Items relevant to "0.01Hz - 6+GHz touchscreen frequency meter, Part 1":
Articles in this series:
Items relevant to "El Cheapo Modules Part 10: GPS receivers":
Articles in this series:
-
El Cheapo Modules From Asia - Part 1 (October 2016)
-
El Cheapo Modules From Asia - Part 1 (October 2016)
-
El Cheapo Modules From Asia - Part 2 (December 2016)
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El Cheapo Modules From Asia - Part 2 (December 2016)
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El Cheapo Modules From Asia - Part 3 (January 2017)
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El Cheapo Modules From Asia - Part 3 (January 2017)
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El Cheapo Modules from Asia - Part 4 (February 2017)
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El Cheapo Modules from Asia - Part 4 (February 2017)
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El Cheapo Modules, Part 5: LCD module with I²C (March 2017)
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El Cheapo Modules, Part 5: LCD module with I²C (March 2017)
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El Cheapo Modules, Part 6: Direct Digital Synthesiser (April 2017)
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El Cheapo Modules, Part 6: Direct Digital Synthesiser (April 2017)
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El Cheapo Modules, Part 7: LED Matrix displays (June 2017)
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El Cheapo Modules, Part 7: LED Matrix displays (June 2017)
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El Cheapo Modules: Li-ion & LiPo Chargers (August 2017)
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El Cheapo Modules: Li-ion & LiPo Chargers (August 2017)
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El Cheapo modules Part 9: AD9850 DDS module (September 2017)
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El Cheapo modules Part 9: AD9850 DDS module (September 2017)
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El Cheapo Modules Part 10: GPS receivers (October 2017)
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El Cheapo Modules Part 10: GPS receivers (October 2017)
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El Cheapo Modules 11: Pressure/Temperature Sensors (December 2017)
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El Cheapo Modules 11: Pressure/Temperature Sensors (December 2017)
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El Cheapo Modules 12: 2.4GHz Wireless Data Modules (January 2018)
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El Cheapo Modules 12: 2.4GHz Wireless Data Modules (January 2018)
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El Cheapo Modules 13: sensing motion and moisture (February 2018)
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El Cheapo Modules 13: sensing motion and moisture (February 2018)
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El Cheapo Modules 14: Logarithmic RF Detector (March 2018)
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El Cheapo Modules 14: Logarithmic RF Detector (March 2018)
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El Cheapo Modules 16: 35-4400MHz frequency generator (May 2018)
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El Cheapo Modules 16: 35-4400MHz frequency generator (May 2018)
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El Cheapo Modules 17: 4GHz digital attenuator (June 2018)
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El Cheapo Modules 17: 4GHz digital attenuator (June 2018)
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El Cheapo: 500MHz frequency counter and preamp (July 2018)
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El Cheapo: 500MHz frequency counter and preamp (July 2018)
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El Cheapo modules Part 19 – Arduino NFC Shield (September 2018)
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El Cheapo modules Part 19 – Arduino NFC Shield (September 2018)
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El cheapo modules, part 20: two tiny compass modules (November 2018)
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El cheapo modules, part 20: two tiny compass modules (November 2018)
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El cheapo modules, part 21: stamp-sized audio player (December 2018)
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El cheapo modules, part 21: stamp-sized audio player (December 2018)
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El Cheapo Modules 22: Stepper Motor Drivers (February 2019)
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El Cheapo Modules 22: Stepper Motor Drivers (February 2019)
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El Cheapo Modules 23: Galvanic Skin Response (March 2019)
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El Cheapo Modules 23: Galvanic Skin Response (March 2019)
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El Cheapo Modules: Class D amplifier modules (May 2019)
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El Cheapo Modules: Class D amplifier modules (May 2019)
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El Cheapo Modules: Long Range (LoRa) Transceivers (June 2019)
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El Cheapo Modules: Long Range (LoRa) Transceivers (June 2019)
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El Cheapo Modules: AD584 Precision Voltage References (July 2019)
