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4 Layer Rogers FR4 RF Microwave PCB 77GHz High Frequency

4 Layer Rogers FR4 RF Microwave PCB 77GHz High Frequency

  • Markeren

    4 Layer RF Microwave PCB

    ,

    77GHZ RF Microwave PCB

    ,

    FR4 rf prototype board

  • Aantal lagen
    4
  • Materiaal
    Rogers met Fr4 Mix
  • Opstapeling
    77 GHz RF-radio-PCB's
  • Productbeschrijving
    Fabriek van PCB-circuits in China Fabriek van PCB-flexibelen Fabrikanten van PCB-circuits Productie
  • Functie
    100% slagen voor elektrische test
  • Min Lijnbreedte
    4 Mil
  • Koperen Thinknes
    1 oz
  • Overzicht
    Rout en score
  • Place of Origin
    Shenzhen,China
  • Merknaam
    ONESEINE
  • Certificering
    ISO9001,ISO14001
  • Model Number
    ONE-102
  • Minimum Order Quantity
    1pcs
  • Prijs
    USD0.1-1000
  • Packaging Details
    Vacuun bag
  • Delivery Time
    5-8 working days
  • Betalingscondities
    T/T, Western Union
  • Supply Ability
    1000000000pcs/mon

4 Layer Rogers FR4 RF Microwave PCB 77GHz High Frequency

4 Layer Rogers FR4 Radio RF Microwave PCB 77GHZ High Frequency Prototype Circuit Board
Product Specifications
Attribute Value
Number of Layers 4
Material Rogers with Fr4 Mix
Stackup 77 GHZ RF Radio PCB
Function 100% Pass electrical test
Min Line Width 4 mil
Copper Thickness 1 oz
Outline Rout And Score
Detailed Product Description
4 Layer Rogers with Fr4 Mix stack up PCB 77 GHZ RF Radio Microwave High Frequency Circuit Board
  • Color: White
  • Material: Rogers 4350 Material
  • Layer: 4
  • Board Size: 7*9cm
  • Copper Thickness: 1 Oz
  • Min Line Width: 4mil
  • Min Line Space: 4mil
  • Surface Finish: Immersion Silver
Radio Frequency (RF) PCB Technology
Radio Frequency (RF) refers to electromagnetic frequencies between 300KHz to 300GHz that can be radiated into space. RF current represents high frequency alternating electromagnetic waves. Currents changing more than 10,000 times per second are considered high frequency, with radio frequencies being the higher bands of this spectrum.
In electronic theory, alternating current through a conductor generates an electromagnetic field. At frequencies above 100kHz, these waves propagate through air and reflect off the ionosphere, enabling long-distance transmission. This RF technology is fundamental to wireless communications and cable television systems.
4 Layer Rogers FR4 RF Microwave PCB 77GHz High Frequency 0 4 Layer Rogers FR4 RF Microwave PCB 77GHz High Frequency 1