10628 Allicdata Electronics
Allicdata Part #:

1066-1064-ND

Manufacturer Part#:

10628

Price: $ 0.95
Product Category:

Optoelectronics

Manufacturer: Carclo Technical Plastics
Short Description: LENS BUBBLE 20MM DOWNLIGHT
More Detail: Lens with Integrated Mount Clear Wide Lumileds™ L...
DataSheet: 10628 datasheet10628 Datasheet/PDF
Quantity: 1000
Lead Free Status / RoHS Status: Lead free / RoHS Compliant
Moisture Sensitivity Level (MSL): 1 (Unlimited)
384 +: $ 0.86183
Stock 1000Can Ship Immediately
$ 0.95
Specifications
Series: --
Part Status: Active
Lead Free Status / RoHS Status: --
Type: Lens with Integrated Mount
Moisture Sensitivity Level (MSL): --
Color: Clear
Number of LEDs: 1
Lens Style: Round with Domed Top
Lens Size: 20mm Dia
Lens Transparency: Diffused
Optical Pattern: Wide
Viewing Angle: --
For Use With/Related Manufacturer: Cree, LG Innotek, Lumileds, Nichia, Osram, Plessey, Samsung, Seoul, Stanley, Toshiba
Material: Polycarbonate
Mounting Type: Adhesive
Description

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

The 10628 application field and working principle is a powerful tool used by scientists and engineers to understand the optical behavior of lenses. It is often used to analyze the features of lenses for various applications such as microscopy, imaging, and virtual reality (VR). In this article, we will be discussing the 10628 application field and working principle.

Applying the 10628 Principle to Lens Design

The 10628 principle, or Snell-Descartes’ Law, is used to measure the behavior of lenses when exposed to specific incident lightwaves. The law is a mathematical formulation of the optical refraction behavior of lenses based on the refractive index of the lens material, the radius of curvature of the lens’ surfaces, and the angles between the incident lightwave and the normal of the lens’ surfaces. The 10628 application field and working principle can be used to understand the transmission of light through a lens, as well as the change in direction of the light beam as it exits the lens.

To design a lens using the 10628 principle, one must first understand the refraction behavior of lenses and the index of refraction (IOR) of the lens materials. Refraction is a process in which light is bent as it passes from one medium to another. This bending is due to a change in the speed of the light as it enters different mediums, and this change is determined by the refractive index of the medium. The refractive index of a material is the ratio of the speed of light in a vacuum to the speed of light in the material.

Once the refractive index of the lens materials (IOR) is known, the next step is to calculate the incident angle of the lightwave entering the lens. This is done by using the 10628 application field and working principle. The law states that the incident angle of the lightwave is related to the refractive index of the lens material and the radius of curvature of the lens’ surfaces. This equation is used to calculate the angles at which the lightwave will bend when it exits the lens.

The 10628 principle can also be used to calculate the focal distance of the lens. This is the distance between the center of the lens and the point at which the light is focused. The focal distance can be used to create lenses of different magnifications, and to optimize the performance of the lens depending on the type of application.

Applications of the 10628 Principle

As mentioned above, the 10628 principle is used to design lenses for various applications. Microscopes use lenses of different magnifications to create an image of a sample, and the 10628 principle can be used to design those lenses. It is also used to design lenses for cameras, telescopes, and virtual reality headsets, where the focus and magnification of the lenses are critical for proper image capture and display.

The 10628 principle is also used to develop lenses that can be used in medical scanning and imaging applications. These lenses are designed to capture images of the interior of the human body, and they must be designed with precise angles and carefully calculated focal distances to ensure that the images they capture are clear.

Finally, the 10628 principle can be used to understand and predict the behavior of lenses when they are exposed to various light sources. This is important in applications such as photography and lighting design, where the precise angles and focal distances of lenses can be used to create desired lighting effects.The specific data is subject to PDF, and the above content is for reference

