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Posted

Does anyone know if there's any documentation on bringing the Original TQS up to modern standards? I'm guessing a full gut and MMJOY is in order, but wanted to check first if there was any way to salvage what's in there now, or if I should just switch to a microstick in place of the Eraser Nub.

 

Also any Hall mods that work for the original? I think MMJOY can do 12 or 16 bit Pot's but a hall would be preferable. Especially since the pot in there now is pretty old.

Posted (edited)

You discard all internal PCB's and that #@$%& "eraserhead" thing. :mad:

Keep the cable coming from grip to base.

 

This device is a pressure mouse (like in some lapttop) working in serial protocol, unless you are code expert and create support for then in e.g. Arduino.

 

OK, Now you have a empty plastic box with switches and potentiometer's installed, and need a new USB controller.

 

Can use commercial products like BU0836, DSD-12... or DIY one with cheap Arduino PRO MICRO (ATMEGA32u4, 16 KHZ, 5v) and MMjoy2 "joystick" firmware.

 

Tor replace "eraserhead" can use a 4/8 way HAT borrowed from old joystick or use a thumb-stick PS4 like, but you need a small one, see in the topic linked bellow.

 

An "modernization" example: https://simhq.com/forum/ubbthreads.php/topics/4324042/f16-flcs-tqs-original-usb-conversion

Edited by Sokol1_br
Posted

Hall sensor like Honeywell SS495A1, Allegro A1324 LUAT... commonly used in DIY, or Bi-Tech 6127 that has advantage of come in potentiometer format, is wired in Arduino like a conventional potentiometer: Signal, Power and Gnd wires.

 

So nothing special to do - just follow Hall datasheet, pins order is different than in potentiometer.

 

IMHO, since TQS has few buttons: 10, shift register is overkill (will need 2 chips), is more easy put one diode 1N4147 in one pin of each button and HAT corner and wire in matrix (row x columns), but of course is perfectly OK use Shift Register.

Posted
Hall sensor like Honeywell SS495A1, Allegro A1324 LUAT... commonly used in DIY, or Bi-Tech 6127 that has advantage of come in potentiometer format, is wired in Arduino like a conventional potentiometer: Signal, Power and Gnd wires.

 

So nothing special to do - just follow Hall datasheet, pins order is different than in potentiometer.

 

IMHO, since TQS has few buttons: 10, shift register is overkill (will need 2 chips), is more easy put one diode 1N4147 in one pin of each button and HAT corner and wire in matrix (row x columns), but of course is perfectly OK use Shift Register.

 

Shift register allows for more stuff in the base. Like Idle Cutoff and sim controls.

 

I'm starting to see a plan come together here.

Posted

Check this out:

 

https://forums.eagle.ru/showthread.php?t=220916

 

I got the "TM Cougar Throttle standalone USB adapter + digital contacless 14 Bit GMR sensor" and it works flawlessly.

 

The original poster has left but his brother is continuing to make the Kits:

https://forums.eagle.ru/showpost.php?p=4015480&postcount=148

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Posted
The F-16 TQS uses the big round older style pots.

 

Yes, then get the (Rel4y) CH "pot replacement", pot used in CH's has the same format of the ones used in F-16/F22PRO TQS, both are old CTS pot. :thumbup:

 

IMG-20181005-182230.jpg

See bellow in linked topic.

 

Even the small version (for Cougar TQS) can be adapted, just will be not "plug-n-play".

Posted
Yes, then get the (Rel4y) CH "pot replacement", pot used in CH's has the same format of the ones used in F-16/F22PRO TQS, both are old CTS pot. :thumbup:

 

IMG-20181005-182230.jpg

See bellow in linked topic.

 

Even the small version (for Cougar TQS) can be adapted, just will be not "plug-n-play".

 

Sokol1_br will these work with a Leo Bodnar Board?

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ASUS Z390-P, i7-9700K CPU @ 5.0Ghz, 32GB Patriot Viper Steel DDR4 @ 3200Mhz, ZOTAC GeForce 1070 Ti AMP Extreme, Samsung 970 EVO M.2 NVMe drives (1Tb & 500 Gb), Windows 10 Professional, Thrustmaster Warthog HOTAS, Thrustmaster Warthog Stick, Thrustmaster Cougar Throttle, Cougar MFDs x3, Saitek Combat Rudder Pedals and TrackIR 5.

 

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Posted (edited)

Yes, they are magnetoresistive KMZ-41, whose output is in analog mode (voltage variation like a pot'), for just connect in CH original (and obsolete) USB controller, or in BU-0836 or other joystick controller.

 

 

TLE55010/11 on contrary, have output in digital mode (binary code), hence require support in controller firmware, like MMJoy2, and is not compatible with BU0836 or most of joystick controllers.

Edited by Sokol1_br
Posted
Yes, they are magnetoresistive KMZ-41, whose output is in analog mode (voltage variation like a pot'), for just connect in CH original (and obsolete) USB controller, or in BU-0836 or other joystick controller.

 

 

TLE55010/11 on contrary, have output in digital mode (binary code), hence require support in controller firmware, like MMJoy2, and is not compatible with BU0836 or most of joystick controllers.

 

Cool Beans...I'll send ya a PM here in a few days...Working on my SFS again...

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Primary Computer

ASUS Z390-P, i7-9700K CPU @ 5.0Ghz, 32GB Patriot Viper Steel DDR4 @ 3200Mhz, ZOTAC GeForce 1070 Ti AMP Extreme, Samsung 970 EVO M.2 NVMe drives (1Tb & 500 Gb), Windows 10 Professional, Thrustmaster Warthog HOTAS, Thrustmaster Warthog Stick, Thrustmaster Cougar Throttle, Cougar MFDs x3, Saitek Combat Rudder Pedals and TrackIR 5.

 

-={TAC}=-DCS Server

Gigabyte GA-Z68XP-UD3, i7-3770K CPU @ 3.90GHz, 32GB G.SKILL Ripjaws DDR3 @ 1600Mhz, ZOTAC GeForce® GTX 970.

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