Compatible with Yaesu transceivers Models FT-920, FT-1000, FT-1000D, FT-1000MP, FT-1000MPMKV, FT-1000MPMKV-Field, FT-2000, FTDX-5000/D/MP, FTDX-9000/D/MP (transceivers not included) and all other models with 5 pin DIN Data/Packet port (with same pin assignment). This interface allows your PC or Laptop, to decode/encode digital signals using free (or paid) software.
3 in 1 - BEST VALUE FOR MONEY
USB audio interface + Digital Interface + PTT control
*** sold tens of them ***
- No need to use your PC, Laptop or Netbook soundcard
- No need to use internal or USB serial port.
- No need to plug and unplug your mic & speakers. Just connect it to a free USB port
- No need for drivers
- PnP with Windows XP, Vista, 7, 8 and all OS that support generic audio interface
- Supports FLDIGI, MMSSTV, DIGIPAN,
MultiPSK and any other program that can send PTT tone to right audio
channel or play the digital signal to both audio channels
- You can download software clicking HERE
Why pay more for less? Pay less for more!
HOW TO:
- Connect USB Interface to a free USB port (OS will detect it and install drivers). If not, try other USB port or connect it alone if you use USB hab.
- Open your application and configure it to use the proper audio device and select
audio mono output or PTT tone to right audio channel. If you can't find
such options, probably application sends signal to both audio channels (no problem).
- Tune your radio to a digi mode frequency.
- Open USB Audio properties, adjust audio output and MIC level tho the highest level.
If it is necessary, disable Mic AGC.
- Plug 5 pin DIN connector to Data/Packet port.
- Tune your radio to a digimode frequency.
- Use green potentiometer to adjust audio until you have the proper receiving (RX) level.
- Use red potentiometer to adjust transmitting (TX) level (check ALC level). When transmits, red led turns on.
Interface is assembled and tested.
Total interface length with cable is ~1m. Cable, box or jack color could vary.
USB cable not included.
Dimensions: 6.5x8.7x2.6cm (2.56x3.42x1.02in)
Notice: Box
is custom designed and build with 3D printer. Good quality but not
perfect like molded boxes. Please see gallery photos at the top for more
detailed view.
Before you order, please read carefully the item's description. Check your radio manual to confirm that is compatible and how to set the correct settings.
- Ship to confirmed addresses.
- First priority shipping next business day with tracking number (You can check shipping date from purchase history).
- Shipping and handling charges covers the real cost for first priority registered post. Shipping with a courier, will be extremely expensive
- Normally delivered within 5-15 business days after shipping. If you want it very fast, I can not guarantee it, but it will not be unusual, if you receive it in less than 5 days.
- Notice: Delivery to some countries/areas may experience some delay. I am not responsible for that. I ship fast. Also, some countries does not update tracking history, until they deliver the packet.
- I suggest you to use 17track to track your order. If its necessary, choose your destination country.
Please remember to leave feedback when you receive and test interface. I ask you to give me positive feedback. For any problem, question, help or if you are not satisfied, contact me (taloseshop[at]gmail.com). I will be glad help to resolve any problem.
Photoduino is an open source camera controller based on the Arduino platform which you can use to automatically take pictures with your DSLR camera.
Its main purpose is to serve as technical support for shooting high
speed photos, but you can use as intervalometer to make ”Timelapse”
videos or for animals or insects photography. Check the example photos.
It is an electronic circuit that is placed on an Arduino board as a
“shield” taking all inputs, outputs and power pins. It has all the necessary electronic components and connectors for connecting the camera, flashes and sensors.
You
can control the shutter and camera autofocus and also can triggering of
two flashes. It also has a sound sensor, an shock/impact sensor and a
laser or infrared barrier that can be used to take pictures when you register an event in the sensor. With the Solenoid Valve Interface you can generate droplets directly from Photoduino.
The configuration is done entirely through a small LCD
screen using only two buttons, so it works independently without
the need for a computer (except for firmware updates) but also, you can
use the Photoduino Remote Software to wide control Photoduino from your computer.
Top and bottom cover is clear acrylic sheet, spacers are ABS 3D printed, which also protect acrylic at the corners.
NOTICE:
- I sell the main PCB (and solenoid valve circuit), assembled with Arduino UNO board.
- Sensors, not included.
- I use BT169D thyristors.
- USB cable not included.
- Arduino board USB connector is type "B", but in case of no availability, can be "micro USB".
- I suggest you to use an "external power bank battery charger" to power the device. It lasts for long time, it is rechargeable and cheap.
PCB design modified by me, to be able use more common components, like speaker and contrast trimmer.
Also, changed pcb traces to include the solenoid control board.
For any help to build it and for needed components, you can find instructions to this Link to build it.
Ship to confirmed addresses
First priority shipping next business day with tracking number (You can check shipping date from purchase history).
Shipping and handling charges covers the real cost for first priority registered post
Normally delivered within 3-7 business days after shipping
I suggest you to use 17track to track your order. If its necessary, choose your destination country.
Before you sign to receive your order, check the package for damage. For more info, click this Ebay LINK.
Notice: Delivery to some countries/areas may experience some delay. I am not responsible for that. I ship fast.
