Today, BeRex Inc. announces the availability of the 8TR6113, a multi-function front-end RFIC module designed for LoRa, SigFox, Wi-SUN, ZigBee, Z-Wave, and proprietary ISM applications. The 8TR6113 combines a power amplifier for transmission, a low-noise amplifier for the receiver, an SPDT (single-pole double-throw) switch for transmit/receive functionality, an antenna, and a filter network with 50-ohm ... 8TR6113 Sub-GHz RFIC Front-end Module for IoT and LoRa, SigFox, Wi-SUN, ZigBee, Z-Wave Applications
BeRex announced a new product, the BGH5 which is a 40 MHz to 6000 MHz broadband Gain block amplifier, based on GaAs material with HBT process that is ideal for 3G/4G/5G wireless infrastructure, repeaters, Boosters applications. The BGH5 is internally matched at 50 ohms. It is available in RoHS2 compliant SOT-363 surface mount package. These ... BGH5 Broadband Internally Matched Gain Block Amplifier Applications
NIC introduces a Ceramic filter at 1575.42 MHz, designed for use in GPS, L-band and avionics applications. This filter offers high performance in a small package size of 0.51 x 0.47 x 0.19 inches. It features low insertion loss, high rejection and flat differential group delay in a compact SMT package. Features Low Insertion Loss ... 1575.42 MHz GPS Ceramic Filter
BeRex announces the availability of the BSW6540, BSW6543, BSW6550 and BSW6553 high isolation, wide bandwidth, low insertion loss, 50Ω SP4T(Single-Pole, Quad-Throw) and SP5T(Single-Pole, Quint-Throw) absorptive RF switches optimized for 6G/5G/4G/3G infrastructure application. Operating on a single 2.7V to 5.5V supply, the BSW6540 and BSW6543 (SP4T) deliver a broad frequency range from 5 MHz to 10 ... BSW6540, BSW6543, BSW6550 and BSW655
Reliable Power Handling. Performance Up to 18 GHz. Handle More RF Power with Confidence Find the right termination for your RF and microwave system with high power RF terminations from 5 to 100 Watts. Choose from multiple connector interfaces and power ratings for test, communications, and other RF applications. Key Features
Introducing ACST Schottky-based SPDT & SP3T RF Switches, for ultimate accuracy of Spaceborne RF instruments with precise calibration enablement ACST’s Schottky–based SPDT & SP3T RF switches play a critical role in space calibration systems by connecting the receiver to different signal sources, such as the antenna & reference loads, to enable continuous calibration to compensate for receiver gain variations, temperature drift, & component aging, ensuring measurement accuracy throughout the ... SPDT & SP3T
