LAM 810-091934-00

Product Introduction:
The LAM 810-091934-00 is a high-voltage switching module engineered for LAM semiconductor processing equipment. It is responsible for safely routing and controlling high-voltage power to critical sub-systems such as RF generators, electrostatic chucks, and plasma igniters.

Category:

Description

LAM 810-091934-00

Technical Specifications:

  • Brand: LAM
  • Model: 810-091934-00
  • Product Type: High-Voltage Switching Module
  • System Compatibility: LAM Plasma Processing Systems

Functional Features:

  • Safe Power Routing: Provides isolated, high-voltage switching with integrated safety interlocks.
  • Arc Protection: Features ultra-fast arc detection and shutdown mechanisms to protect sensitive chamber components.
  • Thermal Management: Designed with advanced heat dissipation to handle continuous high-power loads.

Application Scenarios:
Deployed in plasma etch and CVD systems where precise control of high-voltage power delivery is critical for process stability and equipment safety.

Performance Parameters:

  • Switching Speed: Nanosecond-level response for arc mitigation.
  • Voltage Rating: Rated for continuous high-voltage operation with significant safety margin.
  • Isolation Resistance: Exceptional dielectric strength to prevent leakage currents.

Material Composition:
Utilizes high-voltage vacuum relays, specialized high-dielectric insulators, and heavy-duty copper busbars.

Structural Characteristics:
Shielded metal enclosure with high-voltage warning labels, interlock connectors, and forced-air cooling channels.

Working Principle:
Receives low-voltage control signals from the system controller and actuates high-voltage contacts to connect or disconnect power to the load, while continuously monitoring for fault conditions.

Installation Requirements:
Power must be completely disconnected and locked out (LOTO) before installation. All high-voltage connections must be torqued to exact specifications.

Usage Precautions:
Never operate with safety interlocks bypassed. Allow sufficient discharge time before servicing, as internal capacitors retain lethal voltages.