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TERJIME ALUMINUM ELEKTROLITIK KAPAKITORLAR LKX

TYPE ALUMINUM ELEKTROLITIK KAPAKITORLAR LKX Aýratyn surat
  • TERJIME ALUMINUM ELEKTROLITIK KAPAKITORLAR LKX

Gysga düşündiriş:

Galam şekilli gorizontal gurnama, diametri 6,3 ~ diametri 18, ýokary ýygylykly we uly tokly garşylyk, elektrik üpjünçiligi üçin 105 ° C gurşawda 7000 ~ 12000 sagat, AEC-Q200 RoHS görkezmesine laýyk gelýär


Önümiň jikme-jigi

STANDART ÖNÜMLERI OF SANAWY

Haryt bellikleri

Esasy tehniki parametrler

Harytlar Aýratynlyklary
Işleýiş temperatura aralygy 35 ~ 100V.DC -40 ℃ ~ + 105 ℃ ； 160 ~ 450V.DC -40 ℃ ~ + 105 ℃
Bahalandyrylan naprýa .eniýe 35 ~ 450V.DC
Potensial çydamlylyk ± 20% (25 ± 2 ℃ 120HZ)
Syzdyryjy tok ((iA) 35 〜100WV I ≤0.01CV ýa-da 3 uA haýsy uly bolsa C: bahalandyrylan kuwwatlyk (uF) V: bahalandyrylan naprýa .eniýe (V) 2 minut okamak
160-450WV l ≤0.02CV + 10 (uA) C: bahalandyrylan sygymlylyk (uF) V: bahalandyrylan naprýa .eniýe (V) 2 minut okamak
Bölüniş faktory (25 ± 2 ℃ 120Hz) Bahalandyrylan naprýa .eniýe (V) 35 50 63 80 100 160  
tgδ 0.12 0.1 0.09 0.09 0.08 0.16
Bahalandyrylan naprýa .eniýe (V) 200 250 350 400 450  
tgδ 0.2 0.2 0.2 0.2 0.25
Bahalandyrylan kuwwatlylygy 1000p.F-den uly bolanlar üçin, bahalandyrylan kuwwatlylygy 1000uF ýokarlandyrylanda, tgδ 0.02 ýokarlanar
Temperaturanyň aýratynlyklary (120Hz) Bahalandyrylan naprýa .eniýe (V) 35 50 63 80 100 160 200 250 350 400 450
Z (-40 ℃) / Z (20 ℃) 3 3 3 3 3 3 3 3 5 5 6
Çydamlylyk Peçde 105 at derejesinde bahalandyrylan naprýa .eniýäni ulanyp, adaty synag wagtyndan soň, 25 ± 2 ° C-den 16 sagatdan soň aşakdaky spesifikasiýa kanagatlandyrylar.
  35 ~ 100V.DC 160 ~ 450V.DC  
Potensialyň üýtgemegi içerki bahanyň ± 25% içinde içerki bahanyň ± 20% içinde
Bölünmek faktory Görkezilen bahanyň 200% -den köp bolmaly däl
Syzdyryjy tok Görkezilen bahadan köp bolmaly däl
Lifeüklemek (sagat)   35V ~ 100 V. 160V ~ 450V
①6.3   7000 sagat  
≥Φ8 L≤20 10000 sagat 10000 sagat
L≥25 l0000 sagat 12000 sagat
Highokary temperaturada ýaramlylyk möhleti Kondensatorlary 105 at 1000 sagatda hiç hili ýük astynda galdyranyňyzdan soň, 25 ± 2 at aşakdaky spesifikasiýa kanagatlandyrylýar.
Potensialyň üýtgemegi içerki bahanyň ± 20% içinde
Bölünmek faktory Görkezilen bahanyň 200% -den köp bolmaly däl
Syzdyryjy tok Görkezilen bahanyň 200% -den köp bolmaly däl

 

