In the name of Allah, the Most Beneficent, the Most Merciful.
Assalamualaikum w.b.t
This part, Jose has showed the data on the screen and also the connection based on the diagram.
From the video transmitter, super simple OSD are appeared on the screen and the rest of data is from MinimOSD. The left on the top corners 11.34Volt is for the mian LIPO battery and go through to AC Filter and branches off into a UBEC which is 5V into the CRIUS board and the 12V going through to the Super Simple OSD for battery number 1 (refer to the diagram given).
The middle on the top of screen is a counting number of minutes and seconds that Super Simple OSD had received power. So, when it is turned ON, it received 12V and right through the main battery connection and it's start counting up. It can used as indicator for time in flight roughly. Next, the right on the top of the screen which 11.71V is a lightbulb battery voltage for video transmitter. And there's power of FPV including the camera and the transmitter. Everything else come over from telemetry of MinimOSD. The arrow under the number of counting (minutes and second) is directly to the HOME. Based on the video, the data under 11.34V is an altitude at HOME when powered at the CRIUS board(took off 100 foot elevation) and the other data under 11.71V is correct altitude when take off (took off 200foot elevation). For data which is showed as Wp o 214955F XE OF is a waypoint data to the next distance waypoint and the arrow showed to the next distance waypoint. For the line shown is a compass reading and under it a warning messenger can come up for example BATTERY LOW. Under the messenger, there's longitude and latitude and there's an icon of satellite and showed the number of satellite beside it. Thus, beside the number of satellite, there's GPS fixed that has been locked. Beside the GPS fixed is a throttle percentage and under the percentage is the mode of CRIUS board which is STABILIZE. That is for combination of MinimOSD and Super Simple OSD on the screen.
Next, Jose has showed the diagram of Super Simple OSD and MinimOSD has been wired up.
From the main LIPO battery, it go through to the AC Filter to cleanse out the noise and it gets branch off and one in goes to 5V UBEC and comes down to powered the CRIUS board and the CRIUS board powered the MinimOSD board. The other branch (12V) before it gets to UBEC (whatever the battery voltage is) goes to the top of connector of Super Simple OSD (SSOSD). And the other side is a FPV battery voltage and there is FPV battery voltage (lower corner of the diagram) goes to AC Filter and it is branches off into the SSOSDand the other branch goes into the FPV camera that gets 12V to power up. There's battery main input and FPV battery input into SSOSD.
The MinimOSD is acting the main of the video OSD. It is tagging the telemetry data of TX and RX and it's combining with the video signal from FPV camera. The ground (GND) connected to grund (GND) of the camera and the very important is we have to connect the video in signal and video out signal on the same rail in MinimOSD board. Beside the GND in and video in are GND out and video out which is get send out to the input of SSOSD which is into the GND in and video in. Basically, the MinimOSD is tagging the telemetry data and live camera sending that to the input of the SSOSD then SSOSD will outputing the combination of video and telemetry data for MinimOSD and the battery input has sending it out through GND and video out into the video transmitter which is getting power by same battery as the camera and as the FPV. So, that is MinimOSD and SSOSD getting stated and can reverse it which is can make the SSOSD to the primary one and have a feed the video in to the camera and have the video out into MinimOSD and the MinimOSD go out to the video transmitter. Can choose either way but the other way (not reverse one) is the better way.
Here, I'll attached together with the video for the clear vision and picture.
Till then~
Next, Jose has showed the diagram of Super Simple OSD and MinimOSD has been wired up.
From the main LIPO battery, it go through to the AC Filter to cleanse out the noise and it gets branch off and one in goes to 5V UBEC and comes down to powered the CRIUS board and the CRIUS board powered the MinimOSD board. The other branch (12V) before it gets to UBEC (whatever the battery voltage is) goes to the top of connector of Super Simple OSD (SSOSD). And the other side is a FPV battery voltage and there is FPV battery voltage (lower corner of the diagram) goes to AC Filter and it is branches off into the SSOSDand the other branch goes into the FPV camera that gets 12V to power up. There's battery main input and FPV battery input into SSOSD.
The MinimOSD is acting the main of the video OSD. It is tagging the telemetry data of TX and RX and it's combining with the video signal from FPV camera. The ground (GND) connected to grund (GND) of the camera and the very important is we have to connect the video in signal and video out signal on the same rail in MinimOSD board. Beside the GND in and video in are GND out and video out which is get send out to the input of SSOSD which is into the GND in and video in. Basically, the MinimOSD is tagging the telemetry data and live camera sending that to the input of the SSOSD then SSOSD will outputing the combination of video and telemetry data for MinimOSD and the battery input has sending it out through GND and video out into the video transmitter which is getting power by same battery as the camera and as the FPV. So, that is MinimOSD and SSOSD getting stated and can reverse it which is can make the SSOSD to the primary one and have a feed the video in to the camera and have the video out into MinimOSD and the MinimOSD go out to the video transmitter. Can choose either way but the other way (not reverse one) is the better way.
Here, I'll attached together with the video for the clear vision and picture.
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