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El Cheapo Modules: AD584 Precision Voltage References (July 2019)
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Three I-O Expanders to give you more control! (November 2019)
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Three I-O Expanders to give you more control! (November 2019)
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El Cheapo modules: “Intelligent” 8x8 RGB LED Matrix (January 2020)
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El Cheapo modules: “Intelligent” 8x8 RGB LED Matrix (January 2020)
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El Cheapo modules: 8-channel USB Logic Analyser (February 2020)
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El Cheapo modules: 8-channel USB Logic Analyser (February 2020)
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New w-i-d-e-b-a-n-d RTL-SDR modules (May 2020)
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New w-i-d-e-b-a-n-d RTL-SDR modules (May 2020)
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New w-i-d-e-b-a-n-d RTL-SDR modules, Part 2 (June 2020)
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New w-i-d-e-b-a-n-d RTL-SDR modules, Part 2 (June 2020)
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El Cheapo Modules: Mini Digital Volt/Amp Panel Meters (December 2020)
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El Cheapo Modules: Mini Digital Volt/Amp Panel Meters (December 2020)
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El Cheapo Modules: Mini Digital AC Panel Meters (January 2021)
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El Cheapo Modules: Mini Digital AC Panel Meters (January 2021)
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El Cheapo Modules: LCR-T4 Digital Multi-Tester (February 2021)
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El Cheapo Modules: LCR-T4 Digital Multi-Tester (February 2021)
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El Cheapo Modules: USB-PD chargers (July 2021)
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El Cheapo Modules: USB-PD chargers (July 2021)
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El Cheapo Modules: USB-PD Triggers (August 2021)
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El Cheapo Modules: USB-PD Triggers (August 2021)
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El Cheapo Modules: 3.8GHz Digital Attenuator (October 2021)
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El Cheapo Modules: 3.8GHz Digital Attenuator (October 2021)
-
El Cheapo Modules: 6GHz Digital Attenuator (November 2021)
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El Cheapo Modules: 6GHz Digital Attenuator (November 2021)
-
El Cheapo Modules: 35MHz-4.4GHz Signal Generator (December 2021)
-
El Cheapo Modules: 35MHz-4.4GHz Signal Generator (December 2021)
-
El Cheapo Modules: LTDZ Spectrum Analyser (January 2022)
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El Cheapo Modules: LTDZ Spectrum Analyser (January 2022)
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Low-noise HF-UHF Amplifiers (February 2022)
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Low-noise HF-UHF Amplifiers (February 2022)
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A Gesture Recognition Module (March 2022)
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A Gesture Recognition Module (March 2022)
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Air Quality Sensors (May 2022)
-
Air Quality Sensors (May 2022)
-
MOS Air Quality Sensors (June 2022)
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MOS Air Quality Sensors (June 2022)
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PAS CO2 Air Quality Sensor (July 2022)
-
PAS CO2 Air Quality Sensor (July 2022)
-
Particulate Matter (PM) Sensors (November 2022)
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Particulate Matter (PM) Sensors (November 2022)
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Heart Rate Sensor Module (February 2023)
-
Heart Rate Sensor Module (February 2023)
-
UVM-30A UV Light Sensor (May 2023)
-
UVM-30A UV Light Sensor (May 2023)
-
VL6180X Rangefinding Module (July 2023)
-
VL6180X Rangefinding Module (July 2023)
-
pH Meter Module (September 2023)
-
pH Meter Module (September 2023)
-
1.3in Monochrome OLED Display (October 2023)
-
1.3in Monochrome OLED Display (October 2023)
-
16-bit precision 4-input ADC (November 2023)
-
16-bit precision 4-input ADC (November 2023)
-
1-24V USB Power Supply (October 2024)
-
1-24V USB Power Supply (October 2024)
-
14-segment, 4-digit LED Display Modules (November 2024)
-
0.91-inch OLED Screen (November 2024)
-
0.91-inch OLED Screen (November 2024)
-
14-segment, 4-digit LED Display Modules (November 2024)
-
The Quason VL6180X laser rangefinder module (January 2025)
-
TCS230 Colour Sensor (January 2025)
-
The Quason VL6180X laser rangefinder module (January 2025)
-
TCS230 Colour Sensor (January 2025)
-
Using Electronic Modules: 1-24V Adjustable USB Power Supply (February 2025)
-
Using Electronic Modules: 1-24V Adjustable USB Power Supply (February 2025)
Items relevant to "One hour project: Kelvin – the very clever cricket":
Items relevant to "3-way Active Crossover for speakers, Part 2":
Articles in this series:
Items relevant to "Deluxe eFuse, Part 3: using it!":
Articles in this series:
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SILICON
SILIC
CHIP
www.siliconchip.com.au
Publisher
Leo Simpson, B.Bus., FAICD
Editor
Nicholas Vinen
Technical Editor
John Clarke, B.E.(Elec.)
