Insta360 GO 3

Jedinečná neviditelná selfie tyč + tripod, která je primárně určena pro Insta360 ONE X 2 se kterou budou Vaše snímky na profesionální úrovni.

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Insta360 Studio

Stepper Motors are in stock at DigiKey. Order Now! Motors, Actuators, Solenoids and Drivers ship same day.

360° kamera Insta360 X3 S vylepšeným 1/2" snímačem a větším dotykovým displejem, vodotěsné tělo do 10 metrů, software poháněný AI pro intuitivní přístup, časosběrný záběr 8K Stabilizace FlowState +…

360° kamera Insta360 X3 S vylepšeným 1/2" snímačem a větším dotykovým displejem, vodotěsné tělo do 10 metrů, software poháněný AI pro intuitivní přístup, časosběrný záběr 8K Stabilizace FlowState +…

Hlavní výhodou je, že ji není vidět na záběrech z kamer Insta360. Získáte tak neuvěřitelné záběry ze třetí osoby. Super lehký design. Vysoce pevné materiály umožňují stabilní použití s kamerami…

360 kamera Insta360 One X2 dokáže nahrávat 360° video v rozlišení 5,7 K, clona f / 2.0, Wi-Fi, Bluetooth 4.2, USB-C, podporuje paměťové karty microSD, baterie s kapacitou 1630 mAh, doba nabíjení 85…

It adopts PMMA LGP, high lumen SMD with CRI>80, the overall luminous effect of the panel lamp is uniform, which can effectively relieve eye fatigue and restore ...

360camera app

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Zjistěte v našich zásadách ochrany osobních údajů více o tom, kdo jsme, jak nás můžete kontaktovat a jak zpracováváme vaše osobní údaje.

Vertikální rychlá čtečka Insta360 pro X2/RS/RS1-inch vám umožňuje přenášet obsah do telefonu nebo počítače. Vložením microSD karty do čtečky a jejím zasunutím do USB Type-C portu vaší kamery během…

Insta360

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These high-power Band Pass Filters are to be fitted on the output side of your linear amplifier, filtering out not only harmonics also broadband noise from ...

This type of lens can throw its beam to a distance of 26 miles.                  Tests showed that an open flame lost nearly 97% of its light, and a flame with reflectors behind it still lost 83% of its light.  The Fresnel lens was able to capture all but 17% of its light.

Vertikální rychlá čtečka Insta360 pro X3 vám umožňuje přenášet obsah do telefonu nebo počítače. Vložením microSD karty do čtečky a jejím zasunutím do USB Type-C portu vašeho X3 můžete během snímání…

The first Fresnel lens, installed in the elegant Cardovan Tower lighthouse on France's Gironde River in 1822, was visible to the horizon, more than 20 miles away. Sailors had long romanticized lighthouses. Now scientists could rhapsodize, too. "Nothing can be more beautiful than an entire apparatus for a fixed light," one engineer said of Fresnel's device. "I know of no work of art more beautifully creditable to the boldness, ardor, intelligence, and zeal of the artist." Fresnel lenses soon shone along the ragged coastlines of Europe, but surprisingly, America was slower to see the light. As mariners came to depend on Europe's powerful new lights, they complained bitterly about the puny lamps lighting America's coasts.  Despite the clear superiority of Fresnel lenses, the parsimonious bureaucrat in charge of federal lighthouses, Stephen Pleasanton, considered the cost prohibitive. Finally, the uproar became so great that in 1838 Congress launched an investigation. It was not until then that Congress coughed up the cash to import a few Fresnel lenses. The first were installed in 1841 inside the two towers at Navesink Lighthouse, overlooking the approach to New York Harbor. Only after 1852, when the United States created a Lighthouse Board made up of eminent scientists and mariners, including Joseph Henry of the Smithsonian and Alexander Bache of the U.S. Coast Survey, did the great lenses really begin to light America's coastline. By the Civil War, nearly all lighthouses in the United States had Fresnel lenses.

Lehký a odolný kryt objektivu od Insta360 pro dvojité čočky kamery X3, aby je chránil, když se nepoužívají. Kryt se vejde na objektivy, i když je kamera vybaven lepivými chrániči objektivu. Odolná…

Insta360GO

360° kamery od světových výrobců. Získejte jedinečné záběry a skvělé zážitky při sledování 360° videí. Dejme svým videím a sledovatelům nové možnosti, které jistě ocení a zamilují si je. V nabídce máme špičkové 360° kamery od výrobce Insta360. Insta360 ONE X2 nebo Insta360 X3

GlowbackLED is a leading manufacturer of linear LED lighting for decorative and general purposes. We specialize in custom linear lighting solutions, ...

Baterie pro insta360 X3 (1800mAh). Díky 10% zvýšené kapacitě tato baterie zajistí akci až 81 minut. Lithium-ionu baterii lze dobít za pouhých 90 minut pro další používání. Součástí baterie je krabička…

Insta360X3

Operating Status Active; Also Known As OATI; Legal Name Opto-Alignment Technology, Inc. Company Type For Profit. Contact Email Sales@OptoAlignment.com; Phone ...

