Technical Dossier
Product Details And Specifications
Advanced Energy RFG 3000 V2 Series Technical Notes
The Advanced Energy RFG 3000 V2 is a high-frequency RF generator platform deployed extensively in semiconductor fabrication, plasma etching, CVD (Chemical Vapor Deposition), and industrial thin-film processing environments. Installed across fabs operated by major semiconductor manufacturers in the United States, Japan, South Korea, and Taiwan, the RFG 3000 V2 series represents a mature, field-proven architecture that remains critical to sustaining legacy process equipment. Its PCB-level modularity — including dedicated I/O boards, analog interface cards, and system control units — makes it a frequent target for component-level repair and spare parts sourcing in facilities that cannot justify full generator replacement.
The Evolution of RFG 3000 Architecture
Advanced Energy introduced the RFG 3000 platform as a successor to earlier RF generator lines, targeting 13.56 MHz industrial and semiconductor applications requiring precise impedance matching and stable power delivery. The V2 revision introduced enhanced digital I/O density, expanded analog input channels, and a redesigned System Control Unit (SCU) architecture — reflected in the SCU-STC-G designation — which improved real-time process feedback and fault diagnostics over the original V1 backplane design.
The 2305198-A board revision (the primary PCB assembly for this listing) integrates 80 digital inputs (DI), 96 digital outputs (DO), and 8 analog inputs (AI) on a single substrate, consolidating I/O functions that earlier revisions distributed across multiple daughter cards. The 810-013872-002 part number identifies the specific assembly variant qualified for high-density process control environments. As the RFG 3000 V2 series has entered its end-of-production lifecycle, compatibility with V1-era backplanes and cabling harnesses requires careful revision-level verification during replacement sourcing.
RFG 3000 V2 Full Catalog & Functionalities (SKU List)
The following SKUs represent verified components within the Advanced Energy RFG 3000 / RFG 3000 V2 platform. Each entry reflects a distinct functional role within the generator's modular architecture:
RFG 3000 V2 2305198-A 80DI96DO 8A02AI 810-013872-002 SCU-STC-G: Primary I/O and system control PCB; 80DI/96DO/8AI integration board for V2 platform.
2305198-A: Base PCB assembly revision A; core logic and I/O routing substrate for RFG 3000 V2.
810-013872-002: Assembly variant 002; high-density process control qualified build of the 2305198-A board.
SCU-STC-G: System Control Unit — STC-G variant; real-time process feedback and fault management controller.
2305197-A: Companion analog output board; interfaces with SCU-STC-G for process setpoint delivery.
2305196-B: RF power amplifier driver board; V2 revision B; drives final stage RF output stage.
2305195-A: Impedance matching network control PCB; interfaces with external matchbox via RS-485.
810-013870-001: Power supply regulation board; provides isolated DC rails to I/O and control subsystems.
810-013871-003: Backplane interconnect assembly; V2-compatible; routes DI/DO signals between SCU and I/O boards.
2305200-A: Analog input conditioning board; 8-channel; 0–10 V and 4–20 mA input ranges.
2305201-B: Digital output relay board; 32-channel; 24 VDC solid-state relay outputs.
2305202-A: Digital input optoisolator board; 40-channel; 24 VDC logic-level inputs.
810-013875-001: Communication adapter board; RS-232/RS-485 dual-port; connects SCU to host process controller.
810-013876-002: Fault detection and interlock PCB; monitors over-temperature, arc, and reflected power thresholds.
2305210-A: Front panel interface board; LED status indicators and local parameter display interface.
810-013880-001: Firmware EEPROM carrier board; stores generator calibration and process recipe parameters.
2305215-B: RF output monitoring board; samples forward and reflected power for real-time VSWR calculation.