The Tiffen 62mm Hyper Star Filter is designed to be used perpendicular to a point light source such as the sun, a light bulb, or a candle. Within the filter's surface is a combination of fine, etched line types. Those lines help to create a starburst effect with 14 primary diffraction spikes that extend from the light source which is also given an elliptical shape. The Tiffen 62mm Hyper Star Filter arranges those diffraction spikes in a pattern where seven primary diffraction spikes are grouped along both sides of the elliptically-shaped light source that are furthest from each other. This filter is most effective for pictures where the light source used to generate the starburst effect is a highlight with a significant degree of contrast from the rest of the image. It is constructed from optical glass for clarity as well as color fidelity, and features an aluminum-alloy filter ring that can be rotated in order to adjust the direction of the diffraction spikes and overall orientation of the starburst effect.
The Tiffen 62mm Hyper Star Filter is designed to be used perpendicular to a point light source such as the sun, a light bulb, or a candle. Within the filter's surface is a combination of fine, etched line types. Those lines help to create a starburst effect with 14 primary diffraction spikes that extend from the light source which is also given an elliptical shape. The Tiffen 62mm Hyper Star Filter arranges those diffraction spikes in a pattern where seven primary diffraction spikes are grouped along both sides of the elliptically-shaped light source that are furthest from each other. This filter is most effective for pictures where the light source used to generate the starburst effect is a highlight with a significant degree of contrast from the rest of the image. It is constructed from optical glass for clarity as well as color fidelity, and features an aluminum-alloy filter ring that can be rotated in order to adjust the direction of the diffraction spikes and overall orientation of the starburst effect.
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The Tiffen 62mm Hyper Star Filter is designed to be used perpendicular to a point light source such as the sun, a light bulb, or a candle. Within the filter's surface is a combination of fine, etched line types. Those lines help to create a starburst effect with 14 primary diffraction spikes that extend from the light source which is also given an elliptical shape. The Tiffen 62mm Hyper Star Filter arranges those diffraction spikes in a pattern where seven primary diffraction spikes are grouped along both sides of the elliptically-shaped light source that are furthest from each other. This filter is most effective for pictures where the light source used to generate the starburst effect is a highlight with a significant degree of contrast from the rest of the image. It is constructed from optical glass for clarity as well as color fidelity, and features an aluminum-alloy filter ring that can be rotated in order to adjust the direction of the diffraction spikes and overall orientation of the starburst effect.
The Tiffen 62mm Hyper Star Filter is designed to be used perpendicular to a point light source such as the sun, a light bulb, or a candle. Within the filter's surface is a combination of fine, etched line types. Those lines help to create a starburst effect with 14 primary diffraction spikes that extend from the light source which is also given an elliptical shape. The Tiffen 62mm Hyper Star Filter arranges those diffraction spikes in a pattern where seven primary diffraction spikes are grouped along both sides of the elliptically-shaped light source that are furthest from each other. This filter is most effective for pictures where the light source used to generate the starburst effect is a highlight with a significant degree of contrast from the rest of the image. It is constructed from optical glass for clarity as well as color fidelity, and features an aluminum-alloy filter ring that can be rotated in order to adjust the direction of the diffraction spikes and overall orientation of the starburst effect.
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Last updated at 23/07/2024 21:47:22
