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12GHz BNC Coaxial Connectors for High Speed, High Definition Vi deo Applications Top Entry PCB Mounting Until now, to communicate at the Bitrates associated with UltraHigh Definition Television (referred to variously as “Ultra HD”, “UHD”, “UHDTV”, “4K UHD”) it has been necessary to employ 2 or even 4 channels. With this new Top Entry PCB mounting BNC connector from Cambridge Connectors it is now possible to achieve 6 and 12 Gbits/s Bitrates utilising a single channel . Although matable with standard BNC connectors the peak designed performance is achieved when both halves are Cambridge Connectors 12GHz CoaxVision™ BNC connectors. (See later section for details of compatible plugs) Precision 12GHz 75 Ohm BNC Connector Optimised for 4K/Quad HD and Ultra HD Broadcast Applications One single connection for each 12 GHz Channel Precision 75 ohm BNC patch leads also available

125 kHz, 134,2 kHz, 13,56 MHz, NFC et Bluetooth faible consommation 125 kHz, 134.2 kHz, 13.56 MHz, NFC and Bluetooth Low Energy. It can be connected through UART (TTL, RS232), USB, as well as Ethernet, and is available as a PCB and with Desktop housing. TWN4 MultiTech 2 BLE is also compatible with over 50 of the most common RFID technologies currently being used around the world. Furthermore, in order to expand the realm of supported contactless identification methods, the all-in-one reader also supports NFC and Bluetooth Low Energy. It is compatible with the two most commonly used smartphone operating systems - Android and iOS. Thus it can also be integrated in mobile identification applications. In addition, TWN4 MultiTech 2 BLE is flexibly programmable – when communicating with RFID transponders it can make automated decisions based on predefined rules.

Les modules DIP sont simplement insérés dans le PCB et soudés. Aucune vis, manches de distance ou câbles ne sont nécessaires, ce qui permet d’économiser les coûts des matériaux et de simplifier la construction.

Ecran OLED 4x20 / 2x20 / 2" Intégration extrêmement facile directement sur le PCB Température d'utilisation étendue