High-Performance TP980 RF PCB - 4.1mm Thick ENIG-Finished Board for Aerospace
1.Introduction
The TP980 represents a breakthrough in high-frequency PCB technology, specifically engineered for demanding aerospace and defense applications. As part of the innovative TP series, this ceramic-filled PPO resin material delivers:
Exceptional signal integrity with stable Dk (9.8±0.2) up to 10GHz
Minimal signal loss (0.0012 dissipation factor)
Extreme environment performance (-55°C to 150°C operational range)
Superior reliability with UL 94-V0 certification and near-zero moisture absorption (0.01%)
Unlike traditional FR-4 or PTFE boards, the fiberglass-free TP980 construction ensures consistent RF performance and enhanced mechanical stability for critical navigation and communication systems.
2.Key Features
Property |
Value |
Dielectric Constant |
9.8 ±0.2 @ 10GHz |
Loss Tangent |
0.0012 @ 10GHz |
Thermal Coefficient (Dk) |
-40 ppm/°C |
CTE (X/Y/Z) |
40/40/55 ppm/°C |
Thermal Conductivity |
0.65 W/mK |
Moisture Resistance |
0.01% absorption |
Flammability Rating |
UL 94-V0 compliant |
3.PCB Specifications at a Glance
Parameter |
Specification |
Material |
TP980 dielectric |
Layers |
2 (double-sided) |
Dimensions |
68×68mm (±0.15mm) |
Trace/Space |
7/5 mils |
Min. Hole Size |
0.7mm |
Board Thickness |
4.1mm |
Copper Weight |
1oz (35μm) |
Surface Finish |
ENIG (Electroless Ni/Au) |
Via Plating |
20μm thickness |
Testing |
100% electrical verification |

4.PCB Stackup: 2-layer rigid PCB
Copper_layer_1 - 35 μm
TF980 Core - 4.0 mm (157.5mil)
Copper_layer_2 - 35 μm
5.PCB Statistics:
Components: 3
Total Pads: 13
Thru Hole Pads: 7
Top SMT Pads: 6
Bottom SMT Pads: 0
Vias: 7
Nets: 2
6.Typical Applications
Military radar arrays
Satellite communication systems
Precision missile guidance
Compact antenna arrays
Avionics systems
7.Quality Assurance
IPC-Class 2 compliant
100% electrical tested
Global availability
Gerber RS-274X support
Engineered for mission-critical performance, the TP980 PCB delivers unmatched RF characteristics in extreme operating conditions, making it the ideal choice for defense and aerospace electronics.
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