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Midtronics CPX-900

sku Product SKU:  MID-CPX-900

CPX-900 Battery & Electrical System Analyzer offers advanced diagnostics in a handheld one-piece diagnostic tool. CPX-900 features Conductance Profiling™, a patented Midtronics technology that identifies batteries with low reserve capacity, a key capability to accurately diagnose the increasing electrical demands placed on modern vehicles.

  • Quickly and accurately diagnose a battery’s cranking and reserve capacity health
  • Reduced charge and retest results
  • Proven Midtronics quality – durable design features for heavy daily use
  • Support automated over-the-air software updates and data analytics

Battery Management Processes

Midtronics products are designed to meet a variety of battery and electrical system service requirements, but selected features on individual products may make them a better fit for your unique service applications. This product is particularly well-suited for these battery management processes:

  • Preventative maintenance

  • Vehicle arrival inspection

  • pre-delivery inspection

  • Warranty management

  • Service diagnostics

KEY PRODUCT DIFFERENTIATOR

Conductance Profiling™

Combines our conductance algorithm with new proprietary technology to:

  • Identify batteries with poor reserve capacity that may start the car, but could fail to support other vehicle accessories
  • Ensures service readiness for emerging vehicle systems and batteries with new points of battery failure

Analytics and Communication

  • BMIS integration supports automated over-the-air software updates and analytical reporting

    • Capture and review battery testing data
    • Visibility into process compliance
    • E-mail results via built-in Wi-Fi

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NETSCOUT SpectraSecure

sku Product SKU:  NET-SpectraSecure

Distributed Denial of Service (DDoS) attacks can target any application or service that is reachable from the internet . Web servers, DNS servers, routers, session border controllers, and many other services are constantly subject to attack. Identifying and mitigating these attacks is done using on-premises solutions, cloud-based solutions, or a hybrid solution combing both.

DDoS mitigation is not static. With the power, sophistication, and frequency of DDoS attacks rising, DDoS mitigation must continually evolve in order to protect against the latest attack scenarios. But how can you be sure you are protected? Waiting for an attack to happen to test your resilience is a risky proposition. NETSCOUT’s SpectraSecure solution helps you eliminate that risk.

The NETSCOUT Solution for DDoS Mitigation Testing

SpectraSecure tests DDoS resilience in a controlled manner using configurable threat vectors that can mimic the malicious traffic launched by botnets. SpectraSecure utilizes test-botnets to simulate real-world attack scenarios in a customer’s controlled environment. Using SpectraSecure, you can validate the resilience of any potential target, including networks, applications, and services. Test attacks launched by SpectraSecure appear massively distributed, even when the test-botnet consists of a small number of Virtual Machines. A single test using a volumetric attack vector may appear to originate from millions of unique endpoints.

War Games

Although traditional lab testing is essential, it cannot assess the organizational readiness required for holistic DDoS attack mitigation. Conducting war games is one of the best ways to verify that the teams, tools, and processes will all be on the same page when an attack occurs.

Blacklist Verification

Maintaining a blacklist of source addresses can present a challenge. Use SpectraSecure in the lab to verify the target can handle high volume DDoS attacks from blacklisted sources. In a production network, SpectraSecure can launch low-bandwidth attacks to verify that blacklisted packets are handled properly.

Deep Packet Inspection Testing

Solutions that use Deep Packet Inspection (DPI) to identify attacks require test traffic with specific content at the application layer. Using SpectraSecure, simulated attacks can contain a mix of traditional attack vectors and packets that contain application-specific content to trigger DPI-based filters.

Notification Testing

Identifying and mitigating DDoS attacks often involves automatic notification of staff and external systems. Use SpectraSecure to verify these critical steps are occurring as required.

Multi-Vector and Custom Attacks

Use SpectraSecure to stay ahead of threat actors by verifying resilience to multi-vector attacks and custom attack scenarios. SpectraSecure’s built-in attack vectors can be modified and combined together to create unique scenarios that exercise all aspects of a mitigation system.

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Fluke8588

Fluke 8588A Reference Multimeter

sku Product SKU:  FCAL-8588A

Stability, simplicity, and performance by design

The 8588A incorporates exceptional linearity, low noise, and stability in the design. This best-in-class long-scale digital reference multimeter guarantees superior 3.5 ppm one-year dc voltage relative accuracy and long-term stability over a wide measurement range and functions.