This is a first-order Fresnel lens, made in France and shipped to the United States in the mid-19th century.  It consists of concentric rings of glass prisms that bend the light coming front a lamp inside the lens into a narrow beam.  This lens has 1,176 prisms and 24 bullseyes.  At the center, the bullseyes work like a magnilying glass so that the light beam is even more powerful.  The lens sections are held together by brass frames weighing five to six tons.  The entire lens weighs in at approximately six to eight tons.

Only after 1852, when the United States created a Lighthouse Board made up of eminent scientists and mariners, including Joseph Henry of the Smithsonian and Alexander Bache of the U.S. Coast Survey, did the great lenses really begin to light America's coastline. By the Civil War, nearly all lighthouses in the United States had Fresnel lenses.

Sada 53v1 obsahuje veškeré potřebné příslušenství pro využití při zimních sportech, vodních sportech, cyklistice ať už standardních nahrávkách. Umožňuje používat všechny prvky sady současně bez…

A diffraction grating is an optical component with a periodic structure that splits and diffracts light into several beams traveling in different directions.

Fresnel worked out a number of formulas to calculate the way light changes direction, or refracts, while passing through glass prisms. Working with some of the most advanced glassmakers of the day, he produced a combination of prism shapes that together made up a lens. The Fresnel lighthouse lens used a large lamp at the focal plane as its light source. It also contained a central panel of magnifying glasses surrounded above and below by concentric rings of prisms and mirrors, all angled to gather light, intensify it and project it outward. The various reflector systems installed in lighthouses during the 40 years preceding the introduction of the Fresnel lens certainly had been improvements over the open fires or candles in lantern rooms. Still, they could trap only a small percentage of the light. All prior systems paled by comparison with the Fresnel lens. The first Fresnel lens, installed in the elegant Cardovan Tower lighthouse on France's Gironde River in 1822, was visible to the horizon, more than 20 miles away. Sailors had long romanticized lighthouses. Now scientists could rhapsodize, too. "Nothing can be more beautiful than an entire apparatus for a fixed light," one engineer said of Fresnel's device. "I know of no work of art more beautifully creditable to the boldness, ardor, intelligence, and zeal of the artist." Fresnel lenses soon shone along the ragged coastlines of Europe, but surprisingly, America was slower to see the light. As mariners came to depend on Europe's powerful new lights, they complained bitterly about the puny lamps lighting America's coasts.  Despite the clear superiority of Fresnel lenses, the parsimonious bureaucrat in charge of federal lighthouses, Stephen Pleasanton, considered the cost prohibitive. Finally, the uproar became so great that in 1838 Congress launched an investigation. It was not until then that Congress coughed up the cash to import a few Fresnel lenses. The first were installed in 1841 inside the two towers at Navesink Lighthouse, overlooking the approach to New York Harbor. Only after 1852, when the United States created a Lighthouse Board made up of eminent scientists and mariners, including Joseph Henry of the Smithsonian and Alexander Bache of the U.S. Coast Survey, did the great lenses really begin to light America's coastline. By the Civil War, nearly all lighthouses in the United States had Fresnel lenses.

Nová kamera s nejlepší kvalitou obrazu 8K od Insta360! Akční 360° kamera Insta360 X4 se snímačem 1/2''. Rozlišení 360° videa je 8K/30fps, při 4K až 100 fps. Foto rozlišení až 72Mpx. Velký dotykový…

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1. The objective lens forms a real, inverted, and magnified image of the object. Answer. 2. The eyepiece acts as a magnifying glass to further magnify the image ...

The various reflector systems installed in lighthouses during the 40 years preceding the introduction of the Fresnel lens certainly had been improvements over the open fires or candles in lantern rooms. Still, they could trap only a small percentage of the light. All prior systems paled by comparison with the Fresnel lens. The first Fresnel lens, installed in the elegant Cardovan Tower lighthouse on France's Gironde River in 1822, was visible to the horizon, more than 20 miles away. Sailors had long romanticized lighthouses. Now scientists could rhapsodize, too. "Nothing can be more beautiful than an entire apparatus for a fixed light," one engineer said of Fresnel's device. "I know of no work of art more beautifully creditable to the boldness, ardor, intelligence, and zeal of the artist." Fresnel lenses soon shone along the ragged coastlines of Europe, but surprisingly, America was slower to see the light. As mariners came to depend on Europe's powerful new lights, they complained bitterly about the puny lamps lighting America's coasts.  Despite the clear superiority of Fresnel lenses, the parsimonious bureaucrat in charge of federal lighthouses, Stephen Pleasanton, considered the cost prohibitive. Finally, the uproar became so great that in 1838 Congress launched an investigation. It was not until then that Congress coughed up the cash to import a few Fresnel lenses. The first were installed in 1841 inside the two towers at Navesink Lighthouse, overlooking the approach to New York Harbor. Only after 1852, when the United States created a Lighthouse Board made up of eminent scientists and mariners, including Joseph Henry of the Smithsonian and Alexander Bache of the U.S. Coast Survey, did the great lenses really begin to light America's coastline. By the Civil War, nearly all lighthouses in the United States had Fresnel lenses.

