What is the difference between a single chip and a three chip endoscope camera? Endoscope cameras have single crystal chip (CMOS) and three crystal chip (3CMOS). Customers often ask what is the difference between single crystal chip and three crystal chip? Here is the difference between the three crystal chip and the single crystal chip of the endoscope camera. 3CMOS contains three independent CMOS sensors, each of which dominates red, green and blue (RGB), and can generate resolutions up to 1920 × 1080 pixel HD signal device.

普通的CMOS傳感器只有一片感光芯片，對物景的處理是一起完成。3CMOS有三片傳感器，分別感應(yīng)紅藍(lán)綠三個基色，并且分開處理，這樣就保證了色彩的真實性，使畫面更接近于自然。因為對色彩的單獨處理，大幅減少了混色及色彩的相互干擾。符合DICOM標(biāo)準(zhǔn)的醫(yī)學(xué)影像設(shè)備通過醫(yī)學(xué)影像(PACS)系統(tǒng)，能夠更準(zhǔn)確、更快捷的將數(shù)字化影像傳輸?shù)矫恳粋€網(wǎng)絡(luò)終端。醫(yī)生可以通過終端醫(yī)用監(jiān)視器讀取患者影像信息，對醫(yī)學(xué)圖像做出醫(yī)學(xué)診斷。那么醫(yī)用監(jiān)視器的優(yōu)勢有哪些呢?如何選擇醫(yī)用監(jiān)視器你?

An ordinary CMOS sensor has only one photosensitive chip, and the processing of the scene is completed together. 3CMOS has three sensors, which respectively sense the three primary colors of red, blue and green, and process them separately, so as to ensure the authenticity of the color and make the picture closer to nature. Because of the separate treatment of color, the mutual interference of color mixing and color is greatly reduced. DICOM compliant medical imaging equipment can more accurately and quickly transmit digital images to each network terminal through medical imaging (PACS) system. Doctors can read the patient image information through the terminal medical monitor and make medical diagnosis for the medical image. So what are the advantages of medical monitors? How to select a medical monitor?

醫(yī)用監(jiān)視器的優(yōu)勢：視屏顯示上的高亮度;具體成像和分辨率上的高清晰度(可以達到影音高清晰度級別的1080P);方面，較低能源支持和消耗下的超長使用壽命;穩(wěn)定的系統(tǒng)環(huán)境和運行條件;第五，經(jīng)濟成本方面，醫(yī)用監(jiān)視器的維護成本非常低。

Advantages of medical monitor: high brightness on video display; High definition of specific imaging and resolution (1080p of audio-visual high definition level can be achieved); In terms of energy conservation and environmental protection, ultra long service life under low energy support and consumption; Stable system environment and operating conditions; Fifth, in terms of economic cost, the maintenance cost of medical monitor is very low.

內(nèi)窺鏡攝像機單晶片和三晶片區(qū)別

Difference between single chip and three chip of endoscope camera

如何選擇醫(yī)用監(jiān)視器，主要考慮以下幾個方面：選擇能進行DICOM校正的醫(yī)用顯示器，有專門的校正軟件。顯示器背面有光學(xué)傳感器接口，能夠接入光學(xué)傳感器進行校正，否則無法進行校正。選擇有亮度恒定裝置的醫(yī)用顯示器，保證顯示器亮度不隨時間變化。

How to select a medical monitor mainly considers the following aspects: select a medical display that can be corrected for DICOM, and there is a special correction software. There is an optical sensor interface on the back of the display, which can be connected to the optical sensor for correction, otherwise it cannot be corrected. Select a medical display with a brightness constant device to ensure that the brightness of the display does not change with time.

選擇有液晶屏保護板的醫(yī)用顯示器，防止醫(yī)生用筆在顯示器上指點，劃傷屏幕。診斷工作站建議選擇3MP或5MP，有乳腺機和平板DR建議用5MP，瀏覽和教學(xué)工作站選擇1MP或2MP。選擇配套的專用顯卡，要求8bit-10bit輸出灰階。內(nèi)窺鏡高清攝像系統(tǒng)包括什么：內(nèi)窺鏡、內(nèi)窺鏡光學(xué)接口、攝像頭和攝像主機、冷光源、監(jiān)視器等組成。

Select a medical display with LCD protection board to prevent doctors from pointing on the display with a pen and scratching the screen. 3MP or 5MP is recommended for diagnosis workstation, 5MP is recommended for breast machine and tablet Dr, and 1mp or 2MP is recommended for browsing and teaching workstation. Select the supporting special graphics card, which requires 8bit-10bit output gray scale. What does the endoscope HD camera system include: endoscope, endoscope optical interface, camera and camera host, cold light source, monitor, etc.

內(nèi)窺鏡攝像頭相當(dāng)于人眼的代替品，探查到人眼無法觀察到的地方，目前多數(shù)內(nèi)窺鏡攝像頭采用CMOS圖像傳感器，速度非常的快，不需要復(fù)雜的處理過程，圖像可直接呈現(xiàn)在顯示器上。內(nèi)窺鏡攝像機作用一是導(dǎo)光，把外面強光源的光導(dǎo)入組織內(nèi)，照亮檢查部位;二是導(dǎo)像，把反映組織內(nèi)窺情況的像傳導(dǎo)出來，通過監(jiān)視器，方便醫(yī)生觀察清晰細(xì)節(jié)的腔內(nèi)組織，為臨床精細(xì)操作提供保障。

The endoscope camera is equivalent to a substitute for the human eye. It can detect places that cannot be observed by the human eye. At present, most endoscope cameras use CMOS image sensors, which are very fast and do not need complex processing process. The image can be directly presented on the display. The first function of the endoscope camera is to guide the light, guide the light from the external strong light source into the tissue and illuminate the examination part; The second is guided image, which transmits the image reflecting the endoscopic situation of the tissue, and through the monitor, it is convenient for doctors to observe the clear and detailed intracavity tissue, so as to provide guarantee for clinical fine operation.