NexGen Sim: Converting the Game Port to USB - Suncom Daul Throttles Quadrant - Part 3

23 Dec 2017

Well, here I am again so let you all in whats really going on. I need a dual Throttle Quadrant. As I have said before I have 2 of them.

So here is the PLAN:

Now I distrust USB as when it fails you cant trust the configurations anymore. So I will communicate via RS-485 between Arduinos, with the master node,

using NASA's EADIN Lite Protocol.

having an Ethernet interface, to talk to the simulator. So far I have 3 nodes:

Master: runs joystick and talks to the simulator via ethernet and talks RS-485 to the slaves
Slave.1: runs Throttle Quadrant, Gear Lever, and Gear Lights
Slave.2: runs Rudder and Brakes
Slave.3: runs Engine Start Panel, Computer Fail-Over Panel

Complete Disassembly. Toss the Base Cover and bottom, I will keep the upper arc. Desolder and remove all the wire from the switches, we don't need it. That should leave you with the following: The Left Shell Body The Left Shell Rear The Right Shell Body The Right Shell Rear The Right Switch Support The Top Cover and Wipers The 2 Throttle Bodies Long Bolt & tension arm (nut) 2 white spacers 3 wave washers Quadrant center plate Now Remove and Toss the stupid lever locks and fill the hole. I want to replace JS1 and JS2 with analog joysticks I want to lengthen the Power Lever Arms with some aluminum. I want to add "gates to the Power Levers, fuel shutoff, and turbo. I will most likely rebuild the Quadrant base to add room for gates and thicker arms.	Connector	Pins	Functions	D/A	Pins
	L	1	Left Multi-Function Switch	PA0	78
	L	2	Trim Wheel (wiper)	ADC8	89
	L	3, 4	Pinky Switch	PA1 PA2	77 76
	L	6	5+ volts
	L	7	Ground
	R	1, 4	JoyStick 1 Note should convert to an analog joystick	PB0 PB1 PB2 PB3	19 20 21 22
	R	5, 8	JoyStick 2 Note should convert to an analog joystick	PB4 PB5 PB6 PB7	23 24 25 26
	R	9, 10	Mic Switch	PC0 PC1	53 54
	R	11, 12	Coolie Hat,	PC2 PC3	55 56
	R	13, 14	Boat Switch	PC4 PC5	57 58
	R	15,16	Mode Switch	PC6 PC7	59 60
	R	20	5+ volts
	R	25	Ground
	C	1	Right Power Lever	ADC9	88
	C	2	Left Power Lever	ADC10	87
	C	3	Right Fuel Switch	PG0	51
	C	4	Left Fuel Switch	PG1	52
	C	5	Right AB Switch	PG2	70
	C	6	Left AB Switch	PL0	35
	C	7	5+ volts
	C	9	Ground
	G	1	Landing Gear Lever	PL1	36
	G	2	Gear, Nose	PL2	37
	G	3	Gear, Main, Right	PL3	38
	G	4	Gear, Main, Left	PL4	39
	G	5	5+ volts
	G	6	Ground
Series Index: Part 3. Rebuilding Suncom Dual Throttle Quadrant Part 2. Convert GamePort Controlers to USB Part 1. What to do with old GamePort Controlers?

Arduino microcontrollers

communicating with EADIN Lite

protocol for real-time sensing

and actuation.

NASA Techbriefs #23450

~ CA Harrison

PS. More to come!

Top Comments

mcb1 over 7 years ago in reply to phoenixcomm +1

I wonder if NZ still has the Aermaci Simulators sitting in Ohakea. Good catch looks promising.

Parents

mcb1 over 7 years ago

EADIN looks like a very useful protocol.

Thanks for sharing it

You're right about USB and the need to be absolute about what is going on.

I imagine you'd have an absolute ball at the Aircraft boneyard and bring home home everythign you can.

Cheers
Mark
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phoenixcomm over 7 years ago in reply to mcb1

Yes, Eadin lite looks good Im still messing about with paper. I haven't powered it up yet.

and a boneyard.. I wish. good scrap yards though, this is the biggest catch. PHOENIX2000 Lear Jet
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phoenixcomm over 7 years ago in reply to mcb1

Yes, Eadin lite looks good Im still messing about with paper. I haven't powered it up yet.

and a boneyard.. I wish. good scrap yards though, this is the biggest catch. PHOENIX2000 Lear Jet
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mcb1 over 7 years ago in reply to phoenixcomm

I wonder if NZ still has the Aermaci Simulators sitting in Ohakea.

Good catch looks promising.
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