logo
ONESEINE TECHNOLOGY CO.,LTD 86-757-86226896 sales@oneseine.com
Custom 0.79mm Rogers PCB Board Fabrication Impedance Control

Custom 0.79mm Rogers PCB Board Fabrication Impedance Control

  • Vurgulamak

    Impedance Control Rogers PCB Board

    ,

    Rogers PCB Board fabrication

    ,

    custom rogers board pcb

  • Ürün adı
    Rogers Kurulu
  • Özellik 1
    0,79 mm'de Kör Delik
  • Özellik 2
    Peddeki Delik
  • Özellik 3
    Empedans Kontrolü
  • Özellik 4
    Pcb Ürün Açıklaması: pcb baskı şirketi pcb yapımı pcb imalat avustralya pcb montajı ve imalatı pcb i
  • Place of Origin
    Shenzhen,China
  • Marka adı
    ONESEINE
  • Sertifika
    ISO9001,ISO14001
  • Model Number
    ONE-102
  • Minimum Order Quantity
    1pcs
  • Fiyat
    USD0.1-1000
  • Packaging Details
    Vacuun bag
  • Delivery Time
    5-8 working days
  • Payment Terms
    T/T,Western Union
  • Supply Ability
    1000000000pcs/mon

Custom 0.79mm Rogers PCB Board Fabrication Impedance Control

Impedance Control Rogers PCB Board Prototype Custom Fabrication Service
Product Name Rogers Board
Key Feature 1 Blind Hole In 0.79mm
Key Feature 2 Hole In Pad
Key Feature 3 Impedance Control
Rogers Board With Blind Hole In 0.79mm Hole In Pad Impedance Control PCB Board Prototype
Brand: ONESEINE
Material: Isola FR406
Thickness: 5mil
Surface finish: ENIG
Min line: 3mil
Min hole: 0.1mm
Precision Redefined: 0.79mm Blind Via-in-Pad Rogers PCBs with ±1.5% Impedance Control for 40GHz Systems

The Millimeter-Wave Manufacturing Challenge: In 5G mMIMO, satellite communications, and defense radar systems, blind vias in pads enable 70% space savings versus traditional dog-bone routing.

Our Solution: China's most advanced Rogers PCB prototype line delivers:
  • 0.79mm laser-drilled blind vias (aspect ratio 1:1.5)
  • ±0.025mm hole position tolerance
  • TDR-validated impedance control to 110GHz
  • Zero pad cratering at -55°C↔+150°C thermal cycles
Applications Revolutionized
Phased Array Radar Systems
  • 64-element TR modules with 0.79mm blind vias under QFN pads
  • Achieved ±0.2° beam steering accuracy at 150km range
Low-Earth Orbit Satellite Payloads
  • Ka-band transceivers with 40% reduced footprint
  • Passed NASA GEVS-5000 thermal vacuum testing
6G Test Equipment
  • D-Band (140GHz) signal analyzers
  • EVM <-40dB at 112Gbps PAM4
Why Global RF Leaders Choose Our Prototypes
Precision Manufacturing Arsenal: Picosecond UV Lasers (10μm spot size), Time-Domain Reflectometry (100% impedance mapping), Cross-Section Analysis (IPC TM-650 2.1.1 compliance)
Certified Reliability: 500 thermal cycles (-65°C ↔ +150°C), MIL-PRF-31032 Class III, PIM Testing <-167dBc
Speed-to-Innovation: 7-Day Functional Prototypes with full test reports, NPI-to-Production Bridge for seamless scaling to 10k+ panels/month