Supplier: Nivelco USA
Description: FEATURES :: Two-wire TDR Technology Digital communication High accuracy: Â±5 mm High pressure range High temperature range Extremely low dead band Large Dot-Matrix graphic display Local programming feature Text-based menu system Plastic coated stainless steel probes (PFA, FEP
- Level Measurement Type: Continuous Level
- Output Options: Analog Current
- Meter Technology: Radar / Microwave
- Communication Interface Options: Serial Interface
Supplier: Evertz Microsystems Ltd.
Description: The XRF1A is an RF signal routing matrix for L-Band and IF satellite communications and other signals. Housed in a compact 1RU chassis and available in 8x8 or 16x16 matrix sizes, the XRF1A is a full-featured routing matrix with automatic or manual gain control and RF power meters on each input
Supplier: Evertz Microsystems Ltd.
Description: The XRF6 is a modular RF signal matrix for routing and monitoring L-band, IF and other signals within a satellite communications facility. Built on a modular architecture, all active components are hot-swappable and front-loading, ensuring ease of maintenance and matrix expansion. Advanced features
Supplier: TMP Pro Distribution
Description: ; peak warning indicator ALPS 100mm faders L, R and M main mix outputs 2 matrix sections available; can send output to USB Individual channel 48V phantom power Direct output on every mono channel Configurable USB stereo audio in/out Cakewalk SONAR X1 LE bundled with mixer
Supplier: Visual Sound, Inc.
Description: Midas Consoles The Midas XL42 is a 1U rack mounted, dual channel creative equaliser incorporating the XL4 four-band parametric equalisation with XL4 mic/line pre-amplifiers and 48V phantom supply. Each channel has input, output and pan rotary controls, 10 segment LED metering plus a switchable
Find Suppliers by Category Top
Conduct Research Top
Soluble Narrow Band Gap and Blue Propylenedioxythiophene-Cyanovinylene Polymers
as for spectroelectrochemistry. The precise color. coordinates were then recorded as a function of potential using a Minolta CS-100. Chroma-Meter and the CIE (Commission Internationale de l´Eclairage) recommended. (0/0) illuminating/viewing geometry for transmission measurements. The sample was. illuminated from behind with D50
Permeation Tubes: A Simple Path to Very Complex Gas Mixtures (.pdf)
of the component. and blending it into 1,000 l/min of matrix gas! Obviously,. compound. The membrane permeability is a function. this is not a practical solution; multiple dilution stages are. of membrane temperature, so when the component is. required and each stage adds additional error. But even
Littelfuse Varistors - Basic Properties, Terminology and Theory (.pdf)
9767. for semiconductor abrupt P-N junction diodes. The. relationship is: 0 B. V. L L. 1. 2(V + V). b. E. ---- = -------------. C. R. 2. qsN. C. VR. Ef. Where Vb is the barrier voltage, V the applied voltage, q the. X. X. L. R. electron charge, s the semiconductor permittivity and N is. the carrier
Effect of Permittivity and Permeability of a Flexible Magnetic Composite Material on the Performance and Miniaturization Capability of Planar Antennas for RFID and Wearable Wireless Applications
in order. powder with no attempt made to preferentially align the. to compare the effects of the substrates. A prototype of the. sample to obtain enhanced (0 0 l) reflections. The XRD pattern. patch antenna on the flexible magnetic composite substrate. of the Co. was fabricated using standard printed
Flexible Film Analysis
. Flexible Film-InfraSpec-0410 Flex. e ible. e Fi. F l. i m. l Analy. l si. s s. s. Wi. W th. t th. t e. Infr. f a. r Sp. S e. p c. e VFA. F -IR. R Sp. S e. p c. e tr. t om. o ete. t r. Intro. r du. d cti. t on. Analysis is crucial to producing quality products. Any manufacturer knows
Flexible Family of PXI RF/MW Downconverter Modules (Autotestcon'08) (.pdf)
200. 2008. 109 Bo. 109. nav. Bo. entura D. nav. riv. entura D e, San Jo. riv. se. e, San Jo. C. se A. C 951. A. 34. 951. Tel: 408-4. Te. 28-100. l: 408-4. 0. 28-100. Fax: Fax 408-428-1500. 8-428-15. ww. w w. w .pha. w. sem. .pha. a. sem trix. a. .com. trix. sal. a es. e @phas. ph em. e at. m rix.com
High Spur Free Dynamic Range RF Photonic Links allow MIL SATCOM and RF Distribution Networks to Leverage Optical Communication Infrastructure (.pdf)
products. & Downlink (redundant) transport of RF (L-. nology to the civilian and defense markets. that seamlessly integrate into advanced. Band), Frequency Reference, Ethernet. provided limited deployment options due. communication networks within the. Data, and other complimentary analog. in large part
Phase Locked Loop Systems Design for Wireless Infrastructure Applications
parts include R, L, C and more. The benefit. of this approach is that the VCO can have its own tank with either a low loss printed inductor using the. substrate or a high Q wire wound inductor. The Q of these inductors varies from 40 to 150 depending on the. size and different ways of making
Engineering Web Search: L Band Matrix Top
L-band Matrix / L-Band Router Range - ETL Systems
Home > Products > Rack Systems > Matrix / Router > L-band Matrix / L-band Router
L-band Switch Matrix / L-band Router - 16 x 32 Distributive...
The NiGMa L-band Switch Matrix / L-band Router is housed in a 6U 19" rack enclosure and has a module capacity of 32 inputs x 32 outputs.
Microwave - Wikipedia, the free encyclopedia
different boundaries.[3 In all cases, microwave includes the entire SHF band (3 to 30 GHz, or 10 to 1 cm) at minimum, with RF engineering often
Transfer function - Wikipedia, the free encyclopedia
Elliptic filter ? sharpest cutoff (narrowest transition between pass band and stop band) for the given order
DISTRIBUTED ITERATE-COLLAPSE INVERSION (DICI) ALGORITHM FOR...
partially supported by the DARPA DSO Advanced trix, Z(l), termed as the local matrix at node l. We note here that Computing and Mathematics Program
the Ball Communication Systems Division for NASA and provides the L-band and C-band measurements at different polarizations.
SPIE Proceedings Vol 2657, paper # 44, Human Vision and...
aH l2 xH sH j2 x y a l xL l (xL)H s 2 x j j L 2 aH 2 L H sL 2 a (x L l2 L)L sL j2 Figure 2. Two-level 1D Discrete Wavelet Transform.
- SGI TPL View (cpbtf2)