AMAT 0090-05596 | High-Voltage DC Power Cable Assembly
AMAT 0090-05596 | High-Voltage DC Power Cable Assembly
Introduction
The AMAT 0090-05596 is a specialized High-Voltage (HV) DC Power Cable Assembly designed by Applied Materials.
This component is engineered to provide safe and reliable electrical transmission in high-vacuum environments, specifically for the Endura and Centura PVD (Physical Vapor Deposition) platforms.
It is primarily utilized to deliver high-voltage DC power to the Electrostatic Chuck (ESC) or the cathode assembly, where consistent voltage is necessary for substrate clamping and plasma stability.
Technical Parameter Table
Attribute Specification
| Attribute | Specification |
| Manufacturer | Applied Materials (AMAT) |
| Model Number | 0090-05596 |
| Component Type | High-Voltage DC Cable Assembly |
| Application | PVD / ESC (Electrostatic Chuck) Power |
| Platform Compatibility | AMAT Endura 5500, Centura |
| Insulation Material | High-Dielectric Fluoropolymer (PTFE/FEP) |
| Connector Type | HV Multi-pin / Specialized Lug |
| Weight | 0.68 kg (approx. 1.50 lbs) |
| Voltage Rating | Up to 5kV DC (Process Dependent) |
| Compliance | Semiconductor Cleanroom Grade |
Unique Product Description
The AMAT 0090-05596 is a precision-manufactured interconnect solution built for the rigorous electrical demands of semiconductor fabrication.
Unlike standard industrial cables, this assembly features a multi-layer dielectric insulation system designed to eliminate leakage currents and prevent “corona discharge” in low-pressure vacuum environments.
The cable is jacketed in a chemical-resistant, low-outgassing material that ensures vacuum integrity and prevents chamber contamination.
Its flexible core is optimized for the tight routing requirements within the mainframe chassis, providing a high-integrity link between the HV power supply and the process chamber.
Product Advantages and Features
Dielectric Integrity: Exceptional insulation resistance prevents arcing and voltage breakdown at high potentials.
Vacuum Compatibility: Constructed using low-outgassing materials that meet stringent ultra-high vacuum (UHV) requirements.
EMI Suppression: Integrated shielding reduces the impact of external radio frequency (RF) noise on the DC signal.
Durability: Engineered to withstand the thermal cycling and mechanical stresses of high-volume manufacturing (HVM).
Direct OEM Fit: Ensures exact electrical length and connector compatibility, eliminating the need for system modifications.
Related Models
AMAT 0090-05595: Complementary signal feedback cable.
AMAT 0010-11239: High-voltage power interface assembly.
AMAT 0010-20011: ESC (Electrostatic Chuck) Power Supply module.
AMAT 0090-01809: RF power cable (used in the same chamber environment).
Other Models in the Same Series
The 0090-xxxxx series includes various cabling and interconnect solutions for AMAT mainframes:
0090-05597: High-temperature variant for heater applications.
0090-05112: Low-profile HV DC interface.
0090-06000: Multi-conductor control cable for chamber sensors.
Application Cases
Electrostatic Chuck (ESC) Power: Delivering the high-voltage DC charge required to securely clamp silicon wafers during sputtering.
Cathode Bias: Providing the necessary DC bias for target ionization in PVD metal deposition processes.
Refurbishment Projects: Replacing aged or degraded HV cables in 200mm tools to improve voltage stability and yield.
Installation and Maintenance

Installation:
Safety Clearance: Always verify that the high-voltage power supply is turned off and the residual charge is discharged before installation.
Handling: Handle with cleanroom gloves; avoid touching the connector pins to prevent skin oils from creating conductive paths.
Routing: Avoid sharp bends that could compromise the internal dielectric shielding.
Maintenance:
Contamination Check: Periodically inspect the connectors for dust or debris, which can cause high-voltage “tracking” or arcing.
Insulation Test: Perform periodic Megohmmeter (Hi-Pot) testing during scheduled PM to ensure insulation remains within spec.
Connector Care: Inspect the pins for signs of pitting or thermal discoloration, which may indicate a loose or high-resistance connection.