Önümiň ölçegli çyzgysy

lkx1

Häzirki ýygylygy düzetmek koeffisiýenti

35WV-100WV

Quygylyk (Hz) 120 1K 10K 100 KW
Koeffisient ≤33uF 0.42 0.7 0.9 1
39uF〜270uF 0,5 0.73 0.92 1
330uF 〜680uF 0.55 0.77 0.94 1
820uF we ondan ýokary 0.6 0.8 0.96 1

160WV 〜450WV

Quygylyk (Hz) 50 (60) 120 500 1K 10 KW
Koeffisient 160-250WV 0.8 1 1.2 1.3 1.4
350-450WV 0.8 1 1.25 1.4 1.5

Suwuk kiçi telekeçilik bölümi 2001-nji ýyldan bäri gözleg we önümçilik bilen meşgullanýar. Tejribeli gözleg we önümçilik topary bilen müşderileriň elektrolitik alýumin kondensatorlaryna innowasiýa zerurlyklaryny kanagatlandyrmak üçin dürli ýokary hilli miniatýurlaşdyrylan alýumin elektrolitik kondensatoryny yzygiderli we yzygiderli öndürdi.Suwuk kiçi telekeçilik bölüminde iki paket bar: suwuk SMD alýumin elektrolitiki kondensatorlar we suwuk gurşun görnüşli alýumin elektrolitiki kondensatorlar.Önümlerinde miniatýurizasiýa, ýokary durnuklylyk, ýokary kuwwatlylyk, ýokary naprýa .eniýe, ýokary temperatura garşylyk, pes impedans, ýokary süýüm we uzak ömür ýaly artykmaçlyklar bar.Giň ulanylýartäze energiýa awtoulag elektronikasy, ýokary kuwwatly elektrik üpjünçiligi, akylly yşyklandyryş, galiý nitrid çalt zarýad bermek, öý enjamlary, foto woltika we beýleki pudaklar.

Hemme zat hakdaAlýumin elektrolitik kondensatorbilmeli

Alýumin elektrolitiki kondensatorlar, elektron enjamlarynda ulanylýan kondensatoryň umumy görnüşidir.Bu gollanmada işleýşiniň esaslaryny we ulanylyşyny öwreniň.Alýumin elektrolitiki kondensator bilen gyzyklanýarsyňyzmy?Bu makala, bu alýumin kondensatorynyň esaslaryny, şol sanda olaryň gurluşygyny we ulanylyşyny öz içine alýar.Alýumin elektrolitiki kondensatorlar üçin täze bolsaňyz, bu gollanma başlamak üçin ajaýyp ýerdir.Bu alýumin kondensatorlarynyň esaslaryny we olaryň elektron zynjyrlarda işleýşini öwreniň.Elektroniki kondensator komponenti bilen gyzyklanýan bolsaňyz, alýumin kondensator hakda eşiden bolsaňyz gerek.Bu kondensator komponentleri elektron enjamlarynda giňden ulanylýar we zynjyr dizaýnynda möhüm rol oýnaýar.Exactlyöne olar nämedir we nähili işleýärler?Bu gollanmada, alýumin elektrolitiki kondensatorlaryň esaslaryny, şol sanda olaryň gurluşygyny we ulanylyşyny öwreneris.Başlangyç ýa-da tejribeli elektronika höwesjeň bolsaňyzam, bu makala bu möhüm komponentlere düşünmek üçin ajaýyp çeşme.

1. Alýumin elektrolitiki kondensator näme?Alýumin elektrolitiki kondensator, beýleki kondensatorlara garanyňda has ýokary sygymlylygy gazanmak üçin elektrolit ulanýan kondensatoryň bir görnüşidir.Elektrolitlere batyrylan kagyz bilen bölünen iki sany alýumin folga.

2. Nädip işleýär?Elektron kondensatorda naprýa .eniýe ulanylanda, elektrolit elektrik geçirýär we kondensatoryň elektroniki energiýa saklamagyna mümkinçilik berýär.Alýumin folga elektrodlar, elektrolitlere batyrylan kagyz dielektrik ýaly hereket edýär.

