Microwave Engineering Europe - October 2007 - (Page 63) PRODUCTS 63 integrated PXI Express RF vector signal generator with 20 MHz onboard signal processing National Instruments has released the NI PXIe-5672, a RF vector signal generator that delivers signal generation from 250 kHz to 2.7 GHz, 20 MHz of instantaneous bandwidth and real-time data streaming at up to 25 MS/s. It also features a PXI Express interface that makes it possible to stream data from hard disk or PC memory at the full output rate of the instrument. The vector signal generator is compatible with all NI PXI, PXI Express modular instruments and NI LabVIEW modulation algorithms, making it easy for engineers to develop a complete PXI-based RF record and playback system, as well as broadcast video and general-purpose communication test systems. The data streaming capability of the NI PXIe-5672 also provides significant benefits over traditional RF instruments, according to NI. On traditional instruments, waveform generation and acquisition sizes are generally limited to several hundred megabytes because of bus bandwidth and onboard memory limitations. With the RF vector signal generator module, PXI Express technology makes it easy for engineers to use redundant array of independent disks (RAID) arrays to continuously stream waveforms that are up to 3 TB in size. When combined with the NI PXI-5661 vector signal analyzer and the NI HDD-8264 RAID array, engineers can stream up to 20 MHz of RF bandwidth for more than five hours. They can also use the NI PXIe-5672 to regenerate recorded waveforms in a laboratory environment. This technique for waveform generation improves the efficiency and accuracy of wireless receiver validation and verification by allowing for more repeatable channel emulation testing. www.ni.com 3D HIGH FREQUENCY ELECTROMAGNETIC ANAL YSIS SOFTWARE The E-field magnitude of a shielded birdcage RF coil modeled in SINGULA, a 3D full-wave electromagnetic simulator to reduce your design and prototyping costs while improving quality. et fast and accurate answers for designing your microwave devices right the first time. G With SINGULA calculate parameters including near and far field results, radar cross-section, and input impedance, admittance and scattering. Analyze applications like antennas, EMC/EMI, waveguide filters and transitions, and scattering from dielectric bodies and conductors. Maximize your productivity with IES' simulation tools for electric and magnetic fields, eddy currents, high frequency fields, thermal and structural problems, and power electronics. 2.4 to 2.5 GHz ISM power amplifier RoHS compliant, reduces power consumption Tyco Electronics has launched the M/A-COM MAAPSS0081, a 2.4 – 2.5 GHz ISM threestage power amplifier specifically designed for cordless applications that require both low control voltage and high performance. With its wide voltage operating range, the MAAPSS0081 is a dual-mode power amplifier which maximizes system performance while reducing DC power consumption. Features include an integrated power enabler pin providing accurate ramp control and a separate power mode pin for current savings in the lower power mode state. Additional power savings are achieved with a voltage compensation circuit, which is included specifically for applications where the amplifier supply voltage is not regulated and is directly connected to the battery. In the High Power mode, the amplifier generates 25 dBm of output power while drawing 300 mA of current. In Low Power mode, the output power is 17 dBm with a current of 110 mA. The amplifier has a typical power gain of 25 dB with an operating voltage of 2.5 to 3.0 V. It is housed in a RoHS compliant 3-mm 12-lead PQFN package. EuMW at Booth 519 www.macom.com ES also offers simulation tools for electric and magnetic fields, eddy currents, full-wave high frequency fields, thermal and structural problems, and power electronics. I request your fullversion software evaluation package today! Call 204.632.5636, email info@integratedsoft.com, or visit www.integratedsoft.com. Microwave Engineering ● October 2007 ● www.mwee.com 063_MWEE.indd Sec1:63 21/09/07 14:48:15 http://www.ni.com http://www.integratedsoft.com http://www.macom.com http://www.mwee.com
Table of Contents Feed for the Digital Edition of Microwave Engineering Europe - October 2007 Microwave Engineering Europe - October 2007 Contents Comment News CMOS RF: Si-On-Sapphire Goes Mainstream Cover Feature: New Data Protection Concept for UHF RFID Tags CMOS RF: RF Design Team Touts CMOS Spin for 3G PAs Wireless HID – Are You Following the Standard to Another “Average” Product Development? Phase Optimisation of the RF Front-End Direct Synthesis of UWB-WiMedia Signal Generation 4G Chips to Target 700 MHz Applications Femtocells Mobilize to Fight Wi-Fi in the Home Products Product Feature: AXIEM Pioneers the Future of EM Technology Calendar Microwave Engineering Europe - October 2007 Microwave Engineering Europe - October 2007 - Microwave Engineering Europe - October 2007 (Page Cover1) Microwave Engineering Europe - October 2007 - Microwave Engineering Europe - October 2007 (Page Cover2) Microwave Engineering Europe - October 2007 - Microwave Engineering Europe - October 2007 (Page 