Articles Tagged with ''frequency''

AWR announces a new frequency planning wizard

AWR Corp., the innovation leader in high-frequency EDA software, today announces RFP™, an innovative new frequency planning wizard within Visual System Simulator™ (VSS) that enables engineers to effortlessly and efficiently determine spurious free bandwidths when designing complex radio communications systems.


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IQD launches new ultra high stability OCXO at Embedded World 2013

IQD’s new IQOV-70 series OCXO, which is launching at Embedded World 2013, is designed for use in next generation multimode base station platforms. Operating at a frequency of 10 MHz, the new model achieves a frequency stability of ±3 ppb (parts per billion) over the operating temperature range of -10° to +70°C.


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Miniature Frequency Synthesisers

Mini-Synthesiser-redgold-ePR[1]The new range of single phase-locked loop frequency synthesisers from AtlanTecRF exhibit excellent performance in terms of electrical specification and versatility. Their miniature size ensures they are highly suitable for many applications in communications, radar and test instrumentation.


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Aeroflex launches modular WLAN 802.11ac test system with 160 MHz bandwidth

Aeroflex Ltd., a wholly owned subsidiary of Aeroflex Holding Corp., announced a new test system based on its PXI 3000 Series modular instrumentation, which has been designed to offer measurements over a 160 MHz bandwidth at operating frequencies up to 6 GHz. The new system is particularly suited for making R&D, design verification, and production measurements on wireless LAN (WLAN) devices based on the IEEE 802.11ac standard, extending Aeroflex's market-leading 802.11ac measurement capability in PXI to cover the optional 160 MHz bandwidth.


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Electronica launch for IQD’s new industrial temperature range SMD OCXO

IQD has extended the performance of their IQOV-90 series high stability low phase noise OCXOs to encompass the full standard industrial temperature range of -40 to 85°C. High operating temperature ranges are significantly more technically challenging in OCXOs than for other frequency products. By increasing the internal crystals turnover point to a safe margin above 85°C and reducing the thermal loss of the circuit, our design team have been able to increase the maximum external temperature range of the part to 85°C.


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