Silver Printing Circuit

Overview:

Silver flexible circuits are ideal for low-power and low signal applications where space is a premium. By choosing silver, the customers can design a product that bends and flexes.

 

Furthermore Ideal Jacobs possess the technology of Find Line Printing, with the trace as narrow as 0.127mm. This capability provide an alternative to traditional copper circuitry, which makes silver flexible circuit more cost effective and desirable.


 Features:

◇ Light weight

◇ Flexible

◇ Thin


Basic Parameter:

◇ Operating voltage: 50VDC

◇ Operating current: 100mA

◇ Insulation resistance: 50MΩ

◇ Substrate withstand voltage: 2k DVC

◇ Bending test: Silver ink/R(2mm)20times

◇ ESD test : IEC61000-4-2;Level 4 Air

◇ gap+/-15KV&Contact +/-8KV

◇ Operating temperature: -40~85

◇ Normal thickness: 0.125mm

◇ Minimum Pitch: 0.5mm

◇ Integrated circuits: QFN, QFP, D-PAK(0.50MM (Pitch)


Application Area:

     Smart  Home Appliances

     Medical Devices

     Automotive Devices

     Data Logging/Smart Tags

 

Nameplates
    Publish time 2019-12-03 09:11    
Nameplates


Identification is important. It’s not just a sign on a machine. It makes sure equipment is operated correctly. It keeps you and your co-workers safe. It keeps your organization running smoothly. At Ideal Jacobs, we strive to provide the highest quality custom ID solutions. Our custom metal/plastic nameplates are built exactly to your specifications. No matter the application, we have the right ID solution for you.

Metal Nameplate Design Options

Emboss

Metallic colors

Anodized

Micro holes

Aluminum, Stainless Steel or Brass

Spin finish, brush finish, diamond cutting

Metal labels are also available

Etched

Forged

Electroformed




Plastic Nameplate Design Options

Embossed plastic nameplates

Injection molded plastic nameplates

Chrome plated plastic nameplates

Choice of base substrates with brush look , bright chrome

Plastic labels (stickers) are also available with multi-color printing

◇ Cost effective

◇ Environmentally friendly