New Products

Please send all “New Products” information to:
Robert M. Goldberg
1360 Clifton Ave.
PMB 336
Clifton, NJ 07012 USA

 

E-mail: r.goldberg@ieee.org


High-Speed Digitizers Acquire Analog and Digital Signals Simultaneously 

Spectrum Instrumentation has announced a new digital input option (M4i.44xx-DigSMA) for its popular high-speed and high-resolution series of PCIe digitizers. The option consists of an additional module that sits beside the existing digitizer card to provide eight additional digital input lines. The digital input module shares a common clock and trigger with the base card so that both the digital and analog inputs are fully synchronous. This makes the combination ideal for a wide variety of mixed signal testing applications. 

The Spectrum M4i.44xx series of PCIe digitizer cards consists of eight different models. Users can select from versions that have either two or four analog channels and sampling rates of 180 or 250 MS/s, with 16-bit resolution, or higher speeds of 400 or 500 MS/s, with 14-bit resolution. The digitizer cards of the "44" series are fully equipped with extensive analog signal conditioning (6 input ranges, selectable input impedance, offset, etc.) and advanced triggering capabilities. 

The new M4i.44xx-DigSMA digital input option has a separate PCIe faceplate, occupying an additional PCIe slot, with 8x SMA type connector. Designed for versatility, each input has an impedance of 10 kOhms (to 3.3 V). This allows the inputs to handle 3.3 V LVTTL signals with input voltage levels between -0.5 V and +4.0 V. The digital input bandwidth is 125 MHz and software selection enables both synchronous and asynchronous acquisition modes.

For applications that require more channels, Spectrum enables multiple M4i.44xx series cards to connect with its Star-Hub system. Star-Hub permits a maximum of eight cards to all share a common clock and trigger. 

More information about Spectrum can be found at http://www.spectrum-instrumentation.com.


RF Power Meter

Boonton Instruments has launched the new PMX40 RF power meter, a uniquely capable and flexible instrument which leverages its existing portfolio of high-performance USB power sensors. The new meter delivers additional value to design engineers and technicians by combining the utility of a traditional benchtop instrument, the flexibility and performance of modern USB RF power sensors, and the simplicity of a multi-touch display built with Boonton technology. The PMX40 streamlines RF testing and increases instrument versatility for broad use in the semiconductor, military, aerospace, medical, and communications industries.

The PMX40 and associated sensors cover a frequency range from 4 kHz to 40 GHz and provide leading performance in a number of areas including a wide video bandwidth of 195 MHz, quick rise time at 3 ns, fast measurement rate at 100,000 measurements per second, and 100-ps time resolution. The instrument’s intuitive, multi-touch display enables quick access and configuration of up to four sensors as well as all measurement and analysis tools, providing a standalone solution for capturing, displaying, and analyzing peak and average RF power in both the time and statistical domains. 

The PMX40 offers new users ultimate flexibility due to the range of Boonton RF power sensors and added convenience for existing Boonton USB sensor users. The new meter works with existing Boonton USB sensors covering 4 kHz to 40 GHz. Existing Boonton customers can utilize their USB sensors with the PMX40 without adapters or specialty cables to create an instant benchtop experience, including access to the meter through LAN connectivity. Conversely, purchasers of the PMX40 and sensors can repurpose the sensors as standalone instruments when connected to a PC. Control is available through fully-featured downloadable Boonton Power Analyzer or Boonton Power View software packages, or directly through robust APIs. 

Find more information at https://boonton.com.


Network Analyzer

Keysight Technologies, Inc. has enhanced the company's performance network analyzers (PNA and PNA-X) to deliver greater flexibility and accuracy while speeding and simplifying required measurements. Network analyzers are indispensable test instruments in the radio frequency and microwave industry. They provide measurement capabilities to characterize a wide range of devices, components, and systems. 

Keysight's enhanced PNA and PNA-X network analyzers contain a proprietary low-spurious direct digital synthesis (DDS) source, enabling customers to take accurate measurements with less phase noise interference. With the clean source signals, users can perform two-tone IMD measurements with close tone spacing previously only possible with high-performance analog signal generators. The new DDS sources also enhance the performance of a wide range of software applications, including modulation distortion, SMC with phase, and I/Q converter measurements, to provide exceptional speed in mixer/frequency converter characterization. Offering a third radio frequency (RF) source up to 13.5 GHz on the PNA-X simplifies measurement setup by taking the place of an external signal generator to drive local oscillators.

