Flight Heritage Telemetry Overlay & Interactive Signal Museum
Compare observed in-orbit decay against Solar Cycle 25 models, synthesize CW/FSK/GMSK/LoRa baseband waveforms, and export .WAV samples.
PHASE 3A · EMPIRICAL TELEMETRY VS. ANALYTICAL MODEL
In-Orbit Flight Heritage Overlay (Grizu-263A & Delfi-PQ)
Direct comparison between observed CSpOC two-line element (TLE) altitude decay and nadir lab.’s numerical drag integrator driven by observed Solar Cycle 25 F10.7 flux versus the pre-launch F10.7 = 100 sfu forecast.
- Observed CSpOC TLE Altitude (628 days)
- nadir lab. Model (Observed Solar Cycle 25 F10.7)
- 1P Pre-Launch Forecast (Fixed F10.7 = 100 sfu)
- Co-Manifested 1U CubeSat (1.33 kg, Solar Cycle 25)
Show the data as a table
| Mission elapsed time (days since 13 Jan 2022) | Observed CSpOC TLE Altitude (628 days) | nadir lab. Model (Observed Solar Cycle 25 F10.7) | 1P Pre-Launch Forecast (Fixed F10.7 = 100 sfu) | Co-Manifested 1U CubeSat (1.33 kg, Solar Cycle 25) |
|---|---|---|---|---|
| 0 | 525 | 525 | 525 | 525 |
| 100 | 517 | 516 | 520 | 522 |
| 200 | 506 | 503 | 515 | 519 |
| 300 | 487 | 484 | 509 | 514 |
| 400 | 460 | 456 | 502 | 507 |
| 500 | 414 | 408 | 495 | 498 |
| 628 | 180 | — | 484 | 479 |
PHASE 3B · BASEBAND AUDIO & WATERFALL SYNTHESIZER
Interactive SmallSat Signal Museum (CW, 2-FSK, GMSK & LoRa CSS)
Synthesize real baseband waveforms in your browser via Web Audio API, inspect their time-frequency spectrogram, and export 16-bit PCM .WAV reference files.
LoRa CSS (SF10, BW 125 kHz chirp)
Linear frequency-modulated up-chirps and sync down-chirps across band; closes links from LEO with omnidirectional ground antennas.
- Occupied BW
- 125 kHz
- Demod Threshold
- SNR -15.0 dB
SPECTROGRAM WATERFALL (TIME vs. FREQUENCY)0.5 kHz — 3.5 kHz