The polarization converter (8) changes the circular polarisation of the light beam (2) depending on the circular direction of rotation into a linear type with two polarisation states.
According to the invention, polarisation-dependent effects, such as variable polarisation, polarisation-dependent damping and polarisation mode dispersion are to be largely avoided.
A linear polarisation filter (132) then passes only radiation having a particular polarisation and reflects radiation having a polarisation 90 ° different.
The bias layer includes a first bias layer and a second bias layer.
The biasing node is configured to receive a biasing signal from a biasing amplifier.
A bias circuit outputs a bias signal that is used to generate the auxiliary bias.
The bias circuit senses a level of the auxiliary bias to control output of the bias signal.
A bias generator sets the bias level of the amplifier according to the bias control signal, where the bias level tends to increase as the signal level increases.
The antenna (12) may provide linear polarization, circular polarization, and dual polarization.
Since the polarization filter transmits through the S- polarized light and diffracts P-polarized light, the S-polarized light is transmitted through the polarization filter.
Provided is a transmission device for communicating by SISO using a first polarization, and by MISO and MIMO using the first polarization (V polarization) and a second polarization (H polarization).
These polarization components have different directions of polarization.
Polarization, such as linear polarization, may be employed.
The modulator crystal has an optic axis, a first polarization axis, and a second polarization axis, where the first polarization axis and the second polarization axis are each perpendicular to the optic axis and perpendicular to each other.
The modulator crystal has an optic axis, a first polarization axis, and a second polarization axis, where the first polarization axis and second polarization axis are each perpendicular to the optic axis and perpendicular to each other.
The second polarization guide is connected to the horn, disposed in parallel with the first polarization guide, and guides a second polarization having directivity perpendicular to the first polarization.
The first region transmits a first polarization state and reflects a second polarization state and the second region transmits the second polarization state and reflects the first polarization state.
The polarization light of the illuminating light in the first direction is s-polarization light, and the polarization light of the illuminating light in the second direction is p-polarization light.
The biasing amplifier draws current from the biasing node while providing the biasing voltage to the output amplifier.
The polarizing mass transfer donor element comprises a substrate having a polarizing mass transfer layer coated thereon.
The polarizing mass transfer donor element can further comprise an adhesive to facilitate transfer of the polarizing mass transfer layer.
A method of transferring a high resolution polarizing image from a mass transfer donor element to a receptor element.
Optionally, the polarizing mass transfer donor element further comprises a light absorbing material, preferably in the form of a light to heat conversion layer.
transfer activity without transfer declaration
The handover identifier identifies the UE during handover.
illegal shipment means any shipment of waste effected
The transfer information includes the transfer identifier which instructs to perform transfer, an identifier of a target DCD client, and a transfer condition.
The heat transfer efficiency of the first heat transfer means is higher than the heat transfer efficiency of the second heat transfer means.
The source device (110) has a transfer manager (218) that determines various transfer parameters (428) including a transfer data size, a transfer speed, and a transfer duration.
A medium transfer device transfers a medium from a sending-side paper-currency transfer passage as a first transfer passage to a receiving-side paper-currency transfer passage as a second transfer passage.
The transfer portion causes transfer of the foil portion from the intermediate transfer member, via transfer of at least the second marking agent layer from the intermediate transfer member, onto a substrate.
The network controller computes forwarding state information and pushes the computed forwarding state information to a set of managed forwarding elements to define forwarding behaviors of the managed forwarding elements.
In one example, the handoff is a hard handoff.
final transfer means an irrevocable and unconditional transfer which effects the discharge of the obligation to make the transfer
A transfer platform is disposed between the first transfer area and the second transfer area.
The provided transfer sheets may be used in image formation through transfer onto a colored transfer subject.
A transferring device is constructed from a transferring drum (11) and a transfer-receiving drum (12).
The data transfer may also be a wireless data transfer or a wired data transfer.
The transfer path (30) is composed of a first transfer conveyer (31) and a second transfer conveyer (32).
A transfer apparatus (10) transfers a transfer material (30) on a substantially flat transfer surface (50a).
Disclosed is a transfer apparatus which transfers a pattern of a mold to a transfer layer.
A transfer device has a transfer device body (2) and a transfer head (3).
The transfer destination determination unit determines the transfer destination server for transfer of the medical image.
The coating film transfer tool comprises a transfer tool main body and a transfer base.
A system and method permits the transfer of funds between a transferor account and a transferee account through interaction with a transfer execution system (70).
