Novellus Systems PVD300 17-307113-00 2301407-B SM2315D-BRK 0

Product Details

PVD300 17-307113-00 2301407-B SM2315D-BRK 02-306362-00 Product Description

The Novellus 02-307113-00 Shield Pedestal AL Grit CU is a precision-engineered PVD chamber component designed for the Novellus PVD300 physical vapor deposition platform. Cross-referenced as 17-307113-00, 2301407-B, SM2315D-BRK, and 02-306362-00, this shield plays a critical role in maintaining process chamber integrity, controlling parasitic deposition, and reducing thermal energy waste across high-throughput semiconductor fabrication lines.

In modern semiconductor fabs, energy efficiency is no longer a secondary concern — it is a core production KPI. The 02-307113-00 shield directly contributes to energy-optimized deposition cycles by minimizing stray particle accumulation on chamber walls, reducing the frequency of wet cleans, and stabilizing the thermal environment within the PVD300 process module. Fewer unplanned maintenance events translate directly into lower energy consumption per wafer pass and higher equipment utilization rates across the production line.

NANKMOS supplies this component from verified inventory with full traceability, pre-shipment functional inspection, and a 12-month warranty covering material and workmanship defects. Global logistics support ensures rapid deployment to fabs in Asia, Europe, and North America.

The 02-307113-00 shield does not operate in isolation — it functions as part of a tightly integrated energy and process control ecosystem within the PVD300 cluster tool. Understanding its role within the broader automation architecture is essential for fab engineers optimizing energy consumption at the equipment level.

Within the PVD300 system, the shield pedestal works in concert with the Novellus RF match network and DC magnetron power supply to maintain stable plasma conditions. When the shield surface degrades or accumulates excessive deposition, the RF match unit must compensate for impedance drift, drawing additional power and increasing thermal stress on the target assembly. Timely replacement of the 02-307113-00 shield prevents this energy penalty and keeps the Novellus PVD300 target assembly operating within its rated efficiency window.

At the fab automation level, the PVD300 is typically integrated with an AMAT or Novellus cluster tool controller — a platform-level SCADA-equivalent system that monitors chamber status, tracks PM schedules, and logs energy consumption per process module. The 02-307113-00 shield's condition directly influences the data reported by chamber pressure sensors and residual gas analyzers (RGA), both of which feed into the equipment health monitoring loop. Degraded shields cause baseline pressure drift, triggering false alarms and unnecessary pump-down cycles that waste vacuum system energy.

The shield also interacts with the Novellus wafer lift pin assembly and pedestal heater module. A properly seated and dimensionally stable shield ensures uniform thermal distribution across the wafer chuck, reducing the heater's duty cycle and lowering the overall thermal load on the process module. This is particularly important in high-mix Cu barrier/seed processes where wafer temperature uniformity directly impacts film resistivity and yield.

From a factory automation perspective, the PVD300's process data — including deposition rate, target power, and chamber temperature — is typically fed into a Manufacturing Execution System (MES) or Advanced Process Control (APC) platform. Shield condition is a key variable in these models. Fabs using predictive maintenance algorithms can correlate shield age and deposition accumulation data with energy consumption trends, enabling proactive replacement scheduling that avoids both unplanned downtime and over-maintenance energy waste.

For fabs running multi-chamber PVD clusters, the Novellus Inova or Concept One platform controllers manage inter-chamber scheduling and load balancing. A single degraded shield in one process module can create a bottleneck that forces adjacent chambers to run at higher throughput rates, increasing their energy draw. Maintaining the 02-307113-00 shield in optimal condition is therefore a system-level energy optimization strategy, not just a component-level maintenance task.

Semiconductor PVD processes are among the most energy-intensive steps in wafer fabrication. The PVD300 system consumes significant power through its RF generators, DC magnetron supplies, vacuum pumping systems, and thermal management subsystems. Every inefficiency at the chamber component level — including shield degradation — compounds into measurable energy waste at the fab level.

The 02-307113-00 Shield Pedestal AL Grit CU addresses this challenge through its precision-engineered geometry and surface treatment. The aluminum grit-blasted surface promotes strong adhesion of deposited films, reducing flaking events that contaminate wafers and trigger unplanned chamber vents. Each unplanned vent requires a full pump-down and bake-out cycle — a process that can consume several kilowatt-hours of energy and take 4–8 hours of tool downtime. By extending the interval between vents, the 02-307113-00 shield directly reduces energy consumption per wafer output.

From a production line rhythm (takt time) perspective, shield-related downtime is one of the most disruptive events in a PVD module's operational cycle. Unplanned maintenance breaks the wafer flow, forces upstream and downstream equipment into idle or standby modes, and increases the energy cost per die. NANKMOS's in-stock availability of the 02-307113-00 ensures that replacement shields are on hand when needed, eliminating the extended lead times that force fabs to run degraded chambers beyond their optimal service life.

Predictive maintenance programs that incorporate shield replacement into their PM schedules — based on deposition cycle counts, target power-hours, or chamber pressure trend data — consistently report improvements in Overall Equipment Effectiveness (OEE) of 3–8% for PVD modules. This translates directly into lower energy cost per wafer and higher fab-level throughput without additional capital investment.

NANKMOS conducts pre-shipment dimensional inspection and surface quality verification on all 02-307113-00 shields to ensure drop-in compatibility with the PVD300 platform. This eliminates installation-related delays and ensures that the energy efficiency benefits of a fresh shield are realized immediately upon installation, without additional chamber qualification runs.

Q1: How does replacing the 02-307113-00 shield reduce energy consumption in the PVD300? A degraded shield increases parasitic deposition on chamber walls, causing RF impedance drift and forcing the match network to draw additional power. It also contributes to baseline pressure rise, increasing vacuum pump load. Replacing the shield with a fresh 02-307113-00 restores optimal chamber conditions, reducing RF power compensation and pump energy consumption per process cycle.

Q2: Is the 02-307113-00 compatible with both Cu barrier/seed and Al metallization processes? Yes. The AL Grit CU designation indicates the shield is manufactured from aluminum with a grit-blasted surface optimized for copper-compatible PVD processes. It is also suitable for aluminum metallization applications on the PVD300 platform. Cross-reference part numbers 17-307113-00, 2301407-B, SM2315D-BRK, and 02-306362-00 confirm compatibility across PVD300 configurations.

Q3: What is the recommended replacement interval, and how does NANKMOS support PM scheduling? Replacement intervals vary by process chemistry, target power levels, and deposition cycle counts — typically every 50,000–150,000 wafer passes depending on application. NANKMOS maintains in-stock inventory of the 02-307113-00 to support both scheduled PM replacements and emergency unplanned maintenance events. Our team can advise on replacement scheduling based on your specific process parameters.

Q4: What warranty and testing does NANKMOS provide for the 02-307113-00? All 02-307113-00 shields supplied by NANKMOS are covered by a 12-month warranty against material and workmanship defects. Each unit undergoes pre-shipment dimensional inspection and surface quality verification to confirm drop-in compatibility with the Novellus PVD300 platform. Global shipping with full traceability documentation is standard.