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NIC introduces a 902 to 928 MHz Cavity filter offering high performance for ISM base station applications. This filter provides low Insertion loss of <1.5 dB and 45 dB rejection in the cellular band of 824 to 894 MHz and GSM band of 936 to 960 MHz.
Anritsu Co. introduces software for its MS269xA and MS2830A series Signal Analyzers, as well as its MG3700A Vector Signal Generator to create single-instrument solutions that support the IEEE 802.11n/p/a/b/g/j wireless LAN (WLAN) standards.
Renaissance Electronics has designed an in-band duplexer for LTE cell site applications. In a very compact footprint of 4.75” x 3.15”, the duplexer provides 30 dB of rejection between the Tx and Rx. The insertion loss is less than 1 dB.
NIC introduces a wideband LNA operating over the frequency range of 4.4 to 5 GHz, designed for use in C-band, radar and SATCOM applications. This LNA offers a high gain of 30 dB, sub 1 dB noise figure, and low current consumption and input power protection.
RSS
NIC introduces a 902 to 928 MHz Cavity filter offering high performance for ISM base station applications. This filter provides low Insertion loss of <1.5 dB and 45 dB rejection in the cellular band of 824 to 894 MHz and GSM band of 936 to 960 MHz.
Anritsu Co. introduces software for its MS269xA and MS2830A series Signal Analyzers, as well as its MG3700A Vector Signal Generator to create single-instrument solutions that support the IEEE 802.11n/p/a/b/g/j wireless LAN (WLAN) standards.
Renaissance Electronics has designed an in-band duplexer for LTE cell site applications. In a very compact footprint of 4.75” x 3.15”, the duplexer provides 30 dB of rejection between the Tx and Rx. The insertion loss is less than 1 dB.
NIC introduces a wideband LNA operating over the frequency range of 4.4 to 5 GHz, designed for use in C-band, radar and SATCOM applications. This LNA offers a high gain of 30 dB, sub 1 dB noise figure, and low current consumption and input power protection.