real‑time control algorithms, and provides diagnostic capabilities. The module is designed to operate reliably in the cleanroom environment, with robust thermal management and electromagnetic compatibility.
Part Number: 4022.651.32601
Module Type: Control module
Processor: ARM Cortex‑A9 dual‑core
Clock Speed: 1.0 GHz
Memory: 2 GB RAM, 8 GB flash storage
Communication Interfaces: Gigabit Ethernet, USB, RS‑232, CAN
I/O Channels: 16 digital inputs, 16 digital outputs, 8 analog inputs
Power Supply: 24 VDC, 25 W
Operating Temperature: 10 °C to 45 °C
Protection Class: IP30
Dimensions: 240 mm x 160 mm x 40 mm
Weight: 1.4 kg
The module's dual‑core processor provides ample computational power for executing complex control algorithms, including motion control, focus tracking, and real‑time data acquisition. Its memory capacity allows for large data buffers and logging of process parameters for quality analysis. The module also supports redundant processing paths for enhanced reliability.
With multiple communication interfaces, the module can connect to various sensors, actuators, and host systems. The Gigabit Ethernet port enables high‑speed data exchange with the factory network, while legacy serial ports support older equipment. The module also features configurable I/O channels for flexible integration.
Built‑in self‑test routines and health monitoring functions ensure early detection of anomalies. The module logs error events and system status for preventive maintenance, with a real‑time clock for time‑stamping events.
This module is applicable in ASML TWINSCAN systems, PAS series, and other lithography platforms requiring advanced control and interface capabilities.
Installation involves mounting in a standard rack and connecting cables per system documentation. Configuration is performed through software utilities.
Periodic firmware updates and diagnostic checks are recommended. ASML provides technical support and documentation.
The module complies with CE, RoHS, and SEMI standards.
The ASML 4022.651.32601 control module delivers robust processing and connectivity essential for modern lithography systems.