Keysight's PNA (high performing, cost effective network analyzer) and PNA-X (an integrated and flexible single-connection microwave test engine for measuring active devices) provide: 
•    Simplified test stations by replacing racks and stacks of equipment
•    Reduced test time with a wide range of single-connection measurement applications
•    Accurate linear and nonlinear device characterization using advanced error correction
•    Accelerated insight into component behavior using a multi-touch display and intuitive user interface

More information is available at http://www.keysight.com.


New Data Loggers 

CAS has announced the new dataTaker DT90 Series of compact, cost-effective, low power data loggers. The new DT90 Series is designed to provide an all-in-one data collection system with an integrated modem, specifically for remote applications.  The rugged enclosure and wide operating temperature range provide reliable operation in virtually any environment. There are two models available—the DT90L and DT90N.  The DT90N can be used for smaller applications with digital or multi-parameter sensors with a serial output. The DT90L is designed for larger applications with the ability to measure both analog and digital output sensors.

New DT90 Data retrieval and device configuration are available via the USB interface for on-site communication. Or, using the built-in 4G modem, an automatic data delivery feature sends logged data to an FTP server at regular intervals. The modem also allows alarms to trigger SMS messages to multiple mobile phones.

Data Logger Features:
•    Ease of deployment: A USB interface combined with user-friendly software makes it easy to configure, test, and deploy
•    Flexible inputs: Connect to many types of sensors
•    Analog (DT90L only): voltage, current, and RTD
•    Digital: SDI-12, Modbus, and digital pulse
•    Rechargeable lithium-ion battery: Up to 300 days runtime on one charge and the ability to connect directly to a solar panel for remote monitoring applications
•    Robust: Solid aluminum, water-resistant enclosure (IP67 rated), make this logger suitable for harsh environments
•    Designed for applications such as weather monitoring, hydrology, agricultural research and monitoring, water quality testing, and energy monitoring. 

The new DT90 series is the perfect solution for projects that require a compact, low power data logger.  For more information on the new DT90 series go to https://www.dataloggerinc.com.


New PXI Multi-Function Card

Marvin Test Solutions, Inc. has announced the release of the new GX3788 High-Performance FPGA Multi-Function Instrument combining A/D, D/A and digital I/O functionality.

The GX3788 is a user configurable 3U PXI hybrid slot compatible instrument, with flexible digital and analog test capabilities, making it the ideal choice for challenging functional test applications.  The A/D channels can be configured as eight differential or 16 single ended inputs and support sampling rates of up to 250 KS/s. Alternately, two channel operation can support a sampling rate of 1 MS/s. The D/A channels support a simultaneous sampling rate of 1 MS/s, while the digital I/O channels are TTL compatible and can be programmed as inputs or outputs.

The module's FPGA is pre-programmed, providing access to all digital and analog functions. Alternatively, users can program or modify the FPGA, allowing the instrument to be adapted to evolving test needs using free online design tools. 

The GX3788 is also available in a ruggedized and conformally-coated version (GX3788-M) for use in harsh environments.

To learn more about Marvin Test Solutions’ suite of PXI/PXIe user-programmable FPGA modules. visit http://www.marvintest.com/Category.aspx?category=FPGA.


E-Band Coaxial Connector for Thermal Power Sensor

By adding the R&S NRP90T and R&S NRP90TN models to its portfolio of thermal power sensors, Rohde & Schwarz releases the first test and measurement instruments to support the novel, robust 1.35 mm precision coaxial connector. The connector covers frequencies up to 90 GHz and will be included in the next releases of both IEEE and IEC relevant standards. Rohde & Schwarz has been a partner in the 1.35 mm E connector development project since its beginning in 2017.

An expert group with collective knowledge of microwave signal transmission initiated the joint project to develop and implement a new coaxial connector optimized for E-band frequencies. Emerging applications, in particular, for automotive radar from 76 to 81 GHz, plus the WiGig extension IEEE 802.11ay operating up to 71 GHz, highlighted the need for a novel, robust coaxial cable connector suitable for industrial applications at frequencies up to 90 GHz. 

The result is the 1.35 mm E connector, with a precise metric fine thread, a reliable pin-gap, and an integrated groove for optional push-pull locking. 

The E connector closes the gap between the well-established 1.85 mm connector (the V-band connector) and the 1.00 mm connector (the W-band connector). The V-band connector, introduced more than 30 years ago, is suitably robust for industrial applications, but is restricted to a maximum frequency of 70 GHz. The W-band connector, on the other hand, supports a maximum frequency of 110 GHz, but requires a fine-mechanical accuracy during assembly, and frequently loosens in use.