Please remember to leave feedback when you receive and test interface. I ask you to give me positive feedback. For any problem, question, help or if you are not satisfied, contact me (taloseshop[at]gmail.com). I will be glad help to resolve any problem.
ALINCO USB Digital Interface with PTT control
PSK31, PSK, RTTY, SSTV, NBEMS, JT-65, WeatherFax, Echolink and other digimodes
HF/VHF/UHF
Compatible with ALINCO DX-77 and variations of this model (transceiver not included) and all other radios with same 8 pin ROUND connector and pin assignment as shown to the picture gallery. NOTICE: Check your manual to be sure that MIC connector supports to pin 6 AF (Audio) output. This interface allows your PC or Laptop, to decode/encode digital signals using free (or paid) software.
3 in 1 - BEST VALUE FOR MONEY
USB audio interface + Digital Interface + PTT control
*** sold tens of them ***
- No need to use your PC, Laptop or Netbook soundcard
- No need to use internal or USB serial port.
- No need to plug and unplug your mic & speakers. Just connect it to a free USB port
- No need for drivers
- PnP with Windows XP, Vista, 7, 8 and all OS that support generic audio interface
- Supports FLDIGI, MMSSTV, DIGIPAN,
MultiPSK and any other program that can send PTT tone to right audio
channel or play the digital signal to both audio channels
- You can download software clicking HERE
Why pay more for less? Pay less for more!
HOW TO:
- Connect USB Interface to a free USB port (OS will detect it and install drivers)
- Open your application and configure it to use the proper audio device and select
audio mono output or PTT tone to right audio channel. If you can't find
such options, probably application sends signal to both audio channels.
- Tune your radio to a digi mode frequency
- Open USB Audio properties, adjust audio output and MIC level tho the highest level.
If it is necessary, disable Mic AGC.
- Plug 6 pin mini-din to Kenwood Data port
- Tune your radio to a digimode frequency.
- Use green potentiometer to adjust audio until you have the proper receiving (RX) level.
- Use red potentiometer to adjust transmitting (TX) level (check ALC level). When transmits, red led turns on.
Interface is assembled and tested.
Total interface length with cable is ~1m. Cable, box or jack color could vary.
USB cable not included.
Dimensions: 6.5x8.7x2.6cm (2.56x3.42x1.02in)
Notice: Box
is custom designed and build with 3D printer. Good quality but not
perfect like molded boxes. Please see gallery photos at the top for more
detailed view.
Before you order, please read carefully the item's description. Check your radio manual to confirm that is compatible and how to set the correct settings.
- Ship to confirmed addresses.
- First priority shipping next business day with tracking number (You can check shipping date from purchase history).
- Shipping and handling charges covers the real cost for first priority registered post. Shipping with a courier, will be extremely expensive.
- Normally delivered within 5-15 business days after shipping. If you want it very fast, I can not guarantee it, but it will not be unusual, if you receive it in less than 5 days.
- Notice: Delivery to some countries/areas may experience some delay. I am not responsible for that. I ship fast. Also, some countries does not update tracking history, until they deliver the packet.
- I suggest you to use 17track to track your order. If its necessary, choose your destination country.
Please remember to leave feedback when you receive and test interface. I ask you to give me positive feedback. For any problem, question, help or if you are not satisfied, contact me (taloseshop[at]gmail.com). I will be glad help to resolve any problem.
Photoduino is an open source camera controller based on the Arduino platform which you can use to automatically take pictures with your DSLR camera.
Its main purpose is to serve as technical support for shooting high
speed photos, but you can use as intervalometer to make ”Timelapse”
videos or for animals or insects photography. Check the example photos.
It is an electronic circuit that is placed on an Arduino board as a
“shield” taking all inputs, outputs and power pins. It has all the necessary electronic components and connectors for connecting the camera, flashes and sensors.
You
can control the shutter and camera autofocus and also can triggering of
two flashes. It also has a sound sensor, an shock/impact sensor and a
laser or infrared barrier that can be used to take pictures when you register an event in the sensor. With the Solenoid Valve Interface you can generate droplets directly from Photoduino.
The configuration is done entirely through a small LCD
screen using only two buttons, so it works independently without
the need for a computer (except for firmware updates) but also, you can
use the Photoduino Remote Software to wide control Photoduino from your computer.
NOTICE: I sell the main PCB (and solenoid valve PCB circuit) assembled. Arduino module and sensors, not included. I use BT169D thyristors.
PCB design modified by me, to be able use more common components, like speaker and contrast trimmer.
Also, changed pcb traces to include the solenoid control board.
For any help to build it and for needed components, you can find instructions to this Link to build it.
Ship to confirmed addresses
First priority shipping next business day with tracking number (You can check shipping date from purchase history).
Shipping and handling charges covers the real cost for first priority registered post
Normally delivered within 3-7 business days after shipping
I suggest you to use 17track to track your order. If its necessary, choose your destination country.
Before you sign to receive your order, check the package for damage. For more info, click this Ebay LINK.
Notice: Delivery to some countries/areas may experience some delay. I am not responsible for that. I ship fast.
Please remember to leave feedback when you receive and test interface. I ask you to give me positive feedback. For any problem, question, help or if you are not satisfied, contact me (taloseshop[at]gmail.com). I will be glad help to resolve any problem.