The transfer device comprises two or more transfer mechanisms, each of which having a transfer shaft (7) and mechanisms for holding the bags (3) said mechanisms being integral with the transfer shaft (7).
A transfer code may be provided which in some embodiments may be used to identify one or more of the accounts to be used for the transfer when the transfer code is submitted to the system by one of the participants of the transfer.
Further disclosed are a heat transfer surface and a heat transfer element utilizing the heat transfer medium.
Further disclosed are applications of the heat transfer element.
The circuit further comprises a transfer interface (IT), connected to a transfer access (AT) and to the transfer connection (CT) by means of a transfer bus (BT).
The transfer is slowed after the start of the data transfer operation to selected transfer rates (64, 90) below the nominal transfer rate fo the drive.
The separated transmission of user data of the POTS links is carried out as a compressed voice transmission, facsimile transmission according to T.38 or transparent modem transmission with 64 kbps with automatic recognition and transfer.
Transferring the multicomponent transfer unit to the receptor may include contacting a receptor with a thermal transfer element having a substrate and a multicomponent transfer unit.
The Yankee cylinder forms, together with a transfer means (17), a transfer nip for transferring the soft tissue web from the transfer belt to the Yankee cylinder.
A means, within the signal transfer module for transferring a reflected signal received at the second port of the signal transfer module to a third port of the signal transfer module is also included.
When forwarding information is acquired from a forwarding table (23) as a result of the search, hop-by-hop forwarding of the IP packet data is performed based on the forwarding information.
The illumination polarizing plate (32) and the imaging polarizing plate (33) are wire grid polarizing plates that function as polarizing plates for light in the infrared region.
Source corrected fluorescence polarization is defined and a polarization fluorometer is described for measuring such source corrected fluorescence polarization.
In one embodiment, the transflector includes a reflective polarizing element that reflects one polarization of light and transmits the other.
The light signal having the modulated polarization, such as a sinusoidally varying polarization is transmitted (36) from an optical transmitter having polarization-maintaining fiber.
The present invention is directed toward a dual linear or circular polarized antenna comprised of two orthogonally linearly polarized radiative elements.
The PMF (1) has two polarization axes orthogonal to each other, and the polarization axis of the polarizer (2) is coupled so as to agree with one end of the polarization axis of the PMF (1).
The first and second meander line polarizer layers (6, 7) convert linear polarization signals into a circular polarization signals.
The polarization axis of the polarizer (3) is coupled so as to agree with one end of the polarization axis of the PMF (1).
In particular, the element disperses light having a first polarization differently from light having a second polarization orthogonal to the first polarization.
The optical fiber (12) has a birefringence which preserves polarization and has a first polarization mode which is substantially perpendicular to a second polarization mode.
By the same techniques, dual-polarization lasers, polarization-multiplexed transceivers, and polarization-insensitive amplifiers are made possible.
Such a switched circular polarization antenna or a switched circular polarization phased-array antenna has improved cross-polarization discrimination.
The polarizing stack transmits a first polarization component and reflects a second polarization component towards the reflective regions.
The polarization transformer (PT) is also embodied in a polarization-maintaining optical wave guide (PMF) and allows for infinite polarization transformations.
The vertically polarized light passes through a quarter wave retarder plate (12), which changes the linearly polarized light into circularly polarized light.
A polarization rotator array (204) rotates the polarization of each beam pair so that both beams in each pair have the same polarization.
The polarizing pattern includes at least two polarizing elements.
Each polarizing element corresponds to a respective controlled angle diffuser element.
The direction of polarization of the right-eye polarizing plate (12) is perpendicular to that of the left-eye polarizing plate (13).
Preferably, the light source further comprises second polarization means (32) with a second polarization direction perpendicular to said first polarization direction.
The sensing polarizing filter (27) has a direction of the sensing polarization (DS) transverse to the excitation polarization direction (DE).
The optical system can radiate circular polarization light, elliptic polarization light or linear polarization light.
The bias circuit may generate at least one bias voltage for the at least one transistor in the amplifier to obtain a target bias current for the amplifier.
The display panel (2) has a second polarization plate (32) having a polarization axis parallel to the first polarization plate (31).
A polarization-diverse optical amplifier includes a polarization-sensitive optically active medium (14) and a polarization splitter (12).
A light flux is separated into transmission light (P polarization) and reflection light (S polarization) by being input to a polarization separation section.
An Adaptive Polarization Array (APA) Algorithm is described for adjusting the polarization orientation of antennas, such as Dual-polarized array antennas.