Und,Leiterplatte, PCBA- und PECVD-Anpassung, Prototyping- und Fertigungsproduzent

Herunterladen | Um | Kontakt | Sitemap

4 Layer-Controller-PCB/PCBA-Design - Und

Mehrschichtiges PCB-Design/

4 Layer-Controller-PCB/PCBA-Design

Name: 4 Layer-Controller-PCB/PCBA-Design

Blatt: IT180, F4BM, FR4, FR1-4, usw.

Gestaltbare Ebenen: 1-32 Schichten

Mindestlinienbreite und Zeilenabstand: 3Mil

Minimale Laserapertur: 4Mil

Minimale mechanische Blende: 8Mil

Dicke der Kupferfolie: 18-175cm (Standard: 18cm35cm70cm)

Schälfestigkeit: 1.25N/mm

Mindestlochdurchmesser: einseitig: 0.9mm/35mil

Mindestlochdurchmesser: 0.25mm/10mil

Blendentoleranz: ≤φ0,8 mm ± 0,05 mm

  • Produktdetails

Overview of 4-Layer PCBs

A 4-layer PCB means that there are 4 layers to route electrical signals: top layer, inner layer 1, inner layer 2, and bottom layer.

Outer Layers: Top and Bottom

The top and bottom layers are the outer layers where components and wiring are placed.

Inner Layers: Inner 1 and Inner 2

Inner 1 and Inner 2 are located in the core and are typically used as power planes or for signal routing.

Configurations of 4-Layer PCBs

There are two common configurations for 4-layer PCBs:

Configuration 1: 3 Signal Layers + GND Layer

In this configuration, three of the layers are used for signal routing, and one layer is used as a ground (GND) plane.

Configuration 2: 2 Signal Layers + VCC Layer + GND Layer

In this configuration, two of the layers are used for signal routing, one layer is used as a power (VCC) plane, and one layer is used as a ground (GND) plane.

Vorher:

Nächste:

Hinterlassen Sie eine Antwort

Eine Nachricht hinterlassen