Earth City, MO 63045
Custom Cooling Assemblies have compact. solid-state design.
Cascade Series Thermoelectric Assemblies (TEAs) use multistage Thermoelectric Modules (TEMs) to achieve high temperature differential from ambient. Able to be located directly on actual devices requiring cooling, standard configurations include Air-Air (AA), which uses convection cooling, and Direct-Air (DA), which uses conduction cooling. At temperature differentials greater than 30-Read More »
Laird Technologies to Attend APCO 2010 Trade Show
Company to Showcase Antenna Solutions for Public Safety Communications Applications St. Louis, Missouri, USA - July 20, 2010 - Laird Technologies, Inc., a global leader in the design and supply of customized performance-critical components and systems for advanced electronics and wireless products, today announced it will be attending the Association of Public-Safety Communications...Read More »
Point-to-Point Dish Antenna suits 802.11 applications.
Operating in 4.9-5.875 GHz band, HDDA5W HD Series(TM) includes 4 models with 29 or 32 dBi gains and single (horizontal or vertical) or dual (horizontal and vertical) polarizations. Each point-to-point backhaul antenna meets ETSI EN 302.326-3 DN1-DN5 and EN 300 833 Class 1 specifications and is available with optional fiberglass radome for additional environmental protection. Uses include cellular...Read More »
Internal Wireless Antenna operates in 2.3-6 GHz WiMAX band.
Designed to be embedded inside wireless devices for aesthetical integration with durability, Maxblade antenna offers gains of 2.1 and 4 dBi, and features wide bandwidth including 802.11 a/b/g, 802.16, and Bluetooth-®. Its polarization provides vertical and omni-directional radiation pattern at all frequencies with increased gain in upper bands for optimal coverage. RoHS compliant device includes...Read More »
WiMax Base Station Antenna has 3.5 GHz, dual-slant design.
Operating in 3-3.8 GHz band with 16 dBi gain, J33016S00-90N features dual-slant construction that provides polarization diversity by maximal-ratio combining, which lessens impact of multipath interference. This 90-Read More »
Backhaul Dish Antennas operate in 4.9-5.875 GHz band.
Designed to meet ETSI EN 302.326-3 DN1-DN5 and EN 300 833 Class 1 specifications for point-to-point backhaul antennas, HDDA5W HD Series(TM) includes 4 models, 2 with gain of 29 dBi and 2 with gain of 32 dBi. Feed system is available in single and dual polarization versions, which can be mounted for vertical or horizontal polarization. Applications include OFDM systems, cellular backhaul systems,...Read More »
Wireless LAN Modules target streaming video applications.
Based on Marvell-® 8686 WLAN chipset, WLM400/402 802.11b/g Modules utilize combination of ARM9 application processor and host/device API to provide streaming channel that can deliver 12 Mbps real data throughput with 802.11g link. Model WLM400 meets FCC/IC standards, while Model WLM402 meets CE standards. Providing 1,500 m range in 802.11b, both modules include fully embedded TCP/IP stack and...Read More »
Wideband Mobile Load Coil Antennas offer max power of 100 W.
Model B1322W features field tunable frequency range of 132-174 MHz and allows user to obtain VSWR of less than 2:1 at desired center frequency, while model B1360W covers 136-174 MHz span without tuning and with VSWR of 2:1 max. Featuring omnidirectional pattern with vertical polarization, both antennas include one-piece solid brass inserts, ABS injection molded housings, and weather-tight bases...Read More »
PCB Substrate is designed for LED module applications.
Tlam(TM) SS LLD is thermally-conductive PCB substrate that allows for heat dissipation in bright and ultra-bright LED module applications. Product features copper circuit layer and aluminum or copper base plate bonded together with LLD dielectric, which provides electrical isolation, thermal transfer, and adhesion layer for substrate. Standard constructions are made with 1 or 2 oz copper and...Read More »
Industrial Wireless Radio Modules are offered in mini SMT packages.
Series LT2510 Proprietary 2.4 GHz Wireless Radio Modules feature throughput of up to 250 Kbps in half-duplex mode and variable output power options of up to +21 dBm, with low Tx/Rx power consumption. Embedded with server-client protocol, units permit unlimited number of clients to synchronize to server for low latency communications. Configuration/test software for OEMs with enhanced API commands...Read More »