SOAR-TH64/38-MGC

I-Shutterless Thermal imaging Core

Ukwamkela izisombululo zasekhaya, i-SOAR - TH64 / 38 - MGC ibonisa uvakalelo lwe-NETD lwe-thermal yokucinga olungaphantsi okanye olulingana no (≤) 35 mK. Inkxaso yokufikelela kwinethiwekhi kwaye inemisebenzi yokulungelelanisa umfanekiso otyebileyo. Eyakhelwe-kwi-alam yomsindo kunye neemodyuli ezikrelekrele ziphucula ngokubonakalayo imisebenzi yocingo lwe-elektroniki, ukuwela - ukubonwa komda kunye nonxibelelwano lwe-alam.

I-LVCMOS, i-BT.656, i-BT.1120, i-LVDS, ividiyo ye-analog kunye nezinye iinketho ze-interface yemveliso yomfanekiso inokubonelelwa kubasebenzisi. Inokudityaniswa ngokuthe ngqo kukhuseleko oluqhelekileyo lokujonga ngasemva-iqonga lehardware kwaye kulula kubathengi ukuba bayiqonde ngokukhawuleza indlela yokusebenzisa. Luhlobo lwemveliso ye-alarm ephuhliswe ngokukodwa kwiimfuno zesicelo sofakelo lwendawo, ukhuseleko lwedolophu, ukhuseleko lukaloliwe, ukhuseleko lomda kunye namanye amashishini.

Thumela i-imeyile

Iinkcukacha zeMveliso

Ipharamitha

Ubungakanani

Iithegi zeMveliso

Uphawu oluphambili

· Imodyuli ithatha eyona algorithm yokulungiswa kwe-shutter ephezulu kakhulu, kwaye akukho lungiso lwe-shutter olufunekayo kuyo yonke inkqubo, enenzuzo ebalulekileyo kwizicelo ezineemfuno eziphezulu zokuqhubeka kwevidiyo.

· Mini-Ubungakanani, 25mm*25mm*24mm
· 17mm/19mm/25mm/35mm/40mm, ilens ozikhethelayo
· 384*288/640*480 isisombululo ozikhethelayo

Uphawu lokusebenza	SOAR-TH38-MGC	SOAR-TH64-MGC
Umtshina wokuSebenza
Uhlobo lomtshisi	Isilicon ye-amorphous FPA engapholiswanga
I-FPA esemthethweni / i-pixel pitch	384×288/17um	640×480/17um
Uvakalelo	≤30mk e f/1.0 300K
Umgangatho wefreyimu	50hz	50hz
Uluhlu lweSpectral	8 - 14um
Ukusebenza okubonakalayo
Ilensi(uyazikhethela)	17mm/19mm/25mm/35mm/40mm
Ukwenziwa Kwemifanekiso
Ulungiso olungelulo -	NST Self-ulungelelwaniso lokuziqhelanisa
Ixesha lomfanekiso	<6s
Ukwandiswa komfanekiso	DDE
Isisombululo somboniso womfanekiso	768×576
Umgangatho wefreyimu	50HZ(PAL)/60Hz(NTSC)
Ulawulo lokubonisa
Umbala	9 umbala mbumbulu
I-Polarity	emhlophe eshushu / emnyama eshushu
Ukuguqulwa koMfanekiso	Ukuthe tye / ngokuthe nkqo
Sondeza	1x-4x(0.05)	1x-8x(0.1)
Ukuzuzwa ngesandla	EWE
Autol Gain	EWE
Iinwele zeRross	EWE
Amandla
Uluhlu lweVoltage yokusebenza	DC:+2.5V—+5.5V
Isiqhelo	3.7V
Ukutya umbane	0.7W	0.9W
Ukubuyisela umva ukhuseleko	EWE
Ngaphezulu / ngaphantsi kokhuseleko lombane	EWE
Imilinganiselo yokusingqongileyo
Uluhlu lobushushu bokusebenza	-40℃—-+60℃
Uluhlu lobushushu bokugcina	-40℃—-+65℃
Ukufuma	5%~95%
Anti-Ukungcangcazela kunye nokothuka	GJB 150-16 2.3.1
	GJB 150-18 T7 100g/6ms
Umothuko wobushushu	-5oC/min(-40oC—+60oC)
Iimpawu Zomzimba
Ubunzima (ngaphandle kwelensi)	＜32g	＜32g
Ubungakanani bemodyuli	25mm25mm24mm	25mm25mm24mm
Control Interface
Unxibelelwano	RS232
ikhibhodi	5izitshixo
Ujongano lweVidiyo
Ividiyo yeAnalogue	CVBS
Isiphumo seDitigal	16bit(50hz)/bt656/lvds/HDMI

25 ~ 225Mm Customized Pan Tilt Thermal PTZ I-Bi-Spectrum Speed ??Dome Thermal Imaging Camera Ir Thermal Imaging Cameras Ikhamera yomfanekiso weThermal Umfanekiso weThermal wokuHlolwa koLwandle Imodyuli yomfanekiso weThermal

Ngaphambili: Ikhamera ye-LWIR engapholiswanga yomfanekiso we-thermal

Okulandelayo: I-MWIR 300mm epholileyo yeModyuli yokuJonga iThermal