Sinoseen 1MP OV9281 Global Shutter Monochrome Camera Module with MIPI/DVP Interface for Machine Vision

Bayani na Abinci

Sinoseen SNS12329 shine ne monochrome camera module wanda ake amfani da OV9281 global shutter image sensor. Ya ba da 1280 × 800 imaging a flexible-circuit assembly don embedded vision integration.

Global shutter capture ya kawo geometry na abubuwan da suka tsaya ta hanyar yin exposure na kowane part na image a lokacin da suka daga cikin, kuma ya rage skew wanda ke fitowa ne daga sequential rolling shutter exposure. OV9281 ya taimaka zuwa 120 fps a 1280 × 800; performance na module da aka samu zai iya tabbata da interface da aka zauna, sensor settings, da host platform.

Don machine vision, scanning, da motion analysis projects, Sinoseen zai iya gano optical, mechanical, da interface requirements na ku don fahimci configuration na sample wanda ke maki.

Takonar Tattalin Kuma Cikakken

Global Shutter Don Kowa Mai Tsara

Idan kamera ko wani abu na tsara a lokacin da aka tsara shi, rolling shutter readout zai iya gudan yadda kwayoyin da suka dace suka zama mafi kyawun ko abubuwan suka zama mafi yawa. Global shutter exposure ya taimaka wajen kare wannan nisa ta zamantakewa, kuma ya sa abin da aka yi amfani da shi don fahimtar kowa mai tsara da kuma fahimtar hanyar da abubuwa suka rufe.

Ko wani abu da ke cire kuma yana daga cikin lokacin da aka tsara, ko yana daga cikin yadda abubuwa suka rufe, ko yana daga cikin iluminashin da aka saba. Lokacin da aka tsara da iluminashin da aka saba suna da mahimmanci don samun taswirai da suka dace.

Taswirai Ta Daura Don Hanyar Da Abubuwa Su Ka Rufe Da Kuma Daura

OV9281 ta samu taswirai ta daura don abubuwan da suka dace don amfani da kwayoyin, bayanan, da farkon farko na iluminashin ba tare da rangi. Abubuwan da za su iya amfani da su: samun barcode, haɗin kwayoyin, da kuma takonar taswirai.

Abubuwan da ke bukatar fahimtar rangi za su bukata wani nisa ta taswirai da ke farko.

Kwayar Sensor Da Yawa Na Farko

Sensor ya bada damar 120 fps a 1280 × 800, wanda ya sa abin da aka yi amfani da shi don abubuwan da ke bukatar fahimtar kowa mai tsara.

Yana a saba kuma a gano tsarin yadda aka bayyana shi a cikin host din da ke amfani da shi. Tsarin yadda aka bayyana shi, saitin yadda aka bayyana shi, saitin yadda aka bayyana shi, saitin yadda aka bayyana shi, da tsarin yadda aka bayyana shi suna iya zama babu wani abu da ke taimaka wajen samun bayanai.

MIPI / DVP Integration

Bayanin da aka bayyana shi ya nuna MIPI da DVP tsarin yadda aka bayyana shi. Za a zaɓa da tsarin da ke bukata kuma a gano shi kafin yin amfani da shi, ta hanyar saitin yadda aka bayyana shi, saitin yadda aka bayyana shi, saitin yadda aka bayyana shi, da saitin yadda aka bayyana shi.

Wannan shine camera module da ke cikin jiki, ba wani camera da ke amfani da USB ba. Host din da ke amfani da shi yana bukatar da tsarin da ke amfani da camera da tsarin yadda aka bayyana shi da RAW image.

Flexible-Circuit Assembly

FPC assembly ya ba da imkanin camera head ina yin amfani da shi daga cikin host connection, wanda ke taimaka wajen samun bayanai na enclosure layouts.

Yana bukatar da amfani da mechanical integration don camera head, lens projection, connector orientation, da FPC routing da ke iya amfani da shi. Za a zaɓa da drawing da ke cikin production revision da aka gano kafin yin amfani da enclosure.

Bayanan

Yanayin Amfani

Tsamfinsa Industrial: Samun taswira ta monochrome don duba wurin abu, hankali, da wasu alama na gaba, da kuma yadda ake sanya shi da yadda abu ya tashi.

Samun barcode da scanning na terminal: Samun gaba daya na farko don fassara, tare da zabi na lens na baya ga kwayoyin koda da bayanai da yadda kewaye suka yi.

Tashin robot: Wani abu da ke shirya don samun wani abu a duniya ta hanyar rukuni da kuma duba na halayen halin, amma ya kasance da kariya na kuskuren da kuma lokacin da ke cikin shiri.

Dubawa na halayen halin: Samun gaba daya na farko ya taimaka wajen kare tsarin abubuwan da suka ci gaba; kuma kariya na dubawa na halayen halin ta kasance da yadda kuma lokacin da ke cikin shiri, kuma kuma iluminashin da kuma software.