Insta360camera

Natočte záběry z hloubky pod hladinou vody pomocí Dive Case od Insta360. Průhledné pouzdro, přizpůsobené pro X3, zachovává viditelnost dotykové obrazovky pro sledování videa a zároveň umožňuje nadále…

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Plano-convex lens: A... Optical Flats Suppliersflat surfacedflat opticglasspyrexquartzpolished surfaces ...

Ochrana čoček, sada Sticky Lens Guard obsahuje dva kryty objektivu pro obě strany kamery Insta360 X3. Chrání před poškrábáním a prachem. Plastové kryty pomáhají předcházet opotřebení, které by mělo…

Sada 53v1 obsahuje veškeré potřebné příslušenství pro využití při zimních sportech, vodních sportech, cyklistice ať už standardních nahrávkách. Umožňuje používat všechny prvky sady současně bez…

Insta360 Ace Pro

Fast Charging Hub pro kameru Insta360 X3 nabíjí až tři baterie X3 současně. Baterie se nabíjejí přibližně za 90 minut, přičemž LED dioda nad každým slotem baterie potvrzuje, zda se baterie nabíjí,…

As a child, he was a slow learner who showed little interest in language studies or in tests of memory. By the age of 8, he could barely read. Yet his boyhood friends, for whom he studiously determined how to increase the power of popguns and bows, called him "the genius." When applied to optics, his genius proved to be real and considerable. Where others had improved existing lighthouse technology, Fresnel leapt forward by studying the behavior of light itself. His studies both advanced the understanding of the nature of light and produced the most important breakthrough in lighthouse lights in 2,000 years. Fresnel worked out a number of formulas to calculate the way light changes direction, or refracts, while passing through glass prisms. Working with some of the most advanced glassmakers of the day, he produced a combination of prism shapes that together made up a lens. The Fresnel lighthouse lens used a large lamp at the focal plane as its light source. It also contained a central panel of magnifying glasses surrounded above and below by concentric rings of prisms and mirrors, all angled to gather light, intensify it and project it outward. The various reflector systems installed in lighthouses during the 40 years preceding the introduction of the Fresnel lens certainly had been improvements over the open fires or candles in lantern rooms. Still, they could trap only a small percentage of the light. All prior systems paled by comparison with the Fresnel lens. The first Fresnel lens, installed in the elegant Cardovan Tower lighthouse on France's Gironde River in 1822, was visible to the horizon, more than 20 miles away. Sailors had long romanticized lighthouses. Now scientists could rhapsodize, too. "Nothing can be more beautiful than an entire apparatus for a fixed light," one engineer said of Fresnel's device. "I know of no work of art more beautifully creditable to the boldness, ardor, intelligence, and zeal of the artist." Fresnel lenses soon shone along the ragged coastlines of Europe, but surprisingly, America was slower to see the light. As mariners came to depend on Europe's powerful new lights, they complained bitterly about the puny lamps lighting America's coasts.  Despite the clear superiority of Fresnel lenses, the parsimonious bureaucrat in charge of federal lighthouses, Stephen Pleasanton, considered the cost prohibitive. Finally, the uproar became so great that in 1838 Congress launched an investigation. It was not until then that Congress coughed up the cash to import a few Fresnel lenses. The first were installed in 1841 inside the two towers at Navesink Lighthouse, overlooking the approach to New York Harbor. Only after 1852, when the United States created a Lighthouse Board made up of eminent scientists and mariners, including Joseph Henry of the Smithsonian and Alexander Bache of the U.S. Coast Survey, did the great lenses really begin to light America's coastline. By the Civil War, nearly all lighthouses in the United States had Fresnel lenses.

Despite the clear superiority of Fresnel lenses, the parsimonious bureaucrat in charge of federal lighthouses, Stephen Pleasanton, considered the cost prohibitive. Finally, the uproar became so great that in 1838 Congress launched an investigation. It was not until then that Congress coughed up the cash to import a few Fresnel lenses. The first were installed in 1841 inside the two towers at Navesink Lighthouse, overlooking the approach to New York Harbor.

At first, an oil lamp with five wicks provided the light source.  Kerosene was the preferred fuel. With the advent of electricity,  lamps came into use.

2023919 — As the leading automation showcase in North America, it offers hands-on, front-row experiences you can't find anywhere else.

The global shortwave infrared (SWIR) market size in terms of revenue is estimated to be worth $631 million in 2024 and is poised to reach $1068 million by ...

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Insta360 ONE RS 1-Inch 360 Edition kamera, modulární 360-stupňový systém oblíbených akčních kamer ONE RS. s vyměnitelnými čočkami. Tento propracovaný model má vertikální tvar a 1-Inch 360 mod s…

Fresnel lenses soon shone along the ragged coastlines of Europe, but surprisingly, America was slower to see the light. As mariners came to depend on Europe's powerful new lights, they complained bitterly about the puny lamps lighting America's coasts.