Bayani
Epitaxial Silicon Waferko EPI Silicon Wafer, wafer ne na Layer na kristal semiconducting wanda aka ajiye akan fuskar lu'ulu'u mai gogewa na siliki ta haɓakar epitaxial.Layer na epitaxial na iya zama abu ɗaya da na substrate ta haɓakar epitaxial mai kama da juna, ko wani nau'i mai ban sha'awa tare da ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ci gaban epitaxial, wanda ke ɗaukar fasahar haɓakar epitaxial ya haɗa da sinadarai na tururi jijiya CVD, ruwa lokaci epitaxy LPE, kazalika da kwayoyin katako. Epitaxy MBE don cimma mafi girman ingancin ƙarancin ƙarancin lahani da ƙaƙƙarfan yanayi mai kyau.Silicon Epitaxial Wafers ana amfani da su da farko wajen samar da na'urori na ci gaba na semiconductor, abubuwan haɗin gwiwar semiconductor ICs, masu hankali da na'urorin wuta, kuma ana amfani da su don kashi na diode da transistor ko substrate don IC kamar nau'in bipolar, MOS da na'urorin BiCMOS.Bugu da ƙari, mahara Layer epitaxial da kauri fim EPI silicon wafers yawanci amfani da microelectronics, photonics da photovoltaics aikace-aikace.
Bayarwa
Epitaxial Silicon Wafers ko EPI Silicon Wafer a Western Minmetals (SC) Corporation za a iya miƙa a cikin girman 4, 5 da 6 inch (100mm, 125mm, 150mm diamita), tare da fuskantarwa <100>, <111>, epilayer resistivity na <1ohm -cm ko har zuwa 150ohm-cm, da epilayer kauri na <1um ko har zuwa 150um, don gamsar da daban-daban bukatun a surface gama na etched ko LTO jiyya, cushe a cikin kaset tare da kwali akwatin waje, ko kamar yadda musamman takamaiman bayani ga cikakken bayani. .
Ƙayyadaddun Fasaha
Epitaxial Silicon Wafersko EPI Silicon Wafer a Western Minmetals (SC) Corporation za a iya miƙa a cikin girman 4, 5 da 6 inch (100mm, 125mm, 150mm diamita), tare da fuskantarwa <100>, <111>, epilayer resistivity na <1ohm-cm ko har zuwa 150ohm-cm, kuma epilayer kauri na <1um ko har zuwa 150um, don gamsar da daban-daban bukatun a surface gama na etched ko LTO jiyya, cushe a cikin kaset tare da kwali akwatin waje, ko kamar yadda musamman takamaiman bayani ga cikakken bayani.
Alama | Si |
Lambar Atom | 14 |
Nauyin Atom | 28.09 |
Kashi na Element | Metalloid |
Rukuni, Lokaci, Toshe | 14, 3, P |
Tsarin Crystal | Diamond |
Launi | Dark launin toka |
Matsayin narkewa | 1414°C, 1687.15 K |
Wurin Tafasa | 3265°C, 3538.15 K |
Yawan yawa a 300K | 2.329 g/cm3 |
Intrinsic resistivity | 3.2E5 Ω-cm |
Lambar CAS | 7440-21-3 |
Lambar EC | 231-130-8 |
A'a. | Abubuwa | Daidaitaccen Bayani | ||
1 | Halayen Gabaɗaya | |||
1-1 | Girman | 4" | 5" | 6" |
1-2 | Diamita mm | 100± 0.5 | 125± 0.5 | 150± 0.5 |
1-3 | Gabatarwa | <100>, <111> | <100>, <111> | <100>, <111> |
2 | Halayen Layer na Epitaxial | |||
2-1 | Hanyar Girma | CVD | CVD | CVD |
2-2 | Nau'in Gudanarwa | P ko P+, N/ ko N+ | P ko P+, N/ ko N+ | P ko P+, N/ ko N+ |
2-3 | Kauri μm | 2.5-120 | 2.5-120 | 2.5-120 |
2-4 | Kauri Uniformity | ≤3% | ≤3% | ≤3% |
2-5 | Resistivity Ω-cm | 0.1-50 | 0.1-50 | 0.1-50 |
2-6 | Uniformity Resistivity | ≤3% | ≤5% | - |
2-7 | Ragewar cm-2 | <10 | <10 | <10 |
2-8 | ingancin saman | Babu guntu, hazo ko bawon lemu da ya rage, da sauransu. | ||
3 | Hannun Halayen Substrate | |||
3-1 | Hanyar Girma | CZ | CZ | CZ |
3-2 | Nau'in Gudanarwa | P/N | P/N | P/N |
3-3 | Kauri μm | 525-675 | 525-675 | 525-675 |
3-4 | Kauri Uniformity max | 3% | 3% | 3% |
3-5 | Resistivity Ω-cm | Kamar yadda ake bukata | Kamar yadda ake bukata | Kamar yadda ake bukata |
3-6 | Uniformity Resistivity | 5% | 5% | 5% |
3-7 | TTV μm max | 10 | 10 | 10 |
3-8 | Baka μm max | 30 | 30 | 30 |
3-9 | μm max | 30 | 30 | 30 |
3-10 | EPD cm-2 max | 100 | 100 | 100 |
3-11 | Bayanan Bayani | Zagaye | Zagaye | Zagaye |
3-12 | ingancin saman | Babu guntu, hazo ko bawon lemu da ya rage, da sauransu. | ||
3-13 | Ƙare Gefen Baya | Etched ko LTO (5000± 500Å) | ||
4 | Shiryawa | Kaset a ciki, akwatin kwali a waje. |
Silicon Epitaxial Wafersana amfani da su da farko wajen samar da na'urori na ci gaba na semiconductor, abubuwan haɗin gwiwar semiconductor ICs, na'urori masu hankali da wutar lantarki, kuma ana amfani da su don kashi na diode da transistor ko substrate don IC kamar nau'in bipolar, MOS da na'urorin BiCMOS.Bugu da ƙari, mahara Layer epitaxial da kauri fim EPI silicon wafers yawanci amfani da microelectronics, photonics da photovoltaics aikace-aikace.
Tukwici na Kasuwanci
Epitaxial Silicon Wafer