Kimiyya na OEM/ODM da kuma shirin yin sauranshi

Sanya camera da abubuwan da ke cikin shiri

Wani abu da ke cikin shiri ya kamata ya fito da abubuwan da ke cikin shiri da kuma tsarin device. Sinoseen ya ba abubuwan da ke cikin shiri na OEM/ODM da kuma za a iya duba sauranshin na optical setup, flexible-circuit layout, kuma kuma yadda ake sanya da kuma abubuwan da ke cikin shiri.

Kammalawa na yin amfani, shirin yin amfani, kudin kariya, da lokacin da ke cikin gaba daya suna daga bayanin inggantun.

Bayani da Karfi

Amsa 1 — Share Your Requirements

Nuna abin da ke amfani, platform na yin amfani, kudin kariya da ke bukatar, kudin kariya na frame, kudin kariya na yin amfani, kudin kariya na yin amfani, da kudin kariya na yin amfani.

Amsa 2 — Review the Configuration

Gano tsarin yin amfani na sensor, interface, lens, da tsarin yin amfani. Nuna abubuwan da suka hada da kudin kariya na yin amfani.

Amsa 3 — Confirm Drawings and Evaluation Criteria

Kun gudan cikin configuration, details na connection, mechanical revision, da sample acceptance requirements kafin prototype production.

Step 4 — Evaluate Samples

Test image quality, sustained frame rate, exposure behavior, host integration, da mechanical fit a real operating environment.

Step 5 — Approve the Production Configuration

Confirm the accepted sample, drawings, optical components, da operating configuration kafin zama zuwa volume production.

Send Your Drawings and Imaging Requirements

Mahuwar Sinoseen

Shenzhen Sinoseen Technology Co., Ltd. ta kashe a June 2016 kuma ta gudan cikin CMOS camera module design, development, manufacturing, da OEM/ODM services.

Kashe ya ke cikin shirin so na USB, MIPI, da DVP, kuma ake ba shi abubuwa daga farko har zuwa ƙarshen samun kuma taimakawa bayan samun.

Don ya sa a cikin project na kuma gaskiya na farko, Sinoseen yana aiki da abokan cin gaskiya don tabbatar da amfanin kuma gaskiya ta hanyar haɗawa na maki da elektriko. Wannan yana taimaka wajen fahimtar kayan aiki na kuma gaskiya wanda za a iya tabbatar da su a cikin abu da ke zama aiki a baya da amfanin kuma gaskiya.

Sertifikat da Malalin Kuma Gaskiya

Dokumenta na Sinoseen sun hada da rukunin amfanin kuma gaskiya, dokumenin kuma gaskiya na amfanin kuma gaskiya, hakkin kuma gaskiya na software, da patenshin na kuma gaskiya na model. Don project na kuma gaskiya na kuma gaskiya, da fatan za a buƙata dokumenta na yanzu wanda suka dace da model da kayan aiki da aka zaɓa, ta hanyar CE, FCC, ko RoHS.

Masu Sabon Gaskiya

Wannan module ya ƙara hoton rangi?

Ba. Wannan kayan aiki yana amfani da sensor na OV9281 wanda ba shi da rangi. Ya ƙare waɗannan ayyukan da ke cikin kuma gaskiya na kuma gaskiya, kuma gaskiya, kuma gaskiya, da kuma gaskiya ba tare da bayanin rangi.

Yana kuma gaskiya na global shutter ya tsara kuma gaskiya na kuma gaskiya?

Shutter na gaba mai ƙarfi yana karewa daga skew wanda ke zama ne saboda farko na bayani na taswira suka ƙarewa a lokaci different. Kuma yana iya zama motion blur idan exposure ya kashe lokaci na farko. Iluminasi da exposure settings suna bukatar a zaɓa su don amfani.

Shin module zai iya ba da 1280 × 800 a 120 fps?

Sensor na OV9281 ta sanya wannan abu na aiki. Amincewa na output na gaba daya daga cikin module zai bukata a tattauna da interface na zaɓa, driver, exposure settings, da host platform.

Zan iya kawo shi da USB port sai dai?

Babu USB interface na zaɓa don wannan haɗa. Haɗa zai bukata MIPI ko DVP host wanda ke da kyau, kuma power supplies da suka ƙarewa, da software support. Idan USB ke bukatar, za a ce Sinoseen ya gano wani abu na sauri ko bridge-based design.

Shin module ta sanya infrared imaging?

Kamalinsu na infrared yana da shi kuma a cikin ƙarfi na optical filter da lens da aka sa. A cikin bayani na supply ana nuna “650 IR” filter, don haka kuma ya kamata a tabbatar da kamar yace yana da compatibility da wavelength na infrared illumination a baya da amfani da order.

Shin zan iya gyara lens, FPC, ko connector?

Wadannan gyaran zasu iya a sanya domin inginiyarin review. Nemo dukkanin drawings na enclosure, working distance, field of view da aka bukatar, da details na host connection don tabbatar da scope da feasibility.

Wane abu ne da aka bukatar domin zaune sample?

Nemo application na bukatar, host platform, interface da aka zabi, target frame rate, working distance, da mechanical constraints. Sample configuration, quantity, pricing, da lead time suna a tabbatar da project.