Model: 0100-01577
Product Overview
Commercial availability is handled through direct RFQ, model verification and export-oriented follow-up rather than public cart checkout.
Datasheet Preview
Use attached product manuals when available. If the manual is not public yet, request the full file directly through RFQ.
Commercial Path
Product pages on DRIVEKNMS are designed to verify model, brand and series first, then move the buyer into one clean quotation path.
Technical Dossier
Applied Materials PCB ASSY modules — including the 0100-01577 — are critical spare components deployed across semiconductor fabrication equipment platforms including the Centura, Producer, and Endura systems. These printed circuit board assemblies serve as the functional backbone of process control, power distribution, RF matching, and I/O communication within Applied Materials' etch, CVD, PVD, and CMP chambers. Installed in high-volume fabs operated by TSMC, Samsung, Intel, and SMIC, these PCB assemblies are subject to continuous thermal cycling, RF interference, and chemical exposure — making reliable sourcing of verified spare units essential for uninterrupted fab uptime.
Applied Materials PCB ASSY designs have evolved across three distinct generations tied to platform architecture. Early-generation boards (pre-2000) used through-hole component technology with discrete logic ICs, designed for the P5000 and 5200 series platforms. Mid-generation assemblies (2000–2012) transitioned to surface-mount technology (SMT) with integrated FPGAs and DSPs, supporting the Centura and Endura platforms' expanded process control requirements. Modern assemblies (2013–present) incorporate multi-layer PCB construction, conformal coating for chemical resistance, and high-density interconnects compatible with the Producer GT and Sym3 etch systems.
Compatibility across generations is not guaranteed. Boards are keyed to specific chamber types, software revisions, and backplane connector standards. Substitution requires cross-referencing the full part number, revision letter, and associated BOM. Many mid-generation boards have reached end-of-life (EOL) status from Applied Materials, making third-party refurbished and tested units the primary sourcing channel for ongoing maintenance.
The following SKUs represent verified Applied Materials PCB ASSY part numbers across major platform families. Each board is categorized by primary function:
0100-01577: PCB assembly for process control I/O interface, Centura platform compatibility.
0100-76038: RF match network control board, 13.56 MHz generator interface.
0100-09033: Power distribution PCB, chamber heater zone control module.
0100-35153: Digital I/O board, 32-channel TTL-level signal interface.
0100-76050: Analog input PCB, thermocouple and RTD signal conditioning.
0100-09040: Backplane communication board, VMEbus architecture, P5000 series.
0100-35200: Motor drive control PCB, wafer handling robot axis controller.
0100-76100: Plasma source control board, ICP generator feedback interface.
0100-09055: High-voltage interlock PCB, safety relay logic for chamber isolation.
0100-35300: Ethernet communication board, fab host interface, 100BASE-T.
0100-76200: Gas flow control PCB, MFC analog command and readback circuit.
0100-09070: Pressure transducer interface board, Baratron signal conditioning.
0100-35400: Chiller control PCB, coolant temperature PID loop controller.
0100-76300: Endpoint detection interface board, OES spectrometer signal input.
0100-09085: System clock and timing PCB, synchronization bus for multi-chamber tools.
0100-35500: Fault logging and diagnostics PCB, non-volatile event recorder module.
Our lifecycle extension service covers: identification of pin-compatible substitute boards across revision levels, BOM-level component traceability for critical ICs, and documentation of known failure modes by part number. Customers operating legacy P5000, 5200, or first-generation Centura tools rely on this service to avoid full chamber retirement due to unavailable control electronics.
Each Applied Materials PCB ASSY unit processed by DriveKNMS undergoes a structured inspection and functional verification protocol. Visual inspection covers solder joint integrity, component seating, conformal coating condition, and connector pin straightness. Electrical testing includes in-circuit test (ICT) for passive component values, power rail voltage verification under load, and signal continuity across all I/O connectors.
Continue The Model Path
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