Silicon ChipTaiwan's booming electronics industry - September 2016 SILICON CHIP
  1. Outer Front Cover
  2. Contents
  3. Publisher's Letter: Taiwan's booming electronics industry
  4. Feature: LUCAS: Bringing The Dead Back To Life by Ross Tester
  5. Feature: A Look At Military Robots by Dr David Maddison
  6. Project: Two 230VAC Mains Timers (Cyclic Pump Timer and Period Timer) by John Clarke
  7. Feature: Electronex: Electronics Design & Assembly Expo by Silicon Chip
  8. Feature: Taiwan’s Booming Electronics Industry by Leo Simpson
  9. Serviceman's Log: The unfit Fitbit that was made fit by Dave Thompson
  10. Project: 4-Input Automotive Fault Detector by Dr Hugo Holden & Greg Swain
  11. Project: Micromite Plus Explore 100 With Touchscreen, Pt.1 by Geoff Graham
  12. Project: Touchscreen Appliance Energy Meter, Pt.2 by Jim Rowe & Nicholas Vinen
  13. PartShop
  14. Vintage Radio: Astor’s M5/M6 5-transistor mantel sets by Ian Batty
  15. Market Centre
  16. Advertising Index

This is only a preview of the September 2016 issue of Silicon Chip.

You can view 54 of the 112 pages in the full issue, including the advertisments.

For full access, purchase the issue for $10.00 or subscribe for access to the latest issues.

Items relevant to "Two 230VAC Mains Timers (Cyclic Pump Timer and Period Timer)":
  • Cyclic Timer / Mains Period Timer PCBs [10108161/2] (AUD $10.00)
  • PIC12F675-I/P programmed for the Cyclic Timer / Mains Period Timer [1010816A.HEX] (Programmed Microcontroller, AUD $10.00)
  • Talema AC1015 Current Transformer (Component, AUD $20.00)
  • Firmware (ASM and HEX) files for the Cyclic Timer / Mains Period Timer [1010816A.HEX] (Software, Free)
  • Cyclic Timer / Mains Period Timer PCB patterns (PDF download) [10108161/2] (Free)
  • Cyclic Timer / Mains Period Timer lid panel artwork and drilling templates (PDF download) (Free)
Items relevant to "4-Input Automotive Fault Detector":
  • Automotive Fault Detector PCB [05109161] (AUD $10.00)
  • Automotive Fault Detector PCB pattern (PDF download) [05109161] (Free)
Items relevant to "Micromite Plus Explore 100 With Touchscreen, Pt.1":
  • Micromite Plus Explore 100 PCB [07109161 RevC] (AUD $15.00)
  • PIC32MX470F512L-120/PF programmed for the Micromite Plus (Programmed Microcontroller, AUD $25.00)
  • CP2102-based USB/TTL serial converter with microUSB socket and 6-pin right-angle header (Component, AUD $5.00)
  • CP2102-based USB/TTL serial converter with microUSB socket and 6-pin right-angle header (clone version) (Component, AUD $3.00)
  • DS3231-based Real Time Clock & Calendar module with mounting hardware (Component, AUD $6.00)
  • MCP120-270GI/TO Supply Supervisor IC (TO-92) (Component, AUD $2.00)
  • Short Form Kit for the Micromite Plus Explore 100 (Component, AUD $75.00)
  • Firmware (HEX) file and documents for the Micromite Mk.2 and Micromite Plus (Software, Free)
  • Micromite Plus Explore 100 PCB pattern (PDF download) [07109161 RevC] (Free)
Articles in this series:
  • Micromite Plus Explore 100 With Touchscreen, Pt.1 (September 2016)
  • Micromite Plus Explore 100 With Touchscreen, Pt.1 (September 2016)
  • Micromite Plus Explore 100 Module, Pt.2 (October 2016)
  • Micromite Plus Explore 100 Module, Pt.2 (October 2016)
Items relevant to "Touchscreen Appliance Energy Meter, Pt.2":
  • Touchscreen Appliance Energy Meter PCB [04116061 RevI] (AUD $15.00)
  • PIC32MX170F256B-50I/SP programmed for the Micromite-based Touchscreen Energy Meter v1.01 [0411606A.hex] (Programmed Microcontroller, AUD $15.00)
  • CP2102-based USB/TTL serial converter with microUSB socket and 6-pin right-angle header (Component, AUD $5.00)
  • CP2102-based USB/TTL serial converter with microUSB socket and 6-pin right-angle header (clone version) (Component, AUD $3.00)
  • DS3231-based Real Time Clock & Calendar module with mounting hardware (Component, AUD $6.00)
  • ACS718 20A isolated current monitor (Component, AUD $15.00)
  • Firmware (HEX) file and BASIC source code for the Micromite-based Touchscreen Appliance Energy Meter [v1.01] (Software, Free)
  • Touchscreen Appliance Energy Meter PCB pettern (PDF download) [04116061 RevG] (PCB Pattern, Free)
  • Touchscreen Appliance Energy Meter lid panel artwork (PDF download) (Free)
Articles in this series:
  • Touchscreen-Controlled Energy Meter, Pt.1 (August 2016)
  • Touchscreen-Controlled Energy Meter, Pt.1 (August 2016)
  • Touchscreen Appliance Energy Meter, Pt.2 (September 2016)
  • Touchscreen Appliance Energy Meter, Pt.2 (September 2016)
  • Touchscreen Appliance Energy Meter, Pt.3 (October 2016)
  • Touchscreen Appliance Energy Meter, Pt.3 (October 2016)

Purchase a printed copy of this issue for $10.00.