3. Alýumin elektrolitiki kondensatorlary ulanmagyň artykmaçlyklary näme?Alýumin elektrolitiki kondensatorlaryň ýokary kuwwatlylygy bar, bu bolsa az mukdarda köp energiýa saklap bilýär.Şeýle hem olar gaty arzan we ýokary woltlary dolandyryp bilýärler.

4. Alýumin elektrolitiki kondensatory ulanmagyň kemçilikleri näme?Alýumin elektrolitiki kondensatorlary ulanmagyň bir kemçiligi, ömrüniň çäkli bolmagydyr.Elektrolit wagtyň geçmegi bilen gurap biler, bu bolsa kondensatoryň bölekleriniň işlemezligine sebäp bolup biler.Şeýle hem olar temperatura duýgur we ýokary temperatura sezewar edilse zaýalanmagy mümkin.

5. Alýumin elektrolitiki kondensatorlaryň haýsy umumy ulanylyşy bar?Alýumin elektrolitiki kondensator köplenç elektrik üpjünçiliginde, ses enjamlarynda we ýokary sygymlylygy talap edýän beýleki elektron enjamlarynda ulanylýar.Şeýle hem, ot ýakmak ulgamy ýaly awtoulag programmalarynda ulanylýar.

6. Arzaňyz üçin dogry alýumin elektrolitiki kondensatory nädip saýlaýarsyňyz?Alýumin elektrolitiki kondensatorlary saýlanyňyzda, sygymlylygy, naprýa .eniýe derejesini we temperatura derejesini göz öňünde tutmaly.Kondensatoryň ululygyny we görnüşini, gurnama opsiýalaryny hem göz öňünde tutmaly.

7. Alýumin elektrolitiki kondensator barada nädip alada edýärsiňiz?Alýumin elektrolitiki kondensatorlara ideg etmek üçin, ýokary temperatura we ýokary naprýa .eniýe täsirinden gaça durmaly.Şeýle hem, mehaniki stresden ýa-da titremeden gaça durmaly.Kondensator ýygy-ýygydan ulanylsa, elektrolitleriň guramazlygy üçin wagtal-wagtal naprýa .eniýe ulanmaly.

Üstünlikleri we kemçilikleriAlýumin elektrolitik kondensatorlar

Alýumin elektrolitiki kondensatoryň hem artykmaçlyklary, hem kemçilikleri bar.Oňyn tarapy, ýokary kuwwatlylyk-göwrüm gatnaşygy bolup, giňişlik çäkli programmalarda peýdaly edýär.Alýumin elektrolitik kondensator, beýleki kondensatorlar bilen deňeşdirilende has arzan.Şeýle-de bolsa, olaryň ömri çäkli we temperatura we naprýa .eniýe üýtgemelerine duýgur bolup biler.Mundan başga-da, alýumin elektrolitiki kondensatorlar dogry ulanylmasa syzmak ýa-da näsazlyk bolup biler.Oňyn tarapy, alýumin elektrolitik kondensatorlary ýokary kuwwatlylyk-göwrüm derejesine eýe bolup, giňişlik çäkli programmalarda peýdaly edýär.Şeýle-de bolsa, olaryň ömri çäkli we temperatura we naprýa .eniýe üýtgemelerine duýgur bolup biler.Mundan başga-da, alýumin elektrolitiki kondensator syzmaga ýykgyn edip biler we beýleki elektron kondensatorlary bilen deňeşdirilende has ýokary ekwiwalent seriýa garşylygy bolup biler.

