Nex Robotics

Your Shopping Cart




Your Cart is currently empty.

   

You are here: Home Products Fire Bird V Robots PCB Printing Sheet 28cm x 21.6
PrintE-mail
Fire Bird V ARM7 LPC2148 Robotic Research PlatformROBOTIS OP2 [US]

PCB Printing Sheet 28cm x 21.6
View Full-Size Image


PCB Printing Sheet 28cm x 21.6

Product ID: NR-PCB-PRS-01
Weight: 5 gms
Price: Rs.276.12

Ask a question about this product

  

Usually ships in:

not_available.gif

Introduction

PCB Printing Sheet 28cm x 21.6 is used for quick PCB prototyping. To make the PCB all you have to do is take printout of the PCB layout on this paper using laser printer, transfer the print on the PCB using household iron and itch the board using Ferrous Chloride (Fe2Cl3) solution. With bit of experience you can also make a double sided PCB using this paper. We have tested this prototyping sheet up to 0.3mm track thickness.

PCB Printing sheet is made up of Plastic material with loosely coupled polymer coating on the sheet. When PCB artwork is printed using laser printer, black ink of the toner gets strongly bonded with the loosely coupled polymers. This process produces thick transfer material. When PCB Printing Sheet is ironed using household iron on the freshly cleaned copper clad PCB board, Toner ink sticks on the copper layer of the PCB. After ironing, PCB Printing Sheet is gently pealed off using force of the slowly flowing cold tap water. Toner ink from the laser printer containing the artwork which is further reinforced by the bonded polymer gets transferred on the copper clad PCB. Now PCB can be itched in Ferrous Chloride (Fe2Cl3) solution. Fe2Cl3 eats away any free copper and only PCB artwork remains on the PCB. Now PCB is ready for prototyping after cleaning, drilling and cutting.

Note: For all the equipments required for the PCB prototyping, browse through the PCB Prototyping category.

For Step by Step detailed instructions to make PCB download the PCB Printing Sheet user manual.

 

Steps involved in making PCB in Brief:

As a example PCB for ATMEGA128 microcontroller with 0.4mm track width is designed

Step1: Design PCB in any PCB designing software

 

Step 2: Print the PCB layout on any A4 white paper using laser printer. Here HP1020+ laser printer is used.

 

Step 3: Stick the slight bigger size piece of PCB Printing Sheet on the white paper using cello tape. Make sure that rough side of the paper is on the top side. Reinsert the same page in the printer for taking print on the PCB printing sheet. By taking first print on the white paper you can use just the exact size of PCB Printing sheet.

 

Step 4: Take copper clad PCB board and clean its surface using fine grade polish paper

 

Step 5: Put the PCB Printing Sheet on the PCB and to transfer the print, iron it with the household iron.

 

Step 6: Peal of the PCB Printing Sheet carefully under cold running water from the PCB board

 

Step 7: Itch the PCB using Ferrous Chloride (Fe2Cl3) solution

Step 8: Clean the masking of the itched PCB using fine grade polish paper

Step 9: Drill the holes, solder the component. Mask the copper track with the solder to increase the life of the PCB.

Visit forum for Online Discussion on this product



ROHS Compliant : NO


Customer Reviews:

There are yet no reviews for this product.
Please log in to write a review.


Contact Us

Tel: +91-9833553020

09.30 AM to 06.00 PM IST, Monday - Saturday

Address :
Nex Robotics Pvt Ltd.
Unit No. 13,
Building No. 2 (A3), Sector 1,
Millennium Business Park,
Mahape, Navi Mumbai 400 710,
Maharashtra, INDIA

NEX Robotics location on map

RESEARCH

Find out more about latest research work being done at NEX Robotics. Here you will find links/papers demonstrating research done on our latest development platforms.

NEWS

Nex robotics has added support for Microsoft Robotics Developer Studio (MRDS) on FireBird V research platform. FireBird V is one of the most widely deployed research platforms designed by Department of CSE, IIT Bombay and Nex robotics.

Read more...


NEX Robotics has designed Intelligent autonomous transport vehicle for transporting personals autonomously inside the campus and for advance research in mobile robotics.

Read more..

Newsletter Subscribe

FOLLOW US

AdSense Module


We Accept

Currency Selector


Testimonals