F62ELLNSNSNM035

    F62ELLNSNSNM035 is a type of electro-optical modulator widely used in communication, sensing and display. It can convert electrical signals into optical path coefficient by changing the refractive index of optical propagation medium. In addition, it is convenient and cost-saving, which is why it is widely welcomed by researchers and engineers. In this article, we focus on understanding the application field and working principle of F62ELLNSNSNM035.
    F62ELLNSNSNM035 can be applied to various areas such as optical communication, 3D sensing, optical coherence tomography, and displays. In optical communication, F62ELLNSNSNM035 is mainly used as an external modulator for optical fiber communication. It can change the optical intensity in a short time in response to the modulated signals, thus achieving the function of transmitting signals through an optical fiber. As an essential part of 3D sensing systems, F62ELLNSNSNM035 can quickly switch the laser off and on to generate a speckle pattern, and then measure the displacement of the speckle pattern to achieve the depth information. As for optical coherence tomography, it relies on F62ELLNSNSNM035 to achieve high-sensitive and high-speed measurement of optical path difference. In the area of displays, F62ELLNSNSNM035 can be used in projection displays by modulating a light beam and projecting it onto a screen.
    The working principle of F62ELLNSNSNM035 is that it utilizes the electrical field effect to make the refractive index of the sensing medium change. When an electrical field is applied, due to the effect of the Lorentz force, the electrons in the medium will be pushed to move and interact with ions, resulting in an increase of the density of free electrons. The local electrons increase their central charge, which in turn affects the polarization of the medium. The refractive index of the medium then changes according to the changed polarization. The conductivity of the medium also changes. By controlling the external electric field, the density of the electrons is changed, making the refractive index of the medium vary, achieving the effect of modulating the optical beam.
    In conclusion, F62ELLNSNSNM035 has a wide range of application fields including optical communication, 3D sensing, optical coherence tomography, and other displays. It utilizes the electric field effect to change the refractive index of the medium, thus modulating the optical beam. The working principle of F62ELLNSNSNM035 is complex and requires study from a variety of fields. However, the application areas are rapidly expanding, making it a popular tool for researchers and engineers.

F62ERLNLNSNM003	Panduit Corp	36.6 $	15	OM1 2 FIBER 1.6MM JACKET ...
F62ERLNLNSNM001	Panduit Corp	34.15 $	20	OM1 2 FIBER 1.6MM JACKET ...
F62ERLNSNSNM003	Panduit Corp	34.62 $	10	OM1 2 FIBER 1.6MM JACKET ...
F62ERLNLNSNM002	Panduit Corp	35.37 $	10	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNLNSNM019	Panduit Corp	57.44 $	1000	2-FIBER OM1 1.6MM JACKET ...
F62ERLNLNSNM020	Panduit Corp	57.46 $	1000	2-FIBER OM1 LC DUPLEX TO ...
F62ERLNSNSNM022	Panduit Corp	57.94 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNSNSNM021	Panduit Corp	58.06 $	1000	OM1 2-FIBER, 1.6MM JACKET...
F62ELLNSNSNM018	Panduit Corp	54.18 $	1000	OM1 2-FIBER, 1.6MM JACKET...
F62ERLNSNSNM019	Panduit Corp	54.26 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNLNSNM017	Panduit Corp	54.87 $	1000	2-FIBER OM1 1.6MM JACKET ...
F62ERLNLNSNM018	Panduit Corp	55.01 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNSNSNM019	Panduit Corp	55.47 $	1000	OM1 2-FIBER, 1.6MM JACKET...
F62ERLNSNSNM020	Panduit Corp	55.48 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNLNSNM018	Panduit Corp	56.15 $	1000	2-FIBER OM1 1.6MM JACKET ...
F62ERLNLNSNM019	Panduit Corp	56.23 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ERLNSNSNM021	Panduit Corp	56.71 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNSNSNM020	Panduit Corp	56.76 $	1000	OM1 2-FIBER, 1.6MM JACKET...
F62ERLNLNSNM021	Panduit Corp	58.69 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNLNSNM020	Panduit Corp	58.74 $	1000	2-FIBER OM1 1.6MM JACKET ...
F62ERLNSNSNM023	Panduit Corp	59.17 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNSNSNM022	Panduit Corp	59.34 $	1000	OM1 2-FIBER, 1.6MM JACKET...
F62ERLNLNSNM022	Panduit Corp	59.92 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNLNSNM021	Panduit Corp	60.03 $	1000	2-FIBER OM1 1.6MM JACKET ...
F62ERLNSNSNM024	Panduit Corp	60.4 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNSNSNM023	Panduit Corp	60.63 $	1000	OM1 2-FIBER, 1.6MM JACKET...
F62ERLNLNSNM023	Panduit Corp	61.15 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNLNSNM022	Panduit Corp	61.32 $	1000	2-FIBER OM1 1.6MM JACKET ...
F62ERLNSNSNM025	Panduit Corp	61.62 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNSNSNM024	Panduit Corp	61.93 $	1000	OM1 2-FIBER, 1.6MM JACKET...
F62ERLNLNSNM024	Panduit Corp	62.37 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNLNSNM023	Panduit Corp	62.6 $	1000	2-FIBER OM1 1.6MM JACKET ...
F62ERLNSNSNM026	Panduit Corp	62.85 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNSNSNM025	Panduit Corp	63.22 $	1000	OM1 2-FIBER, 1.6MM JACKET...
F62ERLNLNSNM025	Panduit Corp	63.6 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNLNSNM024	Panduit Corp	63.9 $	1000	2-FIBER OM1 1.6MM JACKET ...
F62ERLNSNSNM027	Panduit Corp	64.08 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNSNSNM044	Panduit Corp	87.75 $	1000	OM1 2-FIBER, 1.6MM JACKET...
F62ERLNLNSNM045	Panduit Corp	88.14 $	1000	OM1 2 FIBER 1.6MM JACKET ...
F62ELLNLNSNM043	Panduit Corp	88.42 $	1000	2-FIBER OM1 1.6MM JACKET ...