NPM

Cabirka Alaabta (mm)

Qodobka sixitaanka soo noqnoqda

Taxanaha YMIN NPM: Dib-u-qeexidda Xadka Waxqabadka Awoodaha Qalabka Elektarooniga ah ee Dhammaadka Sare

Goobaha ugu sarreeya sida isgaadhsiinta 5G, hawada hawada, iyo elektaroonigga caafimaadka, cimriga iyo xasilloonida capacitors-dhaqameedka elektiroonigga ah waxay noqdeen caqabado nidaamka. Taxanaha YMIN ee NPM polymer aluminium korantada korantada adag, oo leh dhexroorka adduunka ugu yar ee 3.55mm, heerkul hawlgal heer militari ah oo u dhexeeya -55 ° C ilaa 105 ° C, iyo ESR aadka u hooseeya ee 100kHz, ayaa dejinaya jaangooyo cusub oo loogu talagalay naqshadaha elektiroonigga ah ee cufan ee soo socda.

I. Horumarka Farsamada ee Khasaaraha ah

1. Nanoscale Polymer Technology Conductive Polymer
• Waxqabadka Soo noqnoqoshada Sare ee Kacaanka:

Isticmaalka nanoscale polymers conductive polymers si loo beddelo electrolytes-dhaqameedka, capacitors-ku waxay gaadhaan ESR sida ugu hooseeya 0.015Ω at 100kHz (qaabka 6.3V / 270μF), hoos u dhigista isticmaalka tamarta 80% marka la barbar dhigo capacitors electrolytic dareeraha ah. Awooda nuugista dhaq-dhaqaaqa sare ee soo noqnoqda ayaa kor u kacday shan laab, taas oo gabi ahaanba meesha ka saaraysa dhibaatadii xumayd ee beddelka sahayda korontada.

Habka badbaadada is-bogsiinta:

Haddii ay dhacdo koronto-badan, silsiladaha molecular-ka polymer ayaa dib isu habeeya si ay u sameeyaan lakab is-bogsiinaya, iyaga oo yareynaya khatarta qaraxa ee uu keeno xaalufka dareeraha korantada. La xaqiijiyay iyadoo loo eegayo heerarka IEC 60384-24, heerka guuldarada gaaban ee wareegga gaaban ayaa ka yar 0.001ppm.

2. La qabsiga deegaanka xad dhaafka ah

• Heer kulka ballaaran, heerka militariga:

Isbeddelka ka-hortagga ah ee -55°C bilowga heerkulka hooseeya waa ≤7.2x (celcelis ahaan warshadaha 15x), iyo awoodda qudhunka ka dib da'da degdegga ah ee 105 ° C ee 2000h waa ≤8%. • Qaab-dhismeedka Ilaalinta labanlaab:

• Habka dheriga faakuumka waxa uu u adkaysanayaa jawiga qoyaanka sareeyo ilaa 98% RH

• Lakabka aluminium qolof-polymer isku dhafan ee weelka kulaylka wuxuu hagaajiyaa kulaylka ilaa 8.3W/mK.

3. Yaraynta rikoodhada jabinta

• Saamiga dhinaca ugu yar aduunka ee 3.55×11mm:

Gaadhida 220μF awoodda Biinanka waxay isticmaalaan 0.4mm silig dahab ah oo khafiif ah oo dhuuban, gudbinaya 20G tijaabada shoogga farsamada (MIL-STD-883H).

Habka Isku-Darka 3D:

Foornada aluminiumka anodized waxaa lagu daaweeyaa tignoolajiyada nano-etching, taasoo keentay aagga dusha sare ee waxtarka leh ee 120m² / g, kordhinta cufnaanta awoodda 300% marka loo eego hababka dhaqanka.

II. Falanqaynta Halbeegyada Farsamo ee Muhiimka ah

1. Qaabka Luminta Soo noqnoqoshada Sare

P_{khasaare} = I_{rms}^2 × ESR_{100kHz} + (2πfC)^2 × ESL^2

Marka f> 100kHz, saamaynta ESL waa la dhimay 1/6 ka capacitors-dhaqameedka. Qaadashada qaabka 50V/22μF tusaale ahaan:
• 98.3% haynta awoodda wax ku ool ah ee 500kHz

• Awoodda qaadida Ripple hadda waa 2.8 jeer heerka warshadaha

2. Matrix La-qabsiga Deegaanka
Xaaladaha Cadaadiska Tijaabada Heerarka Waxqabadka NPM Celceliska Warshadaha

Heerkulka Wareegga (-55°C ilaa 105°C) MIL-STD-202G ΔC/C ≤ ±5% ±15%

Gariir makaanik (10-2000Hz) GJB150.16A Barkaca Resonance <0.1mm 0.3mm

Daxalka buufinta milixda (96h) IEC 60068-2-11 Meesha Daxalka Ledhka <2% 8%

3. Qaabka Nolosha ee La Dardargeliyay

Laga soo bilaabo ku salaysan Sharciga Arrhenius:

L_{dhabta ah} = L_{tijaabada} × 2^{(T_{tijaabada} - T_{dhab ah})/10}

Tijaabada 105°C/2000h waxay soo saartaa cimri u dhigma oo ah 128,000 saacadood (≈15 sano) at 25°C.

Waa maxay sababta aad u dooranayso taxanaha NPM?

Marka nashqadaadu soo food saarto:

✅ Capacitor ayaa ku qaylinaya wareegyada soo noqnoqda
✅ Nidaam xumo ay keento kala duwanaansho heerkul sare ah
✅ Yaraynta iyo isku halaynta sare isku mar lama gaadhi karo
✅ Qalliin aan dayactir lahayn oo ka badan toban sano ayaa loo baahan yahay

Taxanaha YMIN NPM, oo leh isku halaynta darajadiisa militariga, dib u dhigista rikoodhka jabinta, iyo la qabsiga heerkulka aadka u ballaaran, ayaa noqday tiir-dhexaadka naqshada elektaroonigga ah ee-dhamaadka sare ah. Bixinta daboolka korantada buuxa ee 6.3V/270μF ilaa 100V/4.7μF, waxay taageertaa:

• Habaynta cabbirka (± 5% saxnaanta awoodda)

Dib u habeynta xirmada (isku-dhafka 3D ee isdhexgalka kala duwan)

Xaqiijinta wadajirka ah (baaritaan la qabsiga deegaanka)