3) Microwave Engineering Europe - October 2007 - Microwave Engineering Europe - October 2007 (Page 4) Microwave Engineering Europe - October 2007 - Microwave Engineering Europe - October 2007 (Page 5) Microwave Engineering Europe - October 2007 - Microwave Engineering Europe - October 2007 (Page 6) Microwave Engineering Europe - October 2007 - Contents (Page 7) Microwave Engineering Europe - October 2007 - Contents (Page 8) Microwave Engineering Europe - October 2007 - Comment (Page 9) Microwave Engineering Europe - October 2007 - News (Page 10) Microwave Engineering Europe - October 2007 - News (Page 11) Microwave Engineering Europe - October 2007 - News (Page 12) Microwave Engineering Europe - October 2007 - News (Page 13) Microwave Engineering Europe - October 2007 - CMOS RF: Si-On-Sapphire Goes Mainstream (Page 14) Microwave Engineering Europe - October 2007 - CMOS RF: Si-On-Sapphire Goes Mainstream (Page 15) Microwave Engineering Europe - October 2007 - CMOS RF: Si-On-Sapphire Goes Mainstream (Page 16) Microwave Engineering Europe - October 2007 - CMOS RF: Si-On-Sapphire Goes Mainstream (Page 17) Microwave Engineering Europe - October 2007 - Cover Feature: New Data Protection Concept for UHF RFID Tags (Page 18) Microwave Engineering Europe - October 2007 - Cover Feature: New Data Protection Concept for UHF RFID Tags (Page 19) Microwave Engineering Europe - October 2007 - Cover Feature: New Data Protection Concept for UHF RFID Tags (Page 20) Microwave Engineering Europe - October 2007 - Cover Feature: New Data Protection Concept for UHF RFID Tags (Page 21) Microwave Engineering Europe - October 2007 - CMOS RF: RF Design Team Touts CMOS Spin for 3G PAs (Page 22) Microwave Engineering Europe - October 2007 - CMOS RF: RF Design Team Touts CMOS Spin for 3G PAs (Page 23) Microwave Engineering Europe - October 2007 - Wireless HID – Are You Following the Standard to Another “Average” Product Development? (Page 24) Microwave Engineering Europe - October 2007 - Wireless HID – Are You Following the Standard to Another “Average” Product Development? (Page 25) Microwave Engineering Europe - October 2007 - Phase Optimisation of the RF Front-End (Page 26) Microwave Engineering Europe - October 2007 - Phase Optimisation of the RF Front-End (Page 27) Microwave Engineering Europe - October 2007 - Phase Optimisation of the RF Front-End (Page 28) Microwave Engineering Europe - October 2007 - Phase Optimisation of the RF Front-End (Page 29) Microwave Engineering Europe - October 2007 - Phase Optimisation of the RF Front-End (Page 30) Microwave Engineering Europe - October 2007 - Phase Optimisation of the RF Front-End (Page 31) Microwave Engineering Europe - October 2007 - Phase Optimisation of the RF Front-End (Page 32) Microwave Engineering Europe - October 2007 - Phase Optimisation of the RF Front-End (Page 33) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 34) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 35) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 36) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 37) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 38) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 39) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 40) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 41) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 42) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 43) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 44) Microwave Engineering Europe - October 2007 - Direct Synthesis of UWB-WiMedia Signal Generation (Page 45) Microwave Engineering Europe - October 2007 - 4G Chips to Target 700 MHz Applications (Page 46) Microwave Engineering Europe - October 2007 - 4G Chips to Target 700 MHz Applications (Page 47) Microwave Engineering Europe - October 2007 - Femtocells Mobilize to Fight Wi-Fi in the Home (Page 48) Microwave Engineering Europe - October 2007 - Femtocells Mobilize to Fight Wi-Fi in the Home (Page 49) Microwave Engineering Europe - October 2007 - Femtocells Mobilize to Fight Wi-Fi in the Home (Page 50) Microwave Engineering Europe - October 2007 - Products (Page 51) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 52) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 53) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 54) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 55) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 56) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 57) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 58) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 59) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 60) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 61) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 62) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 63) Microwave Engineering Europe - October 2007 - Product Feature: AXIEM Pioneers the Future of EM Technology (Page 64) Microwave Engineering Europe - October 2007 - Calendar (Page 65) Microwave Engineering Europe - October 2007 - Calendar (Page 66) Microwave Engineering Europe - October 2007 - Calendar (Page Cover3) Microwave Engineering Europe - October 2007 - Calendar (Page Cover4)
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