Linx Technologies
Linx Technologies
- Linx Technologies makes wireless simple by developing and manufacturing wireless products that are easy for engineers of all skill levels to use. The company's RF modules, remote controls, evaluation kits and master development systems feature straightforward hardware configuration and clear documentation. Linx products make it simple for engineers and hobbyists to integrate wireless features without the hassle and expense of engineering RF functionality from scratch.
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For customers who need help implementing Linx modules, Linx offers design services including board layout assistance, programming, certification advice and packaging design. For more complex RF solutions, Apex Wireless, a division of Linx Technologies, creates optimized designs with RF components and firmware selected for the customer's application.
Linx's Antenna Factor division has the industry's broadest selection of antennas for a wide variety of applications. For customers with specialized needs, custom antennas and design services are available along with simulations of antenna performance to speed development.
Linx also carries a variety of RF connectors, cable assemblies and battery holders. Custom cable assemblies are available for customers with specialized needs. These products used to be sold under the Connector City brand. -Less
kategorie produktů
Nejnovější výrobky
Linx Technologies nanoSplatch™ Antenna is available at Mouser Electronics and is designed for embedded WiFi/WLAN and other 2.4GHz or 5.8GHz ISM or U-NII frequency bands.
Schůzka, termín: 2019-08-14Linx Technologies nanoSplatch™ Antenna Evaluation Kit is available at Mouser Electronics and allows end users to evaluate nanoSplatch™ antennas and prototype designs.
Schůzka, termín: 2019-08-14Linx Technologies CW Monopole Antennas are single-band rugged connectorized antennas suitable for metal and plastic enclosures with an appropriate ground plane.
Schůzka, termín: 2019-07-24Linx Between Series and In Series RF Coaxial Adapters are used to convert between connector styles while maintaining a controlled impedance.
Schůzka, termín: 2019-06-24Linx ANT-LTE-WS LTE Blade Dipole Antenna offers high peak gain, low cost and a space saving design.
Schůzka, termín: 2018-11-06Linx Technologies LCD and LCW Half-Wave Dipole Antennas provide cost-effective solutions with superior performance for Wi-Fi, Bluetooth, and U-NII applications.
Schůzka, termín: 2018-09-18Linx Technologies CER Ceramic Chip Antenna Evaluation Board is designed to evaluate the CER series ceramic chip antenna in the application environment.
Schůzka, termín: 2018-07-17Linx Technologies CER LTE Ceramic Chip Antenna is a compact and high-efficiency antenna designed for easy integration into wireless telecommunication devices.
Schůzka, termín: 2018-07-16Linx Technologies VDP & HDP Multi-Band Antennas are high versatile antennas, offering high-performance in a wide range of applications.
Schůzka, termín: 2018-06-05Linx Technologies HumPRC™ Long Range Transmitters are low-cost and high-performance Frequency Shift Keying (FSK) radio compatible handheld transmitters.
Schůzka, termín: 2017-11-30Linx Technologies HumPRC™ Eval Boards provide long-range transmission at 868MHz and 900MHz for multi-region operation. Now available at Mouser.
Schůzka, termín: 2017-11-29Linx Technologies HumPRC™ Master Development System (MDS) provides all the tools necessary to correctly incorporate the module into an end product.
Schůzka, termín: 2017-11-28Linx Technologies EVM-A-900 Amplified HumPRO Series Carrier Board offers the surface mount HumPRO-A RF Module mounted on a simple-to-use evaluation board.
Schůzka, termín: 2017-10-10Linx Technologies HumPRO-A Transceivers are complete long range wideband RF transceiver modules with a microcontroller & a front-end amplifier block.
Schůzka, termín: 2017-06-14Link Technologies Amplified HumPRO™ Master Development System is designed to support rapid evaluation and integration of the HumPRO™ wireless UART data transceiver modules in the user’s environment.
Schůzka, termín: 2017-02-01