For further information on the R&S NRP90T and R&S NRP90TN thermal power sensors, go to http://www.rohde-schwarz.com/_63493-197529.


Bidirectional DC Power Supply 

Bidirectional DC power supplies offer two-quadrant operation with positive current/positive voltage as well as negative current/positive voltage, enabling both DC power output and regenerative DC loading. The absorbed energy feeds back to the grid with a conversion efficiency up to 93% and can operate in constant voltage, constant current, and constant power modes.

Chroma 62000D programmable bidirectional DC power supplies have both power source and load characteristics, two quadrant operation, and allow feedback of the power from the DUT. They can be used for testing renewable energy power systems including PV/storage hybrid inverters, power conversion system (PCS) on charging/discharging, and as a battery simulator. The 62000D is also a fit for testing power conents used in electric vehicles, such as a bidirectional on-board charger (BOBC), bidirectional DC convertor, and DC-AC motor driver, and power conversion simulation tests of batteries in both directions.
        
Constant power operation includes four auto-ranges making it possible for a single instrument to meet low voltage/high current and high voltage/low test requirements.

The instruments have also been designed for high speed transient applications as well as seamless and fast transients between sinking and sourcing functions. Other features include the ability to connect to many types of remote interfaces, smart master/slave control mode that can connect 2-10 devices and is packaged at a high density 18 kW in 3U.

Summary of Key Features:
•    Voltage rating: 0~100 V/600 V/1200 V/1800 V
•    Current rating: 0~540 A
•    Power rating: 6 kW/12 kW/18 kW
•    Two quadrant operation: Power source and regenerative load
•    Easy master/slave parallel & series operation up to 180 kW
•    Wide range of voltage & current combinations in constant power
•    Auto sequencing programming
•    Voltage & current slew rate control
•    High speed transient response <1.5 ms
•    Intuitive touch screen

Find more information at http://www.chromausa.com.


Alignment Sensor Series Supports Vision Guided Robotics

Cognex Corporation introduces the AlignSight Alignment Sensor Series as an affordable self-contained solution for vision-guided motion. AlignSight is designed for fast and easy set-up of robot pick and place, machine tending, and stage motion alignment applications in the consumer electronics and electronics hardware industries.

AlignSight features Cognex PatMax technology, automatic hand-eye calibration, an easy-to-use graphical setup wizard, and a flexible robot interface library. Built on the Cognex In-Sight smart camera platform, AlignSight delivers high performance without the need for an external controller to run the application. The solution can be configured and calibrated in minutes enabling quick location and alignment of patterns and fiducials, even under adverse conditions or high level of degradation. 

For more information, visit http://www.cognex.com/alignsight.

 


Vibration and Temperature Monitoring Solution with Long-Range Wireless Networking 

Yokogawa has announced the release in North America of its Sushi Sensor, an OpreX™ Asset Management and Integrity wireless solution, with advanced AI analytics via GA10 software that make it ideal for IIoT plant asset management (PAM) applications. The solution addresses a growing need for efficient and effective online collection of equipment data across industrial facilities via wireless sensors for early equipment failure detection. The Sushi Sensor combined with AI GA10 software transforms a reactive maintenance process to one which is proactive, intelligent, and condition-based. By leveraging wireless technology, the solution reduces cost and logistical challenges for early equipment failure detection to deliver enhanced plant safety, reliability, and profitability. With a free smartphone app for easy set-up and configuration, users can rapidly place hundreds of Sushi Sensor devices into service across a facility.

Oil and gas facilities lose up to 10% of annual production every year because of unplanned downtime, according to a 2016 study by ARC Advisory Group. Nearly 30% of senior executives, engineering, operations, and maintenance managers surveyed by ARC reported between 3-5% lost production every year from unscheduled downtime. The cost of equipment failure significantly impacts return on capital employed (ROCE) performance through lost revenues, high operating and maintenance costs (OPEX), and unnecessary capital cost (CAPEX) for remedial work, modifications and upgrades. More predictive and prescriptive asset management strategies are required to exploit the benefits of applying data and analytics to maintenance.

The Sushi Sensor, with LoRaWAN® (Long Range Wide Area Network) communication technology and advanced analytics from GA10 software, enables the digital transformation of rotating equipment asset management. Approved by testing and standards agency, FM Approvals, for operation in hazardous areas, the Sushi Sensor is a compact wireless device providing online vibration and surface temperature measurement in machines and process equipment. Via LoRaWAN®, a low power, wide area network with up to ten times the range of other IoT wireless networks, the Sushi Sensor efficiently communicates digitized measurements to Yokogawa’s advanced AI analytics environment. The solution involves easy installation/setup, excellent environmental resistance, and monitoring versatility via on-site servers or the Cloud.