SILICON SILIC CHIP www.siliconchip.com.au Publisher & Editor-in-Chief Leo Simpson, B.Bus., FAICD Production Manager Greg Swain, B.Sc. (Hons.) Technical Editor John Clarke, B.E.(Elec.) Technical Staff Ross Tester Jim Rowe, B.A., B.Sc Nicholas Vinen Photography Ross Tester Reader Services Ann Morris Advertising Enquiries Glyn Smith Phone (02) 9939 3295 Mobile 0431 792 293 glyn<at>siliconchip.com.au Regular Contributors Brendan Akhurst David Maddison B.App.Sc. (Hons 1), PhD, Grad.Dip.Entr.Innov. Kevin Poulter Dave Thompson SILICON CHIP is published 12 times a year by Silicon Chip Publications Pty Ltd. ACN 003 205 490. ABN 49 003 205 490. All material is copyright ©. No part of this publication may be reproduced without the written consent of the publisher. Printing: Offset Alpine, Lidcombe, NSW. Distribution: Network Distribution Company. Subscription rates: $105.00 per year in Australia. For overseas rates, see our website or the subscriptions page in this issue. Editorial office: Unit 1, 234 Harbord Rd, Brookvale, NSW 2100. Postal address: PO Box 139, Collaroy Beach, NSW 2097. Phone (02) 9939 3295. E-mail: silicon<at>siliconchip.com.au ISSN 1030-2662 Recommended & maximum price only. 2  Silicon Chip Publisher’s Letter Taiwan’s booming electronics industry Back in June this year I visited Taiwan as a guest of the Taiwan Trade Centre, in Sydney, as a preview of the Taiwan International Electronics Show, to be held in October this year. The trip involved visits with a group of journalists from other countries to electronics companies in Taipei and Taichung. In all, we visited eight companies over three days and as you might expect, it was a pretty full program which began the same morning as I had arrived (very early) after a very drawn out and delayed journey from Sydney. Nevertheless, I was looking forward to these plant visits and perhaps seeing some state-of-the-art products and assembly techniques. As the days unfolded, I was not disappointed but at the same time, I was surprised that production line techniques have really changed very little since I was involved in electronics manufacturing in Australia almost 50 years ago. In fact, in some ways it was quite a nostalgic trip, seeing production lines employing mainly women doing quite similar work to that performed way in the past. Sure, they are now working with tiny electronic components and the test instrumentation is completely changed but the acceptance tests and methods used today are not much different from those used in yesteryear. And while the machinery used to mass-produce tiny components such as relays, connectors, DIP switches and others which use a variety of metal stampings and moulded plastic parts are more advanced, the processes were very similar, even though the machines tend to be smaller, much more automated and faster – much faster. So the dies used in the stamping presses are made by toolmakers using lathes, milling and grinding machines, just as they were 60, 70 and 80 years ago and you still need teams of technicians to set up, adjust and maintain all these machines so that they can keep running over two or three shifts. Even the design process does not seem to be all that different. Sure, nowadays designers and engineers are using high-definition screens, CAD/CAM and simulation software instead of working with slide rules and drafting boards but the basic methods are still quite similar. The quest is always to produce a good performing design at low cost – that has never changed. But while there was a fair degree of nostalgia for me, there was also the grim confirmation that what I saw in three days was but a very tiny picture of what is happening all over Asia and particularly in China. In simple terms, Australia and most other western countries simply cannot compete with mass-produced products from Asia. Nor should you think that products made in Asia are produced in sweatshop conditions by poorly paid workers. They are not. We cannot compete largely because our wages are much higher than in most of Asia and our currency makes it very difficult for Australian exporters. And of course, it seems that there are many hurdles for anyone trying to set up a manufacturing business in Australia. All of that said, it is a wonder that Australia is still such a rich and fortunate nation. No, we cannot compete with cheap, mass produced items but really, why would we want to? The rewards go to those companies and organisations who play to their strengths and so many of our businesses do exactly that. And if they don’t, they cease to exist. Finally, there is much to admire in Taiwan, a country with virtually the same population as Australia but lacking our enormous resources. While their GDP is less than half that of Australia’s, they have some very impressive infrastructure, including their High Speed Rail which has been running since 2009. By contrast, Aust­ralia’s roads and rail systems (apart from those run by mining companies) seem rooted in the 19th century at worst and possibly the 20th century, at best. Leo Simpson siliconchip.com.au