ABSTRACT: This is the user guide for the Maury Microwave model A027A1 Connector Gage Kit (SMA connectors). Maury model A027P1, A027A1, A027G1 and A027M1 connector gage kits are designed to…
ABSTRACT: This is the operating instructions for the Maury Microwave model A028D Connector Gage Kits (7mm, metrology grade). The Maury model A028D connector gage kit features a "thread-on" design which…
ABSTRACT: This is the operating instructions for the Maury Microwave model A028D Connector Gage Kits (7mm, metrology grade). The Maury model A028D connector gage kit features a "thread-on" design which…
ABSTRACT: This is the operating instructions for the Maury Microwave model A028F Connector Gage Kits (7mm digital, metrology grade). The Maury model A028F connector gage kit is designed to measure…
ABSTRACT: This is the operating instructions for the Maury Microwave model A034B Connector Gage Kits (3.5mm and 2.92mm connectors). The Maury model AO34B connector gage kit is designed to measure…
ABSTRACT: This is the operating instructions for the Maury Microwave model A034B1 Connector Gage Kits (3.5mm and 2.92mm connectors). The Maury model A034B1 connector gage kit is designed to measure…
ABSTRACT: This demonstration highlights using a Boonton USB RTP5006 sensor and a Noisecom noise source for over the air calibration and power measurement of a device in an RF chamber.…
AUTHORS: R. Hilton and S.Dudkiewicz, Maury Microwave Corp
PUBLICATION HISTORY: MICROWAVE JOURNAL – JUNE 2018
ABSTRACT: This paper reviews the challenges of on-wafer load pull measurements at 5G mmW…
AUTHORS: Maury Microwave and FormFactor
PUBLICATION HISTORY: EverythingRF – February 2024
ABSTRACT: Millimeter waves offer high data speeds, low latency, and increased capacity, enhancing user experiences in activities such as…
ABSTRACT: Demonstrate capabilities of broadband additive white Gaussian noise (AWGN) using the UFX7000A series and using the USB 55006 Power Sensor to measure: Average and Peak power (Crest Factor) to…
ABSTRACT: Measuring Crest Factor (CCDF) with a RF Peak Power Sensor. https://youtu.be/Gswy_xTz7jc
ABSTRACT: In this application note we highlight how broadband LTE and WiFi power amplifier (PA) performance can be characterized using Boonton’s high performance USB peak power meter. Figure of merit…
Holzworth's proprietary non-PLL based RF synthesis architectures offer many unique performance advantages over more traditional PLL based synthesizer designs. One of the many important performance advantages is known as Phase…
ABSTRACT: Multi-channel synthesis applications require specific performance parameters that are often overlooked with the design of single channel synthesizer systems. Performance specifications for multi-channel synthesis applications typically require channel to…
ABSTRACT: This instruction manual provides you with the information you need to install, operate, and maintain the PMX40 RF Power Meter.
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ABSTRACT: The PMX40 LAN interface is configured using the System > I/O Config > LAN menu. The instrument may be set to automatically accept its IP address and associated information…
ABSTRACT: With the ever increasing demand for higher data rates and lower power consumption, power and signal integrity are playing a larger role in the design of modern electronic devices.…
ABSTRACT: (Broadcasted on 5/25/2011) Pulsed signals used for radar, remote sensing and tracking, MRI medical imaging, and certain wireless communication applications such as WiMax & LTE have become increasingly complex to…
ABSTRACT: The overall performance of a power meter is dependent upon the sensor employed. Boonton Electronics (Boonton) has addressed this by providing quality power sensors to meet virtually all applications.…
ABSTRACT: This discussion covers the following Boonton Electronics models: All peak and CW RF Power Sensors and all RF Voltage Probes. All current Boonton power sensors and voltage probes contain…
ABSTRACT: WAMICON Presentation - Precision Timing Measurements in 5G TDD Networks
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ABSTRACT: Watch the on-demand “Principles of RF and Microwave Power Measurement” webinar from Boonton to learn all about power measurement fundamentals, which are critical for designers and technicians to reach the…
ABSTRACT: With today’s complex modulation schemes and pulsed communication modes, engineers must measure RF power accurately and efficiently to ensure components and systems operate at their highest level of performance.…
ABSTRACT: The ACE9600 device can be controlled remotely using its LAN interface. The instrument can be connected to any IEEE-802 network. It uses TCP/IP, and achieves transfer rates up to…
ABSTRACT: In many applications, like wireless communication and radar, pulsed (or bursted) RF signals are utilized. Not only is the level of RF power important, but the shape (RF power…
