Agile Microwave’s new power amplifier AMT-A0560 features 27 to 31 GHz, 10 W, 40 dB gain, +48 V single supply, linear and saturated output power and a compact size with 2.92 mm connectors. It is ideal for 5G and satellite communications. Check out our full collection of power amplifiers.
Linear Power Amplifier
Altum RF’s ARF1010Q4 is a 22 to 30 GHz linear power amplifier designed for high data-rate applications. Delivering 28 dB of linear gain and 38 dBm OIP3, it is well-suited for demanding, high-order modulation schemes such as mmWave 5G or satcom. The ARF1010Q4 draws 600 mA from a 4 V DC supply with positive gate voltage. This RoHS compliant part is internally matched to 50 Ω with ESD protection in a 4 × 4 mm QFN package.
American Microwave Corp.
Hermetically Sealed Switch
Presenting the latest product development from American Microwave Corp., AMC Model No: MSN-0518-25T-30DB-HERM-1JV. This is an absorptive/non-reflective SP25T hermetically sealed switch. This product has an integral 30 dB coupler on its common port and uses a combination of suspended and strip line substrate design. Switch control configuration is via encoded 5-bit TTL inputs and latched by the use of dual rail strobe. For more information, please contact American Microwave Corp. by phone at 301-662-4700 or by email at firstname.lastname@example.org.
Ultra-Low Noise Figure LNA
AmpliTech introduces an ultra-low noise figure LNA for 5G and quantum computing applications. It is a 7 × 7 mm QFN package and features an unparalleled noise figure of 45 K typical at 296 K. It has a wide operating frequency of 5.5 GHz to 9.5 GHz optimized for use below 4 GHz with low DC power dissipation. The QFN LNA can be cryogenically cooled to 4 K, perfect for 5G MIMO phased array antennas, quantum computing and space qualified LEO satellite front ends.
APVSG Series VSGs
AnaPico launched its APVSG series VSGs, with frequency ranging from 10 MHz to 40 GHz and a modulation bandwidth of 400 MHz. The APVSG has very low phase noise (-125 dBc/Hz at 10 GHz and 20 kHz offset), high harmonic, subharmonic and spurious suppression (> 50 dBc), short switching time (200 ns), etc. The AnaPico proprietary Fast Control Port allows for high speed inter-operation between the APVSG engine and external instruments. The multi-channel APVSGs feature excellent phase coherence and relative frequency stability.
API Technologies Corp.
RF & Microwave Amplifiers
Guaranteed high performance in a low-cost package. RF and microwave amplifiers from APITech, a leader in amplifier technology, and your full service partner for high performance amplification requirements. APITech has a broad range of amplifier solutions of high frequency designs, high-power models, low-cost selections and lower phase noise amplifiers. API offers both standard and custom high-volume designs, with both exceptional value and outstanding performance. Explore the full product line and ask for your copy of API’s amplifier selection guide.
AR RF/Microwave Instrumentation
The 60S1G6 provides a minimum of 60 W across its full operational band. The low spurious signals and high linearity levels make the 60S1G6 ideal for use as a driver amplifier in testing wireless and communication components and sub-systems. It is also suitable for EMC test applications where class A amplifiers are desired.
Bypassable Gain Block
Atlanta Micro has introduced the AM1101, a wideband bypassable amplifier covering the 2 to 26.5 GHz frequency range. The device exhibits low noise figure and flat gain across the entire frequency range while drawing only 100 mW of power. Packaged in a 3 mm QFN with an integrated amplifier bypass path and internal 50 Ω matching, the AM1101 represents a dramatic size reduction over a discrete implementation of a bypassable amplifier.
mmWave Measurement System
The AVX mmWave measurement system uses a maximum RF wave guide instead of RF cables to minimize the RF losses; therefore, maximizing the native pure dynamic (without amplifier) of the measurement system. Many interfaces and accessories are available and can be changed in a few seconds allowing several users to share the chamber. Passive (efficiency, radiation patterns) and active (TRP/TIS) measurements for several protocols, including 5G, are available. The mmWave measurement testing chamber’s cost-effective design and speed make it an excellent tool for device development.
Filter Bank Technology
This 2 to 18 GHz example with 8 simultaneously selectable equal bandwidth filters allows up to 256 different filter states be generated covering lowpass, highpass, bandpass and notch responses. Sub 100 nsecs switching speed make this ideal for high speed electronic warfare (EW) preselector applications to reject on-platform or external interferes on a dynamic pulse by pulse basis. With nominal 0 dB gain and low NF the technology can be modified for channel count and channel bandwidths, please enquire.
IC Through System Level Design
Cadence equips engineers developing wireless products for 5G, radar and automotive applications with high-capacity simulation, multi-physics analysis and design interoperability with the Virtuoso, AWR Design Environment® and Allegro®PCB platforms. Cadence’s booth will showcase its latest innovations that address IC through system level design (chip, package and board) inclusive of EM and thermal analysis, specifically Clarity™3D Solver, Celsius® Thermal Solver and EMX® Planar 3D Solver, for large-scale systems.
Visit the CAES booth to learn more about the company’s pioneering advanced electronics for the most technologically challenging systems. As the largest provider of mixed-signal and radiation-hardened technology to the U.S. aerospace and defense industry, CAES delivers high-reliability RF, microwave and mmWave, microelectronic and digital solutions that enable a safer, more secure planet. On land, at sea, in the air, space and cyberspace, CAES’ electronics and enhanced manufacturing capabilities are at the forefront of mission-critical innovation.
Cernexwave’s CWC Series high-power waveguide circulators are a great solution for directing signals of any strength. They are made to fit your project requirements with small to very large frequency bands and power levels into the kilowatts. The precision internals provide low insertion loss low and high isolation while the robust aluminum construction keeps temperature levels manageable.
Charter Engineering Inc.
5G RF Switches
CEI introduces a new series of RF switches operating from DC to 40 GHz utilizing 2.92 mm female connectors. The switches feature outstanding characteristics in insertion loss of 0.6 dB maximum and return loss of 1.50:1 maximum. The highly repeatable RF switches are targeted to 5G applications and are available in a variety of configurations including failsafe, latching and normally open.