Related Products
Search Part number : "1062" Included word is 40
Part Number Manufacturer Price Quantity Description
1062250025 Molex, LLC 99.42 $ 2 FLEXI TRUNK CBL OM3 12F P...
BB-855-10625 B&B Smar... 124.74 $ 1 MINIMC TP-TX/FX-SM1310/PL...
1062660000 Weidmuller 3.61 $ 1000 JUMPER FOR WDU 6 5POS
1062830001 Molex, LLC 82.54 $ 9 QSFP MM50 OM2 ASSY OFNPCa...
DW-03-14-G-D-1062 Samtec Inc. 0.71 $ 1000 .025" BOARD SPACERS6 Posi...
T-1062ACT PulseR 12.1 $ 1000 XFMR SINGLE 1.0625GB Z:15...
1062847000 Molex, LLC 76.78 $ 1000 12F RIBBN TK JCKT LOOPBAC...
BB-854-10621 B&B Smar... 92.17 $ 1000 MINIMC MODULE, TP-TX/FX-M...
BB-855-10623-TX B&B Smar... 159.05 $ 1000 MINIMC, TP-TX/FX-MM1300-S...
BB-855-10627 B&B Smar... 180.18 $ 1000 MINIMC, TP-TX/FX-SM1310/L...
1062-12-0144 TE Connectiv... 0.34 $ 4470 CONTACT SKT 12-14AWG CRIM...
1062722133 Molex, LLC 119.19 $ 1000 KEYED MTP SM 3MM CBL 1MCa...
1062110000 Weidmuller 11.12 $ 1000 CONDUCTOR MARKER SFC 2.5/...
DW-12-19-S-S-1062 Samtec Inc. 1.81 $ 1000 .025" BOARD SPACERS12 Pos...
1062960000 Weidmuller 30.71 $ 1000 COVER BLANK WAD 27 10/PKC...
1062830018 Molex, LLC 0.0 $ 1000 MOLEX QSFP OPT CABLE ASSY...
3M 4910 CUSTOM U-1062 3M (TC) 104.99 $ 1000 3M 4910 VHB TAPE CUSTOM U...
22-12-1062 Molex, LLC 1.1 $ 1000 CONN HEADER R/A 6POS 2.5M...
EPM94CKW-1062 Honeywell Se... 0.0 $ 1000 EPM94 LEGEND INSERT O
1062835003 Molex, LLC 150.42 $ 55 CABLE QSFP+ OPTICAL BRKOU...
1062835103 Molex, LLC 158.34 $ 1000 MX QSFP MTP-LC BOUT CABLE...
1062A 0102500 Belden Inc. 13.86 $ 1000 CBL 50PR 20AWG SHLD101 (5...
BB-855-10621 B&B Smar... 106.03 $ 1000 MINIMC, TP-TX/FX-MM850-SC
1062180150 Weidmuller 36.79 $ 1000 CABLE SOCKET 5POLECable A...
1062450000 Weidmuller 69.0 $ 1000 SYSTEM CABLECable Fiber O...
1062150500 Weidmuller 85.42 $ 1000 CABLE CONN 5POLECable Ass...
1062180500 Weidmuller 51.41 $ 1000 CABLE SOCKET 5POLECable A...
1062250022 Molex, LLC 245.92 $ 2 STRT TRUNK CBL SM 24F PLN...
1062831020 Molex, LLC 105.08 $ 1000 QSFP MM50 OM3 ASSY OFNPCa...
1062250047 Molex, LLC 386.83 $ 2 FLEXI TRUNK CBL SM 24F PL...
1062831015 Molex, LLC 138.38 $ 1000 QSFP MM50 OM3 ASSY OFNPCa...
BB-855-10620 B&B Smar... 88.7 $ 1000 MINIMC, TP-TX/FX-MM850-ST
1062940000 Weidmuller 2.02 $ 1000 SL 7.62/8/90B3.2SN BK
1062672051 Molex, LLC 138.3 $ 1000 F/O CABLE MTP/JMPR (4) 50...
1062830013 Molex, LLC 0.0 $ 1000 QSFP MM50 OM2 ASSY OFNPCa...
1062831030 Molex, LLC 0.0 $ 1000 QSFP MM50 OM3 ASSY OFNPCa...
1062830030 Molex, LLC 0.0 $ 1000 QSFP MM50 OM2 ASSY OFNPCa...
1062835303 Molex, LLC 0.0 $ 1000 MX QSFP MTP-LC BOUT HB CB...
10620-5600-008 3M 3.02 $ 1000 CONN D-SUB 20POS BACKSHEL...
1062040000 Weidmuller 10.47 $ 1000 CONDUCTOR MARKER SFC 2.5/...
Latest Products
114990174

LENS FOR SMD LED 14.6X23.6MMLens

114990174 Allicdata Electronics
CL2FROSTLENS

LENS FROSTED CL2 DLD LABELLens Strip Whi...

CL2FROSTLENS Allicdata Electronics
CL2CLEARLENS

CLEAR CL2 LENS JLG LABELLens Strip Clear

CL2CLEARLENS Allicdata Electronics