Double-sided photoresist board 210x300mm

Reference
BUE21A
Swipen voor 1 additionele foto
€14.80 €12.23
7 in stock
Details
Technical specifications: - Dimensions: 210 x 300mm - Double-sided coated, epoxy board, glass fiber reinforced, UV block (FR4) - Material Strength: 1,5mm - CU layer: 2 x 35 µm
More Information
More Information
Reference BUE21A
EAN code 02027766125318
Manufacturer BUNGARD
Brand BUNGARD
Function Dubbelzijdig
Size 300x210mm
Material Fotogevoelig
While stocks last No
Technical specifications
Double-sided photosensitive printed circuit board 210x300mm With this double-sided photosensitive printed circuit board of 210x300mm, you can easily and quickly create your own printed circuit boards. The exposure time is only about 3 minutes, depending on the strength of the UV light source. After exposure, you can proceed with developing and then etching the printed circuit board. Technical specifications: - Dimensions: 210 x 300mm - Double-sided PCB, epoxy, FR4 - Board thickness: 1.5mm - Copper: 2 x 35 microns With this printed circuit board, you can easily and professionally design and realize your own electronic circuits. The double-sided construction offers more possibilities for complex circuits and ensures better signal integrity. The epoxy and FR4 materials provide a sturdy and durable printed circuit board. The board thickness of 1.5mm provides sufficient strength and makes it easy to mount the printed circuit board in your electronic projects. The copper with a thickness of 2 x 35 microns ensures good conductivity and allows for the realization of fine traces and pads. Order now this double-sided photosensitive printed circuit board of 210x300mm and create your own professional printed circuit boards with ease!
We found other products you might like!

* Ondanks een zeer uitgebreid stocksysteem, is het mogelijk dat de voorraadstatus niet overeenstemt met de actuele voorraad. Aarzel niet ons te contacteren, indien u zekerheid wenst over de beschikbaarheid.

** De weergegeven foto bij de producten kan verschillen van het eigenlijke product.