AMAT

AMAT 0090-01809 | High-Performance RF Power Cable Assembly

AMAT 0090-01809 | High-Performance RF Power Cable Assembly

Introduction

The AMAT 0090-01809 is a precision-engineered RF (Radio Frequency) Power Cable Assembly designed by Applied Materials.

This high-performance transmission line is specifically developed for semiconductor manufacturing equipment, including the Centura, Endura, and Producer platforms.

It serves as the vital link between the RF Generator and the RF Matching Network (Matchbox), ensuring that high-frequency energy is delivered to the process chamber with minimal loss and maximum shielding against electromagnetic interference.

Technical Parameter Table

Attribute Specification
Manufacturer Applied Materials (AMAT)
Model Number 0090-01809
Component Type RF Coaxial Power Cable Assembly
Connector Type A Standard N-Type or 7/16 DIN (High Voltage)
Connector Type B Standard N-Type or 7/16 DIN (High Voltage)
Impedance 50 Ohms (Typical)
Frequency Range Optimized for 13.56 MHz / 2 MHz / 400 kHz
Outer Material Heavy-duty Braided Shielding with Chemical Resistant Jacket
Weight 1.25 kg (approx. 2.75 lbs)
System Compatibility AMAT Endura, Centura, P5000, Producer

Unique Product Description

The AMAT 0090-01809 is more than a simple wire; it is a calibrated transmission component designed to maintain phase stability in high-power plasma environments.

Constructed with high-purity copper conductors and advanced dielectric insulation, this cable minimizes “skin effect” losses and resistive heating.

The robust external braiding provides exceptional EMI (Electromagnetic Interference) suppression, preventing the high-frequency signals from disrupting sensitive sensors or nearby control electronics.

Its flexibility and custom length are specifically tailored for the cable tracks of AMAT mainframes, ensuring a perfect fit without mechanical tension.

Product Advantages and Features

Low Insertion Loss: Maximizes power delivery to the chamber, improving plasma ignition and stability.

Superior Shielding: Dual-layer braiding reduces RF leakage, ensuring compliance with strict semiconductor safety standards.

Thermal Resilience: Engineered to withstand the elevated temperatures found in the rear of process racks and near heated chambers.

Precision Connectors: Features high-grade, corrosion-resistant connectors to ensure a gas-tight, low-impedance electrical interface.

OEM Reliability: Designed to match the specific electrical length and capacitance required by AMAT matching networks for optimal tuning.

Related Models

AMAT 0090-01810: Extended length RF cable variant.

AMAT 0010-09416: RF Matching Network (often the destination for this cable).

AMAT 0090-00032: Low-voltage signal transmission cable.

AMAT 0090-05001: High-voltage DC power cable for E-Chucks.

Other Models in the Same Series

The 0090-xxxxx series includes various specialized cabling solutions for AMAT tools:

0090-01807: Intermediate RF drive cable.

0090-01815: Water-cooled RF cable variant for high-wattage applications.

0090-01900: Multi-pin interface cable for chamber sensors.

Application Cases

CVD/PVD Power Delivery: Connecting the 13.56 MHz RF generator to the matching network for thin-film deposition processes.

Dry Etch Systems: Facilitating the RF bias power needed for directional ion bombardment in Centura Etch chambers.

Chamber Upgrades: Replacing aged or “charred” cables during tool refurbishment to restore power efficiency and reduce reflected power.

Installation and Maintenance

ADTRON IC6C-0GR01C02
ADTRON SC6M-80GC03
ADVANCED 120A10
ADVANCED C50A1B
ADVANCED ENERGY 3152335-004
Advanced Energy 3152335-004
ADVANTEST BGR-022365
AEG 41-94384
AGILENT 5086-7906
AGILENT E1413C
Agilent HP   5517B
AIRTAC ACQS32X20
AJAX U-02-1743-05   MK-A
AJINEXTEK AMW-MC12-DB96P
Alcatel-Lucent OS9-GNI-U24E
Alcatel-Lucent SFM2-200G
ALLEN BRADLEY MOX12-P3509
ALLEN-BRADLEY 1746-HSCE
ALLIED TELESIS AT-210T
ALLIED TELESIS AT-2712FX/MT-SB-901   990-004100-901

Installation:

Minimum Bend Radius: Do not over-flex the cable; maintain the manufacturer-specified bend radius to prevent internal dielectric damage.

Connector Tightness: Use a calibrated torque wrench for N-type or 7/16 connectors to ensure a solid contact without over-tightening.

Routing: Ensure the cable is secured in the system’s cable management tracks and is not in contact with sharp metal edges.

Maintenance:

Visual Inspection: Periodically check connectors for “pitting,” oxidation, or signs of arcing (discoloration).

RF Leakage Test: Use an RF probe during PM (Preventative Maintenance) to ensure the shielding remains intact.

Replacement: Cables should be replaced if the outer jacket shows signs of brittleness or if “reflected power” levels increase without changes to the matching network.

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