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Phone (02) 9939 3295
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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
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Editorial Viewpoint
Let’s be realistic about an
Australian space industry
On page 13 of this issue we bring you the story of
WRESAT: Australia’s first satellite, launched in 1969. The
author, Dr David Maddison, laments that this could have
been the start of an Australian space industry. But no!
Fifty years later, the Australian Federal Government
has announced a review into our domestic space industry capabilities. Announced on 13th July this year, it is
expected to be completed by end of March 2018.
In support of this, at least one Australian space-based start-up company has
“urged the government to commit to a new space agency”, according to an article in The Australian (“Red tape holding back our rockets”, 25th August 2017).
But just how feasible is an Australian Space Agency?
If red tape is holding back our rockets, would increasing the government’s
involvement necessarily improve the situation? Consider that NASA was the
world’s premier space agency for many decades but now they are a shadow of
their former selves – thanks mainly to government.
Of the 62 resupply missions to the International Space Station this decade, 32
were carried out using Russian rockets and spacecraft, four by the EU and five
by Japan. Of the remaining 21 flights which used US-built rockets, nearly twothirds (13) were Falcon 9 rockets built by private firm SpaceX.
NASA used to drive US space innovation but now it’s companies like SpaceX
who are driving the technology.
There is probably a reason for this; governments are not good at running large,
complex engineering operations. Most would agree that rolling out a broadband
network is not nearly as complex as a space program and yet Australia seems to
be incapable of doing that in a smooth manner within any kind of sensible budget.
An Australian government-run space agency is likely to be a similar morass.
Let’s be realistic, Australia’s population is too small and we’re too remote to
support a huge space industry. After all, we couldn’t even support an automotive industry without massive cash handouts.
But we do have some unique attributes which could make us a valuable and
lucrative part of the global space industry. We have some great launch facilities,
including Woomera, and a lot of empty space to play with. It would definitely
make sense for Woomera to be shared between the Department of Defence and
industry and the DoD could even benefit from commercially built and maintained
launch facilities. Defence would also benefit from the improvement in local expertise that a commercial space industry would bring.
We also have a lot of great engineers and scientists, some of whom are already involved in designing and building satellites and other space hardware.
We should definitely be open to more collaboration but it would probably be a
waste of money to establish our own dedicated space program.
Remember also that most countries with a successful government-run space
program (and thus the ability to launch satellites) have achieved it as the sideeffect of a military rocket program.
Despite the recent alarming events in North Korea, I don’t think we’re ever
going to develop any long-range missiles. If we are going to launch satellites, it
will probably be on top of foreign-built rockets.
So, given the fact that the global space industry is increasingly being privatised and also that large companies are increasingly becoming global operations,
with design and manufacturing spread out over the planet, the Australian space
industry is unlikely to rival that of countries like the USA.
But we should still participate as we stand to benefit greatly from doing so.
ISSN 1030-2662
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Silicon Chip
Nicholas Vinen
Celebrating
Years
Celebrating
3030
Years
siliconchip.com.au
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