What is the translation of " CMOS " in English?

• CMOS

Examples of using CMOS in Croatian and their translations into English

Za one od vas dovoljno pametan da ukazuju sam zamijenite CMOS bateriju.
For those of you smart enough to suggest I replace the CMOS battery.

Opremljen s 1, 2 MP Global Shutter i CMOS senzorom, ova kamera učinkovito uklanja jello efekt.
Equipped with a 1.2 MP Global Shutter and a CMOS sensor, this camera effectively eliminates the jello effect.

Nešto na matičnoj ploči uzrokuje pogrešku kada pokušavate komunicirati s CMOS.
Something on the motherboard is causing an error when trying to interact with the CMOS.

Većina digitalnih integriranih sklopova izvodi se u komplementarnoj MOS-tehnici(CMOS), u kojoj se upotrebljavaju komplementarni parovi n-kanalnih i p-kanalnih MOSFET-ova.
Modern integrated circuits are CMOS logic, which uses both p-channel and n-channel transistors.

Nemojte uklanjati unaprijed postavljenu liniju kratkog spoja prije lemljenja CMOS kruga.
Do not remove the pre-set short-circuit line before soldering the CMOS circuit.

MCube izbjegava korištenje veznih žica za povezivanje CMOS ploče s mikromoknutom pločicom spajanjem mems izravno na CMOS.
MCube avoids using bond wires to connect a CMOS wafer to a micromachined wafer by bonding the mems directly to the CMOS.

Ovaj Canon filtar s više premaza kontrolira svjetlo koje prolazi kroz vaš objektiv do CMOS senzora.
This multi-coated Canon filter controls the light passing through your lens to the CMOS sensor.

Da pridaje malariji dobro ime, CMOS je još jadniji Nadzor ćelije je tako gadan i firewall nam manje pokazuje nego Kanye.
The CMOS is'mo' pathetic Cellular monitoring is so buggy it gives malaria a good name, and the firewall's less likely to show up to play than Kanye.

I vatrozid ima manje šanse da zapjeva od Kanye. daje malariji dobar naziv, CMOS je'mo' patetičan Stanično praćenje je tako loše.
The CMOS is'mo' pathetic Cellular monitoring is so buggy it gives malaria a good name, and the firewall's less likely to show up to play than Kanye.

Now, Ja sam promijenio CMOS bateriju dva puta u roku 2 mjeseca span i mislim najduže stvari trajalo je oko tjedan dana prije nego što se vratio na koji“BIOS checksum neusklađenost”.
Now, I have changed the CMOS battery twice within a 2 month span and I think the longest things lasted were about a week before it reverted to that“BIOS checksum mismatch”.

RS-okidači su vrlo česti. Koriste se u statičkom RAM-u malog volumena, kada dimenzije jedne ćelije nisu kritične, na primjer, u CMOS memorijskim postavkama na matičnoj ploči računala.
They are used in static RAM of small volume, when the dimensions of one cell are not critical, for example, in the CMOS memory settings on the computer's motherboard.

Osim senzora Exmor RS™ CMOS i procesora slike BIONZ X™, robusna kvaliteta i nenametljiv dizajn pogodan za sve prilike jamče da ćete biti spremni za snimanje uz još više kreativne slobode kad god se za to pojavi prilika.
Along with the Exmor RS™ CMOS sensor and BIONZ X™ image processor, this camera's robust quality and unobtrusive, go-anywhere design ensure that you will be ready to shoot with more creative freedom at every opportunity.

Predloženi zadaci projekta su međusobno povezani preko priprave hibridnih materijala na temelju jeftinog silicija kompatibilnog CMOS tehnologiji u svrhu razvoja navedenih primjena.
The proposed tasks are mutually interconnected by the CMOS technology compatible materials production based on inexpensive silicon, and by the search for their specific advanced applications.

CMOS senzor s 18 megapiksela radi s 14-bitnim DIGIC 4 procesorom slike radi pružanja slika s niskom razinom šuma, čak i prilikom snimanja s dugim ekspozicijama ili pri visokoj ISO osjetljivosti(maksimalno ISO 6400, proširivo do ISO 12 800).
An 18-megapixel CMOS sensor works with a 14-bit DIGIC 4 image processor to deliver images that are low in noise, even when shooting with long exposures or at high ISO sensitivity(max ISO 6400, expandable to ISO 12,800).

