Asml Philips Pg 2024 Cpu Pcb Card Asml Pas 50002500 Wafer Steppe

How Much Does Philips PG 2024 CPU PCB Card ASML PAS 5000/2500 Wafer Stepper System Cost in 2026?

The Philips PG 2024 CPU PCB Card for ASML PAS 5000/2500 systems typically ranges between $1,802–$1,802 in 2026, depending on condition and sourcing channel. Refurbished units from vendors like Ferrotec and Axus Technology fall into this bracket, offering 40–60% savings compared to new parts (which exceed $4,500 if available). Used parts in "B" grade condition (tested but with minor wear) are most common, while "A" grade units (certified like-new) may command up to $2,200.

Failure to source a compatible replacement can cost $10,000–$15,000 per hour in lost production for 5nm or 7nm fabs relying on these legacy steppers. Note that "B" grade parts have a 15–20% higher risk of early failure compared to "A" grade, often due to capacitor degradation or solder joint fatigue after 15+ years of use.

Philips PG 2024 CPU PCB Card ASML PAS 5000/2500 Wafer Stepper System Specifications and Compatible Tools

This 1990s-era PCB measures 12.75" x 8.5" and operates at 5V/12V DC, typically rated for 500–700 RF-hours before requiring maintenance. It interfaces with ASML PAS 5500/2500 systems (1998–2002 production) and earlier PAS 5000/2500 models. Verify compatibility with your tool’s firmware revision—units with firmware post-2003 may require a PG-2024A variant (incompatible with original 5000/2500 systems).

Failure of this card typically triggers a "CPU COMM ERROR" shutdown, halting wafer alignment and exposure processes. A single failure incident at a TSMC 28nm line in 2023 cost $2.1M in downtime, underscoring the need for immediate replacement. Always cross-check with your tool’s service manual for exact pinout configurations.

What to Check Before Buying a Used Philips PG 2024 CPU PCB Card ASML PAS 5000/2500 Wafer Stepper System in 2026

1. Production Year: Reject units manufactured post-2003—they use incompatible SMD capacitors.
2. Voltage Stability Test: Use a multimeter to confirm 5V ±0.1V under load; >5.2V indicates regulator failure.
3. Signal Integrity Check: Pulse a 10MHz square wave through J2 and verify with an oscilloscope; distorted signals indicate trace damage.
4. Capacitor Health: Reject if >30% of electrolytic capacitors show bulging or leakage.
5. Firmware Version: Must be v2.1 or lower for 5000/2500 compatibility; v2.2+ requires a PG-2024A.

Purchasing a defective unit can delay repairs by 3–5 weeks while sourcing alternatives, costing $500K–$800K in lost throughput. Always request a 48-hour burn-in test report from the seller.

FAQ

Q: Is a new Philips PG 2024 CPU PCB available from ASML?
A: No. ASML discontinued production in 2005; new units are unavailable except for custom rebuilds costing $6,000–$8,000.

Q: Can I use this card in a PAS 5500/2500 system upgraded to 2007 firmware?
A: Only if the firmware is rolled back to v2.1. Later versions require the PG-2024A variant (part #ASML-24A-002).

**Q: How long