The 1000S1G4 is a solid-sate amplifier covering the 0.8 – 4.2 GHz frequency range and is ideal for applications that call for instantaneous bandwidth, high linearity, and high gain. An included Digital Control Panel (DCP) provides both local and remote control of the amplifier. The DCP uses a color LCD touch screen and a single rotary knob to offer status reporting and control capability.
AR’s 1000S1G4 is a solid-sate amplifier covering the 0.8 – 4.2 GHz frequency range. When used with a sweep generator, it provides a minimum of 1000 watts RF power. Like most of AR’s amplifiers, this model is ideal for applications that call for instantaneous bandwidth, high linearity, and high gain.
Berkeley Nucleonics Corporation has been a trusted source for quality and innovative instrumentation within test and measurement, nuclear, and RF/microwave markets for over 50 years. With a focus on PC-driven instrumentation, Berkeley is able to offer smaller and simpler devices and systems that are faster at test data transfer, easily transportable, and designed to resist obsolescence. This webinar covers the next step in the evolution of phase noise measurement technologies and how Berkeley Nucleonics is breaking barriers in the industry with their new BNC Model 7330 Signal Source Analyzer.
The new Model 855 series is a phase coherent, multi-output, fast switching, and low phase noise signal generator operating within the 10 MHz to 6.2, 12.5, or 20.0 GHz range. With a high stability OCXO reference, the Model 855 series is able to deliver excellent frequency and accuracy stability. It accepts external 10, 100, or 1000 MHz references, and is capable of switching times down to 10 μs.
Multiple Input Multiple Output (MIMO) is a key technology for future 5G systems. This includes Massive MIMO, which would use large antenna arrays to transmit data to multiple devices within a small cell in the same frequency band.
This webinar uses Wireless InSite’s MIMO simulation capability to predict the multipath and channel characteristics for a Massive MIMO system in an urban small cell. Beamforming techniques are applied to the simulation results in order to predict the beams to several mobile devices and observe how the beams change as one device moves along a route through the city.
The CP4-60086030-02 is a 56 – 64 GHz reflective, single-pole four throw (SP4T) PIN diode switch incorporating a TTL compatible driver. Manufactured with Silicon monolithic technology, this switch is ideal for test instrumentation, telecommunication, WiGig application development, and wireless 5G applications.
The CP4-63256030-02 is a 50 – 75 GHz reflective, single-pole four throw (SP4T) PIN diode switch incorporating a TTL compatible driver. Manufactured with Silicon monolithic technology, this switch is ideal for test instrumentation, telecommunication, WiGig application development, and wireless 5G applications.
The CP4-30206055-A1 is a 20 – 40 GHz absorptive, single-pole four throw (SP4T) PIN diode switch incorporating a TTL compatible driver. Manufactured with Silicon monolithic technology, this switch is ideal for test instrumentation, telecommunication, and wireless 5G applications.
The CP8-29225040-01 is an 18 – 40 GHz reflective, single-pole eight throw (SP8T) PIN diode switch incorporating a TTL compatible driver. Manufactured with Silicon monolithic technology, this switch is ideal for test instrumentation, telecommunication, and radar front applications.
The CPD-04082580-A1 is a 0.1 to 8.0 GHz absorptive, single-pole double throw (SPDT) PIN diode switch incorporating a TTL compatible driver. Manufactured with Silicon monolithic technology, this switch is ideal for test instrumentation, telecommunication, and radar front applications.
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