  • Öňki:
  • Indiki:
    • Naprýa .eniýe (V) 35 50
    Harytlar Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz) Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz)
    Potensial (uF) 　 　 　 　 　 　
    47 　 　 　 　 　 　
    56 　 　 　 　 　 　
    82 　 　 　 　 　 　
    100 　 　 　 　 　 　
    120 　 　 　 6.3 × 20 0.58 1.16
    150 　 　 　 　 　 　
    180 6.3 × 20 0.605 1.21 　 　 　
    220 　 　 　 8 × 20 0.74 1.48
    220 　 　 　 　 　 　
    270 　 　 　 8 × 30 0.87 1.74
    330 8 × 20 0.924 1.68 　 　 　
    330 　 　 　 　 　 　
    390 8 × 25 0.951 1.73 8 × 40 1.22 2.23
    390 　 　 　 10 × 25 1.09 2
    470 8 × 30 1.11 2.03 8 × 50 1.45 2.65
    470 　 　 　 10 × 30 1.22 2.22
    560 　 　 　 10 × 35 1.68 3.07
    560 　 　 　 　 　 　
    680 8 × 40 1.41 2.57 10 × 40 1.55 2.82
    680 10 × 25 1.21 2.2 　 　 　
    820 8 × 50 1.82 3.04 10 × 50 2.02 3.37
    820 10 × 30 1.48 2.47 12.5 × 25 1.74 2.9
    1000 10 × 35 2.08 3.48 12.5 × 30 2.31 3.86
    1200 10 × 40 1.87 3.12 　 　 　
    1200 12.5 × 25 1.62 2.7 　 　 　
    1500 10 × 50 2.21 3.69 　 　 　
    1800 12.5 × 30 2.5 4.17 　 　 　

     

    Naprýa .eniýe (V) 63 80
    Harytlar Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz) Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz)
    Potensial (uF) 　 　 　 　 　 　
    47 　 　 　 6.3 × 20 0.455 0.91
    56 　 　 　 6.3 × 20 0.515 1.03
    82 6.3 × 20 0.455 0.91 8 × 20 0.635 1.27
    100 8 × 20 0.515 1.03 8 × 25 0.655 1.33
    120 　 　 　 8 × 30 0.785 1.57
    150 8 × 20 0.63 1.27 　 　 　
    180 8 × 25 0.665 1.33 8 × 40 1.01 2.02
    220 8 × 25 0.785 1.57 8 × 50 1.2 2.41
    220 　 　 　 10 × 30 1.05 2.1
    270 　 　 　 10 × 30 1.05 2.1
    330 8 × 40 1.11 2.02 10 × 35 1.3 2.6
    330 10 × 30 1.04 1.88 　 　 　
    390 8 × 50 1.32 2.41 10 × 50 1.71 3.12
    390 10 × 30 1.16 2.1 　 　 　
    470 10 × 35 1.18 2.14 12.5 × 35 1.97 3.59
    470 　 　 　 　 　 　
    560 10 × 40 1.43 2.6 　 　 　
    560 12.5 × 25 1.24 1.24 　 　 　
    680 10 × 50 1.71 3.12 　 　 　
    680 12.5 × 30 1.44 2.63 　 　 　
    820 12.5 × 35 2.15 3.59 　 　 　
    820 　 　 　 　 　 　
    1000 　 　 　 　 　 　
    1200 　 　 　 　 　 　
    1200 　 　 　 　 　 　
    1500 　 　 　 　 　 　
    1800 　 　 　 　 　 　

     

    Naprýa .eniýe (V) 100 160
    Harytlar Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz) Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz)
    Potensial (uF) 　 　 　 　 　 　
    27 　 　 　 　 　 　
    33 6.3 × 20 0.382 0.91 　 　 　
    39 8 × 20 0.699 1.399 　 　 　
    47 　 　 　 　 　 　
    47 　 　 　 　 　 　

     

