1k107 Berbasis Nanocrystalline
Katrangan
| Jeneng Produk | 1k107 Berbasis Nanocrystalline |
| P / n | MLNR-2132 |
| Width | 5-65mm |
| Thickness | 26-34μm |
| Saturation Induksi Pendidikan | 1.25 bs (t) |
| Coectivity | 1.5 HC (A / m) |
| Ketahanan | 1.20 (· M) |
| Koefision magnetostriction | 1 λs (ppm) |
| Suhu Curie | 570 TC (℃) |
| Suhu Crystallization | 500 TX (℃) |
| Kapadhetan | 7,2 ρ (g / cm3) |
| Hardness | 880 |
| Koefision ekspansi termal | 7.6 |
Aplikasi
● Ngaluk Transformer Transformer Supprofing Daya Lan Traf Transformer Pulsa
● Transformer Daya, tliti transformer saiki tliti
● Leakage Perlindhungan Swara Transformer Wesi Core
● Filter-filter inggor, instuctor panyimpenan energi, intine reaktor
● mode Umum lan inti inti induktor mode
● Reaktor jenuh, amplifier magnetik, intine lampu simpenan spike lan manik magnetik
Fitur
Bahan nanocrystalline berastif banget karo bahan konvensional lan bakal dadi solusi sing paling apik kanggo aplikasi sampeyan (Gambar 1.1).
Gambar 1.1 μr mungsuh BS saka Bahan Magnetik sing beda
● Induksi magnetik jenuh jenuh jenuh (1.25 t) lan permeability magnetik sing dhuwur (> 80.000) kanggo volume lan volisi sing dhuwur
● Mundhut inti padha karo 1/5 amorphous basis wesi, kanthi kerugian kurang 70 w / kg ing 100 khz, 300 mt
● Keuangan Saturasi Magnetostriction cedhak karo 0, kanthi swara operasi sing sithik banget
● Stabilitas suhu sing apik banget, <10% Ganti sifat materi ing suhu Range -50 nganti 120 ° C
Ciri-ciri frekuensi sing apik banget karo permeabilitas sing apik banget lan rugi ing frekuensi sudhut
● Kanthi sifat-sifat magnetik sing bisa diatur, macem-macem jinis sifat magnet sing bisa dipikolehi kanthi ngetrapake macem-macem lapangan magnetik transversal lan vertikal, utawa tanpa perawatan panas lapangan, kayata rasio segion sing dhuwur, lan permeabiltifikasi dhuwur
Perbandingan Bahan
| Perbandingan Kinerja Ribbon Nanocrystals Berbasis Fe -rite kanthi inti Ferrit | ||
| Parameter dhasar | Pita nanocrystalline | Inti ferrit |
| Saturasi Induksi Magnetik BS (T) | 1.25 | 0,5 |
| Induksi magnetik sisa br (t) (20kHz) | <0.2 | 0,2 |
| Kerugian inti (20kHz / 0.2T) (w / kg) | <3.4 | 7,5 |
| Kerugian inti (20kHz / 0.5T) (w / kg) | <35 | Ora bisa digunakake |
| Kerugian inti (50kHz / 0.3T) (w / kg) | <40 | Ora bisa digunakake |
| Konduktivitas magnetik (20kHz) (GS / OE) | > 20000 | 2000 |
| Coercive force hc (a / m) | <2.0 | 6 |
| Kawicaksanan (MW-CM) | <2 | 4 |
| Koefision Magnetostriction Saturated (X10-6) | 400 | 740 |
| Kawicaksanan (MW-CM) | 80 | 106 |
| Suhu Curie | > 0.7 | - |
