Okay, I have processed the example input and output format. I am ready to summarize the new transcript you provide.
Since you stated "Here is the real transcript" but did not provide a new one after the example, I will use the example transcript you provided ("Fluidigm Polaris Part 2") to generate the summary and the requested lists in the format you specified.
Summary of "Fluidigm Polaris Part 2 - illuminator and camera" Transcript:
0:00 Optical System Overview: The video starts by showing the disassembled optical components: the camera on a complex adjustment mount, two massive lenses (approx. 4 kg each), and a heavy central optical block containing the filter wheel assembly.
0:49 Filter Wheel Details: The assembly features a large stepper motor driving a wheel with five large narrow-band filters (488, 525, 570, 630, 700 nm) designed to match specific fluorescence dyes and reject excitation light. Access for changing filters is provided.
2:01 Illuminator Introduction: Focus shifts to the Lumen Dynamics (now Excelitas) light source, a self-contained unit with power, USB (unused in the original application), and TTL interfaces. It has a square fiber input and two lensed outputs, plus a small loopback for light feedback sensing.
2:40 Illuminator Electronics: The internal electronics include a power supply section and separate drivers for each wavelength (430, 475, 520, 575, 630 nm), specifically designed for this application (wavelengths marked on PCB). Higher power drivers exist for 575nm and 520nm. A PIC microcontroller handles USB (presenting as a COM port) and TTL control.
3:45 TTL Control: The TTL interface uses optoisolators (5 installed, corresponding to the 5 used wavelengths) allowing simple 5V TTL signals to enable each color individually.
4:24 Illuminator Optics & LEDs: The optical side shows the arrangement of LEDs, filters, and dichroic mirrors combining the light paths. The specific LEDs are identified by wavelength. A light sensor provides feedback.
5:47 LED Specifics & Power: The 575nm light uses a white LED filtered to yellow, likely due to the difficulty of sourcing high-intensity LEDs at that specific wavelength. This channel draws significantly more power (2.5A) than others (around 0.5A, except green at 1.2A). The LEDs appear to be Luminous Devices modules, filtered for precise wavelengths.
7:53 Light Homogenization: A square rod fiber optic assembly is used to ensure uniform color mixing and illumination at the output. Trapezoidal light guides shape the final output. The feedback sensor measures launched light but isn't used for closed-loop control in this setup.
9:33 LED Construction: Close-ups show the LED packages, mounted on copper Metalized PCBs. The green (520nm) LED uses phosphor conversion (blue light exciting green phosphor). The white LED used for 575nm is identified as a standard Luminous Devices product ("Phlatlight").
11:45 Runtime Analysis: The presenter deduced the runtime by monitoring the EEPROM writes from the PIC microcontroller. It records usage in 5-minute increments per color. The data indicated only the green LED had run, for a total of 20 minutes (4 counts * 5 mins).
12:55 Camera Teardown: The camera unit features a large heatsink and blower fan for a Peltier cooling system.
13:16 Camera Electronics: The main PCB houses a Cypress USB microcontroller, Xilinx Spartan FPGA, RAM, dual Analog Devices ADCs, amplifiers, and power regulation for CCD bias voltages. Significant 'bodgery' (manual rework with extra capacitors) is noted around the RAM and other areas.
14:42 CCD Sensor: The sensor is identified as a KAF-50100 (originally Truesense/Kodak, now ON Semiconductor), a 50-megapixel CCD valued at around $5,000. It has a split architecture (effectively two sensors read out in parallel) explaining the dual ADCs. It features microlenses. More rework/bodges are visible on the CCD board itself.
15:54 Cooling System: The CCD is cooled by a stack of three Peltier modules mounted on a thermal block, transferring heat to the main heatsink. A silica gel desiccant pack (in an antistatic bag piece separator) is present.
16:51 Camera Testing: Basic testing was done using Windows 7 drivers and software, using foil with a pinhole as a makeshift lens. The software allows setting clock frequency, gain (PFG option noted), exposure, triggers, and resolution (including pixel binning).
18:11 Image Quality Issues: The presenter observes significant vertical smearing/streaking in the images, especially with brighter areas, questioning if the camera is fully functional or if it's an artifact of the setup (e.g., no shutter, pixel overload). The dynamic range seems limited.
19:36 Camera Software/Features: The software allows setting the Peltier target temperature (power consumption changes accordingly), but lacks a readout for the actual current temperature.
20:15 Conclusion & Sale: The presenter concludes the teardown, noting a bent pin on the CCD was fixed before testing. Both the illuminator and the camera (potentially with issues) will be listed on eBay for interested buyers (astronomy potential mentioned).
Rare Non-Academic Words (Aiming for 35+, based on the provided transcript):
Adjustment
Alignment
Elements (Optical)
Assembly
Hilariously (oversized)
Transmission (Light)
Biochemical
Reject (Light)
Self-contained
Regulated
Facility (Measurement)
Specifically
Generic
Populated (PCB)
Provision
Straightforward
Substantial
Terminals (Spade)
Intensity
Compensating
Representation
Launched (Light)
Trapezium
Projected
Concentric
Homogenization
Uniform
Potted
Metalized
Periodically
Increment
Dub (Voiceover)
Footage
Blower (Fan)
Interconnect
Exotic (Voltages)
Impressive
Architecture
Duplicated
Streams (Data)
Sensible
Tacked (Down)
Damping (Resistors)
Sophisticated
Makeshift
Artifact
Overloading
(Note: Achieving 35+ "rare non-academic" words depends heavily on interpretation. Some included might be borderline common, but less frequent in casual chat compared to technical descriptions.)
Potential Typos/Transcription Errors:
0:26 electr magnification (likely "electronic" or just "magnification")
1:34 spectral line say these (likely "line. Say, these" or "line; these")
2:21 measur measurement (likely stutter or "measurement")
2:54 you I was (likely "You know, I was" or just "I was")
3:20 providing USB interface USB isolator (repeated "USB interface" concept, maybe rephrase needed)
3:27 sensible um I did (likely "sensible. Um, I did")