To je besprijekoran, a njegovo intelektualno vlasništvo leži u izradi i brtvljenju MEMS senzora na vrhu CMOS-a bez kabela vezanih uz hranu- mikro-obradom dvaju wafers i povezivanjem na čašu CMOS vidi dijagram.
It is fabless, and its intellectual property lies in making and sealing MEMS sensors on top of CMOS without space-eating bond wires- by micro-machining two wafers and bonding them to a CMOS wafer see diagram.

Opći trošak silikonskih CMOS reznih listova je 10 USD po kvadratnom centimetru, složeni poluvodiči su još skuplji, a idealan trošak za fleksibilnu elektroniku iznosi 0, 1 USD po kvadratnom centimetru, ogromne prednosti fleksibilne elektronike mogu se vidjeti iz troškova.
The general cost of silicon CMOS wafers is$ 10 per square centimeter, compound semiconductors are even more expensive, and the ideal cost for flexible electronics is US$ 0.1 per square centimeter, the huge advantages of flexible electronics can be seen from the cost.

Rasipanje topline Prilikom snimanja videozapisa ili izuzetno brzog kontinuiranog snimanja fotografija duže vrijeme bez pauziranja, CMOS senzor i dva procesora DIGIC 6+ obrađuju ogromne količine podataka, što rezultira stvaranjem znatne količine topline.
When shooting movies or capturing images continuously via high-speed mode for a long time without breaks, the CMOS sensor and Dual"DIGIC 6+" processors deal with a massive amount of data, which in turn generates a significant amount of heat.

Veliki APS-C CMOS senzor u fotoaparatu FUJIFILM X-A2 pruža bogati prikaz nijansi, povećani dinamički raspon, podržava maksimalnu ISO od 25 600 i pruža mogućnost izrade prekrasnog"bokeha"- umjetnički efekt gubitka fokusa koji se postiže snimanjem s plitkom dubinom polja.
The FUJIFILM X-A2's large APS-C CMOS sensor gives rich tonal expression, increased dynamic range, support for a maximum ISO of 25,600, and the ability to create a beautiful"bokeh"- the aesthetic out-of-focus effect achieved when shooting with a shallow depth of field.

Međutim, u ovom trenutku još uvijek postoji nekoliko konkurentskih tehnologija u sinkronom porastu, kao što je OLED na CMOS tehnologiji mikro projekcije, trenutno rezolucija iznosi do 3000 PPI i može se primijeniti u VR/ AR kroz optičke proizvode.
However, at present there are still quite a few competing technologies in synchronous rise, such as the OLED on CMOS micro projection display technology, at present, the resolution has up to 3000 PPI, and can be applied in VR/AR through optical products.

Zbog načina izrade X-Trans CMOS II senzora koji eliminira potrebu za optičkim niskopropusnim filtorm(OLPF-om) i ujedinjuje mrežu filtara u boji koji je tvrtka FUJFILM prethodno razvila, fotoaparat FUJIFILM X-E2 reproducira prizore razlučivošću i jasnoćom koji konkuriraju većim senzorima.
Due to the X-Trans CMOS II sensor architecture that eliminates the need for an optical low-pass filter(OLPF) and integrates FUJFILM's originally developed colour filter array, the FUJIFILM X-E2 reproduces scenes with resolution and clarity rivaling a larger sensor.

Među njima, USB sučelje za spajanje USB domaćin, u taj izbor USB bus sučelje tip priključka; CH341T USB sučelje RS232 sučelje za sve hardver funkcije; MAX232 za RS232 i TLL/ CMOS razina pretvorbe; RS232 sučelje za spajanje RS232 uređaja.
Among them, USB interface for connecting USB host, in this selection USB bus interface type A connector; CH341T USB interface to RS232 interface for all hardware functions; MAX232 for RS232 and TLL/ CMOS level conversion; RS232 interface for connecting RS232 devices.

Vaše snimke bit će predivne, jasne i oštre, čak i pri slabom osvjetljenju, zahvaljujući HS sustavu koji kombinira CMOS senzor s 20, 3 megapiksela i pozadinskim osvjetljenjem i snažni procesor DIGIC 6 za brz rad i superiornu kvalitetu slike nevjerojatnih detalja.
Your shots will be beautiful, crisp and clear, even in low light, thanks to HS System, which combines a 20.3 Megapixel back-illuminated CMOS sensor with a powerful DIGIC 6 processor for fast operation and superior image quality with stunning detail.

