Products > Thermal Imaging
Disassemble a FLIR ONE PRO 3 Philip infrared camera 拆解一个FLIR ONE PRO 3菲力尔红外热像仪
Propretor:
--- Quote from: k8943 on May 08, 2021, 04:54:28 pm ---Was unable to find a connection between the end of the ribbon cable at the +5v pad and any of the pads on the lightning connector.
--- End quote ---
Making a case on a printer is very cool for me! Probably not easy to do all these model size descriptions ...
I'm not an expert on Apple technology, and besides, I don't have it. But, as I understand it, Apple's smartphone won't give 5V just like that. We need microcircuits. The problem is the lack of 5 volts only in this.
Read here: https://www.ixbt.com/live/supply/menyaem-razem-na-kabele-lighting-dlya-tehniki-apple.html
And here is a chip to give 5 volts: https://aliexpress.ru/item/32828039436.html?af=701906&utm_campaign=701906&aff_platform=api-new-hotproduct-download&utm_medium=cpa&afref=https%3A%2F%2Faliradar.com%2Fitem%2F32828039436%3Furl%3Dhttps%3A%2F%2Faliexpress.ru%2Fitem%2F32828039436.html%26params%3D2815730_5108&dp=aae4933ba3b294c49e4f1a1542f2c700&aff_fcid=e23f7459732742a1aea5229661e7148e-1620678778619-07543&cv=815660&aff_trace_key=e23f7459732742a1aea5229661e7148e-1620678778619-07543&terminal_id=92cf250980aa4a0d9b3b7b60a29e2f03&tmLog=new_Detail&utm_source=admitad&utm_content=815660
https://aliexpress.ru/item/4000554740924.html?af=90289&utm_campaign=90289&aff_platform=link-c-tool&utm_medium=cpa&afref=https%3A%2F%2Fwww.iguides.ru%2Fblogs%2Falt_vision_jeronimo%2Fusbotg-i-apple-podklyuchaem-lyubye-usbfleshki-k-iphone-i-ipad%2F&dp=1243456c3f1d8d0da83663b3787ae727&aff_fcid=37637d21aaaa44568e7ad9e94c77796d-1620679926400-04400-mr6wR6CC&cv=815660&aff_fsk=mr6wR6CC&sk=mr6wR6CC&aff_trace_key=37637d21aaaa44568e7ad9e94c77796d-1620679926400-04400-mr6wR6CC&terminal_id=92cf250980aa4a0d9b3b7b60a29e2f03&utm_source=admitad&utm_content=815660
W1ngl3t:
Hi all,
Would anyone be able to help me identify this component next to the resistor in the pic? The big chip you are seeing to the left is the flash memory.
I presume this was a diode similar to the two other ones near it with the "E" markings, but what specs?
Many thanks!
tedkord:
--- Quote from: Propretor on March 31, 2021, 06:27:31 pm ---You guys are doing nonsense. Buy a voltage regulator and plug it in instead of the battery, as I did.
https://aliexpress.ru/item/4000259403990.html?spm=a2g0s.9042311.0.0.264d33edswGqmU&_ga=2.143500917.1742143978.1617214605-1049604428.1586439898&sku_id=10000001054452173
Instead of a battery, I installed a downconverter 4_5-24V to 0_8-17V 2A at MP2315 500kHz.
I set the lowering to 3.9V (from 5v, received from the main USB Male connector (mico-USB, Type-C), by shorting the 5V and 12V jumpers on the converter).
In this case, depending on the smartphone model, the Flir One Pro application always shows the charge level of a non-existent battery at 70-82%.
I took + 5V from the control patch on the thermal imager board to the right of the USB Male connector cable (mico-USB, Type-C).
A pleasant bonus is that when you turn on OTG in a smartphone (if you need to turn it on in principle), the thermal imager turns on immediately, there is no need
press the power button of the thermal imager.
If you close jumpers 5V and 12V, the output will be exactly 3.9V
When I did all this, I did not take pictures, so there are no photographs. But everything has been working fine for a month already 3. The thermal imager does not heat up inside, and the current consumption from the smartphone is minimal.
No resistors are needed to simulate a thermistor. The main thing is that after revision, never connect voltage to the Type-C charging port.
--- End quote ---
I'm very interested in this idea - I've had to change out the battery on my F1Pro twice already. To be able to use it without the battery, powering off my phone, would be awesome. Is this still working? And is there a clear instruction page somewhere so that someone like myself (not knowledgeable in soldering/circuitry) could either follow it, or I could find someone who is good with this stuff, and pass the directions to him/her?
Any help is appreciated.
Fraser:
The replacement Li-Po cell for my F1G3 Pro has arrived. It looks to be a well made replacement and I have used Cameron Sino cells previously without issues, so it should perform OK. Sadly in my case (Red LED) I doubt that it will rectify the ‘no boot’ problem as that is more likely an issue with the BGA IC soldering :( I bought this new cell to fit if the unit can be repaired as the original cells are suspect quality. This cell cost me £12 delivered to the UK but it did take over a month to get here.
https://www.ebay.co.uk/itm/Battery-For-FLIR-One-Pro-/304231145528?mkcid=16&mkevt=1&_trksid=p2349624.m46890.l6249&mkrid=710-127635-2958-0
Fraser
Propretor:
--- Quote from: tedkord on February 11, 2022, 07:37:36 am ---
--- Quote from: Propretor on March 31, 2021, 06:27:31 pm ---You guys are doing nonsense. Buy a voltage regulator and plug it in instead of the battery, as I did.
https://aliexpress.ru/item/4000259403990.html?spm=a2g0s.9042311.0.0.264d33edswGqmU&_ga=2.143500917.1742143978.1617214605-1049604428.1586439898&sku_id=10000001054452173
Instead of a battery, I installed a downconverter 4_5-24V to 0_8-17V 2A at MP2315 500kHz.
I set the lowering to 3.9V (from 5v, received from the main USB Male connector (mico-USB, Type-C), by shorting the 5V and 12V jumpers on the converter).
In this case, depending on the smartphone model, the Flir One Pro application always shows the charge level of a non-existent battery at 70-82%.
I took + 5V from the control patch on the thermal imager board to the right of the USB Male connector cable (mico-USB, Type-C).
A pleasant bonus is that when you turn on OTG in a smartphone (if you need to turn it on in principle), the thermal imager turns on immediately, there is no need
press the power button of the thermal imager.
If you close jumpers 5V and 12V, the output will be exactly 3.9V
When I did all this, I did not take pictures, so there are no photographs. But everything has been working fine for a month already 3. The thermal imager does not heat up inside, and the current consumption from the smartphone is minimal.
No resistors are needed to simulate a thermistor. The main thing is that after revision, never connect voltage to the Type-C charging port.
--- End quote ---
I'm very interested in this idea - I've had to change out the battery on my F1Pro twice already. To be able to use it without the battery, powering off my phone, would be awesome. Is this still working? And is there a clear instruction page somewhere so that someone like myself (not knowledgeable in soldering/circuitry) could either follow it, or I could find someone who is good with this stuff, and pass the directions to him/her?
Any help is appreciated.
--- End quote ---
The method works only on Android devices with OTG function.
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