AUTHORS: Steve Dudkiewicz, Eng. – Maury Microwave Corporation
PUBLICATION HISTORY: Originally presented by the author at a technical session of the 2nd International IEEE Conference on Microwaves, communications, Antennas and…
ABSTRACT: Holzworth has a long history of focused efforts to provide optimal channel-to-channel phase coherency with multi-channel RF signal sources. This has made for a straightforward approach to supporting the growing needs…
ABSTRACT: UPDATED White Paper for the HA7000C Series Real Time Phase Noise Analyzers. Oscillator manufacturers and engineers who frequently need to evaluate the performance of ultra low phase noise oscillators.…
ABSTRACT: With over 60 years of experience in the field of test and measurement, Boonton Electronics and Noisecom have become respected names within both the civil and military radar industries,…
ABSTRACT: Phase Noise Analysis has traditionally been a smaller sector of the electronics test and measurement market, primarily being a parameter that was verified by defense RADAR systems providers. With…
The HX2410 was originally a oversized black box on a Holzworth test bench. It was designed and used by Holzworth engineering to observe the true channel-to-channel phase coherency performance (relative ch-ch stability)…
Detecting RF Power
Why is it necessary to measure the RF power of a system?
From radar to 5G communications networks, common use-cases that require measuring the RF power of a…
ABSTRACT: RF and microwave power measurements are crucial in obtaining optimal performance of communications and radar systems. Boonton, a leader in RF and microwave test equipment, provides cutting-edge test solutions,…
ABSTRACT: The Maury RF calculator streamlines essential calculations for gamma, gain, power, noise, calibration, and EMC. Use this helpful resource today.
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ABSTRACT: Boonton’s 4540 Series RF Power / Voltage meters provides highly detailed waveform traces for accurate measurements, efficient alignment and detailed analysis of linear and pulsed RF components and circuitry.…
ABSTRACT: The video shows how to use Boonton Broadband Peak power sensors to determine the RF signal propagation delay created by individual components or an integrated system. https://youtu.be/y9x5mvipiWo
ABSTRACT: The Holzworth family of frequency synthesizers offers a breadth of products to address a wide range of test applications including component characterization as well as local oscillator (LO) and…
ABSTRACT: This is the downloadable PDF of the RTP Series API Programming Reference.
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ABSTRACT: This is the online html of the RTP Series API Programming Reference.
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ABSTRACT: The user manual provides the information needed to install, operate, and maintain the Boonton RTP5000 Real-Time Peak Power Sensors and RTP4000 Real-Time True Average Power Sensors. The 55 Series…
The RTP Measurement Buffer Mode Application enables users to make power measurements with the RTP4000 or RTP5000 series of Real-Time Power Sensors over long periods of time with essentially no…
ABSTRACT: This document covers the Boonton RTP-Series and 55-Series USB Power Sensor security procedures.
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ABSTRACT: The uncertainty calculator for the RTP5000 Real-Time Peak USB Power Sensors.
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ABSTRACT: The demonstration sends data over a simulated satellite network utilizing products from Boonton, CommAgility, Holzworth, Microlab, and Noisecom. Facing issues such as advancing communication standards and an increased number…
ABSTRACT: The demonstration sends data over a simulated satellite network utilizing products from Boonton, CommAgility, Holzworth, Microlab, and Noisecom. Facing issues such as advancing communication standards and an increased number…
ABSTRACT: The demonstration sends data over a simulated satellite network utilizing products from Boonton, CommAgility, Holzworth, Microlab, and Noisecom. Facing issues such as advancing communication standards and an increased number…
ABSTRACT: The demonstration begins with the emulation of a 5G time division duplex (TDD) pulsed signal generated from either the CommAgility 5G gNodeB or Holzworth HSM6001B RF Synthesizer Module. This…
ABSTRACT: The demonstration begins with the Boonton SGX1000 Series RF Signal Generator, which is used to produce a low phase noise signal. This signal is fed into the Noisecom UFX7000B…
ABSTRACT: Learn about our two product demonstrations at SATELLITE 2022 — Amplifier Noise Tolerance and 5G TDD Network Timing.
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ABSTRACT: Traditionally, the satellite industry has relied on geosynchronous earth orbit (GEO) satellites that take years to build and require very expensive launches to deliver them to orbit. Latency issues…