• Calibration-grade metrology standards
• Used for VNA calibration and/or calibration validation

Shielded, coaxial opens are used in the calibration of vector network analyzers to provide a nominal 180° phase offset from a compatible reference short over a wide range of frequencies. At these frequencies, open circuit terminations are inherently imperfect. Shielding the open essentially eliminates radiation loss, but creates a residual frequency-sensitive capacitance. An accurate knowledge of the open’s effective capacitance is essential to an accurate calibration of the analyzer. Maury opens are characterized for effective capacitance versus frequency by means of a fourth order polynomial curve fit, and the nominal capacitance coefficients are provided with each unit.

• Ideal probe for up to 48 V power conversion
  • 250, 500 MHz and 1 GHz bandwidth
  • 80 V dynamic range
  • 60 V common mode
• Highest accuracy
  • 0.5% gain accuracy
  • Precision gain calibration
  • Best LF flatness (0.1 dB)
• Lowest noise and highest rejection
• Wide variety of tips
  • High performance solder-in
  • Browser
  • Single pins and header
  • Mini and micro grabbers
  • Socketed connections
  • High temp solder-in
  • Y-banana adaptor
• ProBus active probe interface

• High-density, compact (1U) precision data acquisition instruments 
• LXI™ LAN connectivity 
• Fully integrated signal conditioning maximizes performance and accuracy 
• Easily integrate thermocouples, voltages, RTDs, thermistors, frequency, strain and pressure on an per-channel basis 
• Distributed, synchronized measurements over the wire 
• Scalable architecture easily expands from tens to thousands of channels 
• DC version available for test cells requiring closer proximity to test article 
• End-to-end self-calibration ensures optimum runtime performance 
• Web-based access for monitoring and control 
• Exlab turnkey software for simplified setup, control and data display

• Ideal for applications requiring high ENR and immunity to large incident RF power
• Low VSWR
• Built-in isolator

The NC3400 Series coaxial AWGN noise sources are an excellent choice for applications requiring high ENR and immunity to large incident RF power, such as ATE, radiometer, and radar systems. The calibration accuracy and flatness of the NC3400 Series noise sources are enhanced by their low VSWR. The built-in isolator provides almost constant output impedance as the noise source bias is switched on and off. The isolator also protects the noise diode from incident RF power (consult the factory for higherpower units).

An SMA female connector is standard for the RF output and a BNC female connector is standard for the bias input. Other connectors are available as options.

• Single or dual-channel display
• Agilent HP 437 & Agilent HP 438, and Boonton 4220A & 4230A emulation
• Automatically loads sensor data
• Simple software control via SCPI language
• IEEE-488 and RS-232 interfaces standard

The 4240 series of CW RF power meters provides the high speed measurement capability needed in a production environment, as well as the simplicity of operation required for bench top use. It provides very accurate measurements from -70 dBm to +44 dBm (sensor dependent) and has a rapid display update rate for tuning applications. The easy to read LCD displays both channels simultaneously with numeric and bar graph information.

• Specified performance to 43.5 GHz with Extended K™ ports
• Simple signal integrity testing of passive multiport and differential devices
• Wide dynamic range enables measurement of very low reflection artifacts
• Excellent corrected directivity minimizes measurement uncertainty
• SmartCal™ auto calibration unit reduces calibration and setup time
• Time domain with time gating option enables TDR-like measurements
• Modern LAN interface for remote control is faster than GPIB
• A common GUI and SCPI interface within the ShockLine family
• The compact 3U high chassis allows for the efficient use of rack space
• Bias tee option simplifies test setups where the DUT needs DC biasing
• Universal Fixture Extraction (UFX) software option provides advanced de-embedding tools for test fixture extraction

• Flexible bench configuration empowers users to easily set up instruments and DUTs to match any measurement workflow.
• Automated, multi-instrument calibration workflows empower users to achieve high accuracy results across diverse setups with minimal user intervention.
• Built-in system calibration verification instills confidence in measurement accuracy before data collection begins.
• Comprehensive small-signal, large-signal, and pulsed testing captures real-world device behavior for reliable design and modeling.
• Powerful visualization and analytics suite empowers users to quickly interpret results, extract models, and drive faster design decisions.

• High ENR
• Wide frequency range
• Custom frequencies available

The NC3600 Series coaxial noise sources are an excellent choice for applications requiring high ENR, such as ATE, radiometer, and radar systems.

An SMA male connector is standard for the RF output and feed thrus for bias input. SMA female is an option. Custom frequencies and flatness available. Contact the factory with your request.

• Dual-channel and differential voltage measurements
• 1% accuracy at full scale
• True RMS response below 30 mV
• Optional low-frequency probe for measurements from 10 Hz to 100 MHz
• DC recorder output
• IEEE-488 interface standard, RS-232

The 9240 series is the latest addition to the popular 9200 series of RF voltmeters. It combines accuracy, smart probes, and operator features that have never before been available in its price range. It is simple to use on the bench, and comprehensive enough to integrate into an ATE system. Boonton’s proven voltage probes directly measure from 200 μV to 10 V with usable indication as low as 50 μV and have true RMS response below 30 mV.