Ishubhu ye-X-ray yamazinyo i-Toshiba D-041

Incazelo emfushane:

Uhlobo: Ishubhu le-x-ray le-anode elimile
Isicelo: Iyunithi ye-radiography yamazinyo
Imodeli: RT11-0.4-70
Ilingana ne-TOSHIBA D-041

Kufakwe endaweni efanayo ne-transformer enamandla aphezulu

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Imigomo Yokukhokha Nokuthumela:

Amathegi Omkhiqizo

Incazelo

I-RT11-0.4-70 I-anode emile ye-X-Ray Tube iklanyelwe ngokukhethekile iyunithi ye-x-ray yamazinyo evame kakhulu ngaphakathi komlomo futhi iyatholakala ku-voltage yeshubhu ejwayelekile ene-DC.
Ishubhu le-RT11-0.4-70 linokugxila okukodwa.
Ishubhu elihlanganisiwe lekhwalithi ephezulu elinomklamo wengilazi linendawo eyodwa egxile kakhulu kanye ne-anode eqinisiwe. Umthamo wokugcina ukushisa we-anode ephezulu uqinisekisa uhla olubanzi lwezicelo zokusetshenziswa kwamazinyo ngaphakathi komlomo. I-anode eklanyelwe ngokukhethekile ivumela izinga eliphezulu lokushabalalisa ukushisa okuholela ekukhiqizweni okuphezulu kwesiguli kanye nokuphila komkhiqizo isikhathi eside. Isivuno esiphezulu esiqhubekayo phakathi nokuphila kweshubhu yonke siqinisekiswa yithagethi ye-tungsten ephezulu. Ukulula kokuhlanganiswa kwemikhiqizo yesistimu kwenziwa lula ukwesekwa okukhulu kobuchwepheshe.

Izicelo

I-RT11-0.4-70 I-anode emile ye-X-Ray Tube iklanyelwe ngokukhethekile iyunithi ye-x-ray yamazinyo evame kakhulu ngaphakathi komlomo futhi iyatholakala ku-voltage yeshubhu ejwayelekile ene-DC.

Idatha yobuchwepheshe

I-Voltage Ephezulu Yeshubhu	70kV
I-Tube Yamanje Ephezulu	9mA
Amandla aphezulu (kumasekhondi angu-1.0)	430 W
Izinga Lokupholisa Eliphezulu Le-anode	110W
Okuqukethwe Kokushisa Okuphezulu Kwe-Anode	4.3kJ
Izici ze-Filament	.Ifmax=3.0A,Uf=3.2±0.5V
Indawo yokugxila	0.4(IEC 60336 2005)
I-engeli Eqondiwe	12°
Izinto Eziqondiwe	I-Tungsten
Uhlobo lwe-Cathode	Intambo engu-W
Ukuhlunga Okuhlala Njalo	Okuncane. 0.5mmAl/50 kV(IEC60522/1999)
Ubukhulu	Ubude obungu-67mm nobubanzi obungu-30mm
Isisindo	Amagremu ayi-100

Izithombe Ezinemininingwane

KL11-0.4-70

Izici

Inzuzo Yokuncintisana

Umthamo wokugcina ukushisa we-anode ophakeme kanye nokupholisa
Isivuno esiphezulu esiqhubekayo
Isikhathi sokuphila esihle kakhulu

Ukugcina isimiso sezinongo

Ngaphambi kokusebenzisa, faka izinongo eshubhini ngokuhambisana neshejuli yezinongo enikezwe ngezansi kuze kube yilapho i-voltage yeshubhu edingekayo ifinyelelwe. Isibonelo esinikeziwe - sidinga ukubuyekezwa ngumkhiqizi futhi sichazwe eshidini ledatha lengxenye:

Uhlelo lokuqala lokufaka izinongo kanye nezinongo lwesikhathi sokungasebenzi (izinyanga ezingaphezu kwezingu-6) Isekethe: I-AC/DC (Ibekwe phansi phakathi)

Uma ugesi we-tube ungazinzile ekusesheni, cisha ngokushesha ugesi we-tube bese kuthi ngemva kwemizuzu emi-5 noma ngaphezulu, wandise ugesi we-tube kancane kancane kusuka kugesi ophansi ngenkathi uqinisekisa ukuthi ugesi we-tube uzinzile. Ukusebenza kogesi wokumelana kweyunithi ye-tube kuzoncishiswa njengoba isikhathi sokuvezwa kanye nenani lokusebenza kukhuphuka. Izimpawu zomthelela ofana nebala zingase zivele ebusweni be-x-ray tube target ngokukhipha okuncane phakathi nosesheni. Lezi zenzakalo ziyinqubo eyodwa yokubuyisela ukusebenza kogesi wokumelana ngaleso sikhathi. Ngakho-ke, uma isebenza kahle kugesi we-tube ophezulu wezisesheni olandela zona, iyunithi ye-tube ingasetshenziswa ngaphandle kokuphazamiseka ekusebenzeni kwayo kagesi okusetshenziswayo.