Lub hauv paus rau phau ntawv
Cov hlau ntshiab, nrog nws qhov tshwj xeeb sib nqus cov khoom sib nqus thiab ultra-qis impurity ntau ntau, ua haujlwm ua cov khoom siv hluav taws xob hauv cov hluav taws xob thiab tshuab hluav taws xob. Raws li kev lag luam thawb kom txuag tau ntau dua, miniaturization, thiab kev ua kom dawb huv ntawm cov kev siv hluav taws xob mus txiav cov tshuab hluav taws xob semiconductor thev naus laus zis.
Cov ntawv tseem ceeb hauv hluav taws xob & Electronics
1. Transformers & Inductors: efficiency ntawm nplai
- Cov Khoom Siv ntshiab: Cov hlau ntshiab muaj kev sib nqus permeability (txog 150, {} μmax) thiab qis hysteresis poob (<1.5 W/kg @ 1.5 T) make it ideal for transformer cores, reducing energy waste in power grids and renewable energy systems.
- Miniaturization: Enables compact, high-zaus inductors rau prop chargers thiab cov inverters.
2. Hluav Taws Xob Hluav Taws Xob & Hluav Taws Xob: Tsav Tsheb Hluav Taws Xob
- Rotor \/ Stator CORES: Txhim Kho Torque qhov ceev thiab txo cov kev poob rau eddy tam sim no poob rau cov tsheb hluav taws xob rau hluav taws xob (EVS) thiab muaj tshuab.
- Sustainability NTUG: Rov ua cov hlau ntshiab ntshiab txhawb nqa cov voj voog hauv tsheb hauv kev kho tsheb thiab cua tshuab hluav taws xob.
3. Electromagnetic Shielding: Tiv thaiv cov tshuab precision
- EMI \/ RFI Kev Tiv Thaiv: Cov ntawv ua kom tawv tawv lossis cov ntawv ci thaiv kev cuam tshuam hauv 5G cov chaw nres tsheb, thiab iot sensors.
- Nyias-zaj duab xis: Ultra-nyias txheej ({}}. 5}}. 8 μm) sib xyaw ua ke rau cov khoom siv hluav taws xob portable.
4. Sensor thev naus laus zis: enabling cov tshuab ntse
- Cov Sensorsetic: Siv hauv Lidar
- LINEARYE & rhiab heev: Tsawg Batterivity (<10 A/m) ensures accurate signal output in dynamic conditions.
5. Semiconductor manufacturing: precision ntawm tsom me me teev
- Wafer tuav cov cuab yeej: Cov hlau ntshiab pwm thiab cov pob zeb pom kev sib kis tsis sib xws thiab hnav tsis kam nyob hauv ib puag ncig kev huv si.
- etching \/ tso cov khoom tso zis: siab thermal ruaj khov (txog 500 degree) ua kom muaj kev sib tw ntev hauv ntshav thiab lwm yam.
Kev Ua Haujlwm Technological
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Xav tau qhov tshiab |
Hloov |
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Mem tes Electrodeposition |
Tsim Nano-Crystalline Hlau Txheej rau Mev li. |
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Hydrogen-raws li annealing |
Txo cov pa roj carbon hneev thaum ua kom ua kom zoo qoob loo qauv. |
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Hybrid Composites |
Ua ke cov tshuaj ntshiab nrog cov polymers rau yoog raws EMI daim ntaub thaiv hauv Wearables. |
Vim li cas kev dawb huv cov hlau ntshiab?
- Purity matters: txawm 0. 01% cov pa roj carbon tuaj yeem ua rau cov mos mos sib nqus. Peb li<0.005% C grade ensures reliability.
- Lub thermal conductivity: veje 20 w \/ m · k rau qhov ferrites) tiv thaiv overheating hauv cov ntawv thov thauj khoom siab.
- Qhov kawg-ntawm-lub neej muaj nuj nqis: 95% rov ua dua tus nqi txhawb nqa Ess cov hom phiaj.
Sib piv nrog Lwm Txoj Kev
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Khoom |
Qhov zoo ntawm cov hlau ntshiab |
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Silicon Hlau |
Txo Hysteresis poob, zoo dua cov lus teb siab tshaj plaws. |
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Hma |
Siab Tshaj Tawm Txog Kev Nyab Xeeb Flux (2.1 t vs. 0. 5 t). |
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Amorphous alloys |
Raug nqi zoo, yooj yim rau tshuab thiab rov ua dua tshiab. |
W-hy tus khub nrog peb?
- Ntawv pov thawj zoo: Raws li IEC 60404-8}}, Astm A848, thiab RoHS.
- Kev cai daws teeb meem: txiav cov kev ua kom nruj, cov xim pleev xim (piv txwv li, al, sil, sio₂), lossis cov qauv nplej.
- Ncav Ncav Ncav Ncav Ncav: Ceev-khiav-teev nrog cov pa roj carbon-nruab nrab ntawm kev xaiv.