    Naprýa .eniýe (V) 100 160
    Harytlar Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz) Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz)
    Potensial (uF) 　 　 　 　 　 　
    56 8 × 20 0.736 1.473 8 × 25 0.32 0.448
    56 　 　 　 　 　 　
    68 8 × 20 0.775 1.55 8 × 30 0.37 0.518
    68 　 　 　 　 　 　
    82 8 × 25 0.665 1.33 8 × 35 0.43 0.602
    82 　 　 　 10 × 25 0.43 0.602
    100 8 × 30 0.785 1.57 8 × 40 0.49 0.686
    100 　 　 　 　 　 　
    120 8 × 40 1.01 2.02 8 × 50 0.57 0.798
    120 10 × 30 0.94 1.88 10 × 30 0.54 0.756
    150 8 × 50 1.2 2.41 10 × 40 0.67 0.938
    150 10 × 30 1.05 2.1 12.5 × 25 0.66 0.924
    180 　 　 　 10 × 50 0.8 1.12
    180 　 　 　 12.5 × 30 0.77 1.07
    180 　 　 　 　 　 　
    220 10 × 40 1.3 2.6 12.5 × 35 0.89 1.24
    220 　 　 　 16 × 25 0.93 1.3
    220 　 　 　 　 　 　
    270 10 × 50 1.56 3.12 12.5 × 40 1.01 1.41
    270 　 　 　 　 　 　
    270 　 　 　 　 　 　
    330 12.5 × 35 1.97 3.59 12.5 × 50 1.2 1.68
    330 　 　 　 16 × 31.5 1.2 1.68
    330 　 　 　 18 × 25 1.18 1.65
    390 　 　 　 12.5 × 50 1.35 1.89
    390 　 　 　 16 × 35.5 1.34 1.87
    390 　 　 　 18 × 31.5 1.4 1.96
    470 　 　 　 16 × 40 1.52 2.12
    470 　 　 　 18 × 35.5 1.58 2.21
    560 　 　 　 16 × 50 1.79 2.5
    560 　 　 　 18 × 40 1.78 2.49
    680 　 　 　 18 × 45 2 2.8
    820 　 　 　 18 × 50 2.23 3.12

     

    Naprýa .eniýe (V) 200 250
    Harytlar Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz) Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz)
    Potensial (uF) 　 　 　 　 　 　
    27 　 　 　 8 × 25 0.3 0.42
    33 　 　 　 　 　 　
    39 8 × 25 0.3 0.42 8 × 30 0.37 0.518
    47 　 　 　 8 × 35 0.45 0.63
    47 　 　 　 10 × 25 0.37 0.518

     

    Naprýa .eniýe (V) 200 250
    Harytlar Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz) Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz)
    Potensial (uF) 　 　 　 　 　 　
    56 8 × 30 0.37 0.518 8 × 40 0.51 0.714
    56 　 　 　 10 × 30 0.42 0.588
    68 8 × 40 0.45 0.63 8 × 50 0.59 0.826
    68 10 × 25 0.43 0.602 10 × 35 0.49 0.686
    82 8 × 45 0.51 0.714 10 × 40 0.61 0.854
    82 10 × 30 0,5 0.7 12.5 × 25 0.54 0.756
    100 8 × 50 0.6 0.84 10 × 45 0.68 0.952
    100 10 × 40 0.63 0.882 12.5 × 30 0.69 0.966
    120 10 × 45 0.75 1.05 10 × 50 0.73 1.02
    120 12.5 × 25 0.65 0.91 12.5 × 35 0.79 1.1
    150 10 × 50 0.83 1.16 12.5 × 40 0.74 1.03
    150 12.5 × 30 0.8 1.12 16 × 31.5 0.89 1.24
    180 12.5 × 45 0.91 1.27 12.5 × 50 0.97 1.35
    180 16 × 25 0.85 1.19 16 × 31.5 0.95 1.33
    180 　 　 　 18 × 25 0.88 1.23
    220 12.5 × 45 1.09 1.52 12.5 × 50 1.13 1.58
    220 16 × 31.5 1.01 1.41 16 × 35.5 1.11 1.55
    220 18 × 25 1 1.4 18 × 31.5 1.1 1.54
    270 12.5 × 50 1.26 1.76 16 × 40 1.27 1.77
    270 16 × 35.5 1.18 1.65 18 × 35.5 1.23 1.72
    270 18 × 31.5 1.16 1.62 　 　 　
    330 16 × 40 1.36 1.9 16 × 50 1.48 2.07
    330 18 × 31.5 1.3 1.82 18 × 40 1.42 1.98
    330 　 　 　 　 　 　
    390 16 × 45 1.43 2 18 × 45 1.59 2.22
    390 18 × 35.5 1.43 2 　 　 　
    390 　 　 　 　 　 　
    470 16 × 50 1.58 2.21 18 × 50 1.83 2.56
    470 18 × 40 1.58 2.21 　 　 　
    560 18 × 45 1.77 2.47 　 　 　
    560 　 　 　 　 　 　
    680 　 　 　 　 　 　
    820 　 　 　 　 　 　