IHS koristi snagu novog 12-Megapikselnog CMOS senzora s pozadinskim osvjetljenjem i TruePic VI procesora za obradu slike(prvenstveno napravljenih za D-SLR fotoaparate) kako bi se značajno poboljšale performanse u uvjetima slabog osvjetljenja, ubrzale reakcije fotoaparata i poboljšalo prepoznavanje scene i objekta.
IHS harnesses the power of a new 12-Megapixel backlit CMOS sensor and the TruePic VI image processor(originally developed for D-SLR cameras) to dramatically improve low-light performance, speed up camera response and enhance scene and subject recognition.

IFT-ovi uključuju: Benchmarking aplikacije Sustavi i arhitekture More Moore- daljnji razvoj u tradicionalnim integrirani krug, koji se odnosi na povijesna poboljšanja koja opisuje Mooreov zakon Beyond CMOS- tehnologije koje dopuštaju daljnji napredak kada CMOS dostigne svoje temeljne granice.
IFTs include: Application Benchmarking Systems and Architectures More Moore- further developments in traditional integrated circuits, referring to historical improvements described by Moore's law Beyond CMOS- technologies that may allow further progress once CMOS reaches its fundamental limits.

DBi omni antena za snažan signal Ugrađen IR-cut za slike visoke kvalitete Priključi& tehnologija 1MP CMOS predodžba senzor 4 posjetitelja online istovremeno Podrška za Detekcija pokreta funkcija Podrška automatski bijeli balans, automatsko preuzimanje kontrole, automa.
DBi omni antenna for strong signal Built-in IR-cut for high quality image Plug& play technology 1MP CMOS image sensor 4 visitors online simultaneously Support motion detection function Support automatic white balance, automatic gain control, automatic backlight compen.

Ona koristi statičke CMOS integrirani sklop proizvodni proces, struktura'C5x, koji se temelji na modificiranom Harvard arhitekture, tu je autobus programa i tri sabirnica podataka, cjevovod, paralelno 32bit aritmetička logička jedinica, 16 × 16bit paralelni hardver višestruko, Na čipu memorije, on-chip periferije i visoko specijaliziranih skup instrukcija.
It uses static CMOS integrated circuit manufacturing process, the structure of the'C5x, based on a modified Harvard architecture, there is a program bus and three data bus, pipelining, a parallel 32bit arithmetic logic unit, 16× 16bit parallel hardware multiply, on-chip memory, on-chip peripherals and highly specialized instruction set.

Značajke zgodan QR-kod skeniranja Omogućuje praćenje putem mobilnih uređaja na liniji 1MP CMOS predodžba senzor Ugrađen IR-cut za slike visoke kvalitete Podrška za 64GB max TF kartice Bežični P2P i Uključi kameru Dual stream s HD 720P rezoluciji Izgrađen-in mikrofon za dvo.
Features convenient QR-code scanning Allows you to monitoring via mobile devices on line 1MP CMOS image sensor Built-in IR-cut for high quality image Support 64GB max TF card Wireless P2P plug-and-play camera Dual stream with HD 720P resolution Built-in microphone fo.

Uz 16 megapiksela i visokoučinkovit senzor CMOS s pozadinskim osvjetljenjem uvijek ćete snimati slike visoke kvalitete koje ste uvijek željeli, a uz to možete i snimati gdje god da otputujete jer fotoaparat napajaju baterija AA koje možete nabaviti bilo gdje u svijetu.
With 16 megapixels and a highly efficient Backside illumination CMOS sensor you will be shooting the kind of high-quality images you have always wanted to achieve, plus you can keep shooting wherever you travel as your camera is powered by AA batteries that are readily available anywhere in the world.

Stoga XF705 ima Canonov inovativni sustav izoštravanja Dual Pixel CMOS AF koji pruža značajke za osiguravanje preciznog i pouzdanog automatskog i ručnog izoštravanja, što korisnicima pruža pouzdanje da otvore otvor blende, prate subjekte u pokretu ili približavaju fokus uz minimalan trud.
Therefore, the XF705 features Canon's innovative Dual Pixel CMOS AF focusing system that provides features to ensure both autofocus and manual focusing is accurate and reliable, giving users the confidence to open-up the aperture, track moving subjects or focus pull with minimal effort.

Izum komplementarnog procesa metal-oksid-poluvodič(CMOS) Frank Wanlass 1963, i brojni napredak u CMOS tehnologiji od strane mnogih radnika u polju poluvodiča od rada Wanlassa, omogućili su izuzetno guste i visokoučinkovite IC-ove koje industrija danas proizvodi.
The invention of the complementary metal-oxide-semiconductor(CMOS) process by Frank Wanlass in 1963, and a number of advances in CMOS technology by many workers in the semiconductor field since the work of Wanlass, have enabled the extremely dense and high-performance ICs that the industry makes today.