Solutio ad Currentem Transformatoris Bassae Tensionis pro Scenariis Complexae Formae Ondarum Altae Frequenciae
Conceptus Solutionis Nuclei
Transcendit limites saturationis magneticae, utendo principio inductionis electromagneticae pro designo innovativo. Consequitur mensuram precisam currentium altae frequentiae, componentium DC et harmonicorum ordinis superioris, solvens problemata distortionis transformatorum corde ferreo in scenariis forma undae complexa.
Architectura Solutionis Technicae
- Unitas Sensibilis: Spira Rogowskii Aeria Flexibilis
- Innovationes Structurales
- Filum encausticum altae praecisionis uniformiter contortum super formam flexibilem non-magneticam (exempli gratia, epoxy/resina ingeniorum)
- Designum mechanicum nucleo divisibili ad installationem viventi (aptum pro renovationibus et spatiis confinis)
- Principium Generationis Signali
⚠ Signum Output: di/dt (Valorem Differentialis Currentis)
➡ Directe reflectit mutationem celeritatis currentis, vitando effectus hysteresis nuclei. - Unitas Processus Signali: Circuitus Integratoris Altae Performance
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Modulus Nuclei |
Characteristica Technica |
Indicia Performance |
|
Amplificator Integratoris |
Input bias current ultra-bassus (≤1pA) |
Drift Temp: ±0.5μV/°C |
|
Capacitor Integrationis |
Capacitor Film Polypropyleni (gradus C0G) |
Stabilitas Capacitatis >99%@ -40~125°C |
|
Compensatio Dynamica |
Rete feedback adaptivum |
Suppressio Drift Integratoris >40dB |
|
Extension Bandwidth |
Filtratio activa multi-stagialis |
Responsum Freq.: DC ~ 1MHz |
- ↳ Signum Output: Vout = k・I(t) (k est factor calibrae, voltant lineariter correspondet currenti)
Advantages Nuclei Super CTs Traditionales
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Scenarium Doloris Puncti |
Limitationes CTs Nuclei Ferrei Traditionales |
Advantages Huius Solutionis |
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Currentus Brevis Altus |
Defectus mensurationis propter saturationem magneticam |
Sine saturatione magnetica |
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Componentis DC |
Non potest mensurare DC stantis |
Supportat mensuram precisam componentium DC |
|
Harmonici Altius Frequentiae |
Attenuatio signali altius frequentiae propter perdas nuclei |
<0.5% distortion @ 100kHz harmonic |
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Formae Undae Complexae |
Morae phasalis et distortiones formae undae |
Group Delay <10ns |
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Flexibilitas Installationis |
Requirunt installationem sine electricitate / spatium restrictum |
Designum nucleo divisibili, deploy tempus 3 secundis |
Scenaria Applicationis Typica
- Monitorium Output Inverteris
- Capturat precise oscillationes altae frequentiae causatas commutatione IGBT (exempli gratia, 20-150kHz)
- Casu: Analysim harmonicam in planta inverter PV, error mensurationis pro harmonico 50th (2.5kHz) reductus a 12% ad 0.8%.
- Detectio Arcuum Defectus
- Responsus nanosecondalis ad pulsu currentis microsecondalis durante initio arcus (>100A/μs)
- Applicatio: Protectio arcus in armario distributionis data center, tempus responsus reductum ad 300μs.
- Systemata Tractoria Locomotorum Electricorum
- Analyse simulanea componentium DC supply et signali carrier PWM (freq. carrier 2-5kHz)
- Data Mensurata: Mantinuit accuratiam Classis 1 pro DC 1500V + 4kHz ripple current.
Summa Parameterum Technicorum Clavis
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Item |
Parameter |
|
Range Mensurationis |
10mA ~ 100kA (Peak) |
|
Response Frequentiae |
DC – 1.5MHz (-3dB) |
|
Error Linearitatis |
≤ ±0.2% FS |
|
Bore Mounting |
Φ50mm ~ Φ300mm (Customizable) |
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Tempus Operativum |
-40℃ ~ +85℃ |
|
Certificationes Securitatis |
IEC 61010, EN 50178 |
Summa Valoris Solutionis
Perfectiones Technicae Triplex:
- Innovatio Stratum Physicum: Structura aeria complete eliminat periculum saturationis magneticae, vita multiplicata decuplo.
- Fidelitas Stratum Signali: Bandwidth 1MHz + responsus sub-microsecondalis permittit sensum altae praecisionis pro IoT Energiae.
- Convenientia Stratum Ingeniorum: Designum nucleo divisibili reducit costus downtime O&M per 90%.