     

    Naprýa .eniýe (V) 350 　 　 400 　 　 450 　 　
    Harytlar Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz) Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz) Ölçeg D.XL (mm) Ripple tok (mA / rms / 105 ℃ 120Hz) Ripple tok (mA / rms / 105 ℃ 100Hz)
    Potensial (uF) 　 　 　 　 　 　 　 　 　
    12 　 　 　 8 × 25 0.17 0.255 8 × 30 0.15 0.225
    15 　 　 　 8 × 30 0.2 0.3 8 × 40 0.19 0.285
    15 　 　 　 　 　 　 10 × 25 0.16 0.245
    18 　 　 　 8 × 35 0.23 0.345 8 × 45 0.21 0.315
    18 　 　 　 10 × 25 0.21 0.316 10 × 30 0.19 0.278
    22 8 × 30 0.25 0.375 8 × 40 0.26 0.39 　 　 　
    22 　 　 　 10 × 25 0.24 0.36 　 　 　
    27 8 × 35 0.29 0.435 　 　 　 　 　 　
    33 8 × 40 0.33 0.495 8 × 50 0.3 0.45 10 × 40 0.36 0.54
    33 10 × 25 0.31 0.465 10 × 35 0.29 0.435 12.5 × 30 0.37 0.555
    39 8 × 45 0.37 0.555 10 × 40 0.4 0.6 10 × 50 0.41 0.615
    39 10 × 30 0.36 0.54 12.5 × 25 0.36 0.54 12.5 × 35 0.42 0.63
    47 10 × 35 0.41 0.615 10 × 45 0.45 0.675 12.5 × 40 0.48 0.72
    47 12.5 × 25 0.38 0.566 12.5 × 30 0.44 0.66 16 × 25 0.44 0.66
    56 10 × 40 0.47 0.705 10 × 50 0.52 0.78 12.5 × 45 0.53 0.795
    56 12.5 × 30 0.44 0.661 12.5 × 35 0,5 0.75 16 × 31.5 0.51 0.765
    68 10 × 50 0.55 0.825 12.5 × 40 0.58 0.87 12.5 × 50 0.62 0.93
    68 12.5 × 30 0.46 0.696 16 × 25 0.51 0.765 16 × 35.5 0.59 0.885
    68 　 　 　 　 　 　 18 × 25 0.57 0.855
    82 　 　 　 12.5 × 45 0.65 0.975 16 × 40 0.68 1.02
    82 　 　 　 16 × 31.5 0.61 0.915 18 × 31.5 0.65 0.975
    82 　 　 　 18 × 25 0.61 0.915 　 　 　
    100 　 　 　 12.5 × 50 0.75 1.12 16 × 45 0.73 1.1
    100 　 　 　 16 × 35.5 0.74 1.11 18 × 35.5 0.74 1.11
    100 　 　 　 18 × 31.5 0.74 1.11 　 　 　
    120 　 　 　 16 × 40 0.8 1.2 16 × 50 0.82 1.22
    120 　 　 　 18 × 35.5 0.79 1.18 18 × 40 0.83 1.24
    150 　 　 　 16 × 50 0.95 1.42 18 × 45 0.95 1.42
    150 　 　 　 18 × 40 0.91 1.36 　 　 　
    180 　 　 　 18 × 45 1.04 1.56 　 　 　

     

    GARŞY ÖNÜMLER