For more information, please visit http://www.yokogawa.com/us.


Asset Health Monitoring Solution

Endress+Hauser launches its SRP700 Asset Health Monitoring Solution, a pre-engineered software-based solution for Rockwell Automation systems and tailored for various industries. The solution accesses field instrumentation diagnostics and presents it in easily readable format to plant personnel, improving transparency, reducing maintenance costs and increasing plant availability.

The SRP700 runs on traditional hardware or in a virtual machine environment and is comprised of a central monitor and gateway, a standard client for device configuration management as well as a mobile client, and the field-proven Field Xpert SMT70 IP65/Class 1 Div 2 industrial tablet. It is used to access and acquire data from a variety of field devices, primarily analyzers and instruments. A KPI Dashboard (optional) presents diagnostics, history, statistics, and other information. in an easily readable format.

Plant personnel can use the SRP700 to:
•    Take actions on diagnostic data provided by devices
•    Connect to devices for troubleshooting and configuration
•    See actual and past diagnostic data with corrective measures related with time stamps
•    Analyze historical device diagnostic data

The Rockwell Edition of Endress+Hauser’s Asset Health Monitoring solution leverages Rockwell Automation PAC and HART I/O infrastructure to directly monitor diagnostics from Endress+Hauser and third-party field process instruments for process technician users.

For more information visit https://eh.digital/3dNcIfL.


Material Level Detection Sensor

Thanks to the new level switch PL20, the CleverLevel series from Baumer now offers more possibilities for detecting point levels in materials. CleverLevel reliably detects every type of medium, whether liquid, pasty, viscous, or solid, and is therefore the solution for a variety of applications for which standard vibrating forks are used today. One of its major advantages is the fact that it does not have to be parameterized to a medium as before but flexibly adapts to the medium at hand. This way, even adhesions such as those that frequently occur with pasty materials can be reliably masked. With its optional 4–20 mA analog signal, the PL20 offers several additional advantages and true added value for increased efficiency of your production process.

Conventional measurement systems are unable to cope with the different media characteristics involved. The new level switch CleverLevel PL20 makes processes more flexible and eliminates additional efforts—because it no longer matters what is in the tank. The PL20 level switch offers true added value, especially when it comes to applications in the food production sector with changing recipes or batch production. The self-learning sensor automatically adjusts to the different media. This ensures maximum flexibility with minimum set-up times. In addition, thanks to its compact design and low installation depth, it has only a minor impact on the process and thus ensures maximum food safety.

Even adhesions such as those that occur with pasty materials and electrostatic charging do not affect the performance of the sensor. In such cases as well, the level switch adjusts the switching level without any type of parameterization, minimizing downtimes that may be caused by faulty switching. With an additional optional 4–20 mA analog output, the PL20 can help differentiate the media within the process or evaluate the cleaning process. 

Find more information at http://www.baumer.com/cleverlevel.


Precision Linear Stage Family for Ultra High Vacuum Applications

PI (Physik Instrumente) LP introduces a new high precision linear translation stage family for High Vacuum (HV) and Ultra High Vacuum (UHV) applications. The L-509 vacuum stage series is offered for 3 different vacuum levels: 10-6 hPa, 10-7 hPa, and 10-9 hPa.

Linear motion ranges of 26 mm, 52 mm, and 102 mm are available. The precision-ground ball screw and high-resolution motors allow sub-micrometer resolution with excellent position repeatability up to 0.1 microns.

The new vacuum linear stage series was designed from the ground up for vacuum compatibility, with each component qualified to work under the specified conditions. Everything, from the base materials, nuts and bolts, encoders, cables, limit switches was selected for optimal performance.

Stage variants with closed-loop servo motors with position feedback encoders can be baked out up to 250 °F (~120 °C), while for the highest vacuum levels, stepper motors (open loop operation) are used. Here, bake-out temperatures of up to 300 °F (~150 °C) can be reached.

PI provides a wide range of vacuum and UHV compatible linear stages and rotary stages for nanopositioning and micropositioning applications, including piezo flexure stages, piezo motor solutions and even multi-axis systems such as 6-DOF hexapod parallel positioners to cover the most demanding vacuum motion applications. Industries served include semiconductors, aerospace, optics and photonics, precision automation, life-sciences, and big science research.

For more information, please visit http://www.PI-USA.us/en