The 8588A contains the world’s most stable voltage references and attenuators custom crafted at Fluke Calibration.  These precision components eliminate the need for daily internal self-calibration to compensate for drift when less-precise components are used.  Autozeroing also becomes unnecessary because the amplifier offsets are ultra-stable.  The 8588A achieves an exceptional 8.5-digit resolution reading in one second, two times shorter than the next best in class, which amounts to considerable productivity improvements.

The 8588A is easy and intuitive to use. It is the ideal lab multimeter for metrologists and calibration laboratory managers who expect and appreciate a straightforward setup that quickly achieves the maximum performance of the instrument.

  • 2.7 µV/V (95%), 3.5 µV/V (99%), 1 year relative accuracy, dc voltage without internal self-calibration or auto-adjustments
  • 0.5 µV/V (95%), 0.65 µV/V (99%), 24 hour stability, dc voltage
  • 7 µΩ/Ω (95%), 9 µΩ/Ω (99%), 1 year, resistance
  • 2.02x full scale stretches lower noise floor to higher signal levels to maximize higher accuracies from the instrument
  • 200 ns to 100 s aperture setting allows the industry's widest flexibility to control data capture window

Accuracy, offset and stability provide excellent ac performance

The 8588A provides the most accurate true ac rms measurement available in a Fluke Calibration multimeter.

With a 5 mega-samples-per-second sampling analog-to-digital converter and an extraordinarily stable dc analog path, the 8588A achieves remarkable ac rms measurement performance that is ten times faster, two times less noisy, and more sensitive for low level signals than other instruments in this class. It utilizes digital rms calculations to maintain full resolution of a wide dynamic range of digitized signals, so you can see a wide range of measurements clearly.

Rapid digital filters are more effective than their analog equivalents for faster settling. The digital filters eliminate the dielectric absorption on analog filters, commonly associated with residual slow-tail characteristics. The digital filters effectively shorten settling time to within 6 cycles of the filter frequency and less than 1 ppm of the fully settled value.This is up to 10 times faster than other long scale precision digital multimeters at low frequencies.

Low noise is achieved from averaging the collected high-resolution digitized data and the inherently stable signal path. De-coupling low level signal sensitivity from temperature drift enables the 8588A to make higher accuracy low-level ac measurements. Therefore, temperature drift, offsets, and long-term instability typically associated with an analog rms converter are eliminated.

  • 60 µV/V (95%), 77 µV/V (99%), 1 year relative accuracy, for the most accurate ac voltage measurement
  • 250 µA/A (95%), 323 µA/A (99%), 1 year relative accuracy, ac current
  • 15 ms settling time at 1kHz ac filter form 10x faster ac voltage measurement
  • 2.02x full scale Vpp, 1.2x full scale rms
  • Up to 30 A for peak ac current greatly extends ac current measurement range

8588A AC voltage measurement, screen capture
AC voltage measurement

8588A AC voltage measurement settings, screen capture
AC voltage measurement settings

Usability designed for metrologists by metrologists

The 8588A is the ideal lab multimeter. It streamlines the measurement process while eliminating misunderstandings, with an easy-to-access user interface in English, Chinese, French, German, Japanese, Korean, Russian and Spanish. An intuitive graphical display lets you easily visualize trends, histograms, complex waveforms, and statistics and perform routine metrology tasks quickly. You can perform both real-time and post-capture analysis for short-term and long-term stability, identifying and quantifying drifts, run-around noise, and uncertainty analysis without the need for an external computer or software. You can also quickly visualize post-processed frequency domain signals of fundamental and harmonic amplitude and phase content.

Some popular system multimeters have complex menu structures and unintuitive commands, while others lack any user interface, presenting barriers to training and operation. By contrast, the 8588A/8558A feature an easy to- access configuration menu that makes it easy to train new users.

The front panel features many new usability improvements. Visual Connection Management™ output terminals light up to show which terminals are active, guiding the user to make the correct connections. The handles are over-molded for comfort and easy transport.

USB host ports are placed both on the front and rear of the instrument. Use the ports to export data to external memory devices or simplify firmware updates. For remote communication with a PC, choose from Ethernet, GPIB or USBTMC connectors on the rear panel.

The 8558A/8558A provides full emulation of the Fluke 8508A Reference Multimeter and command compatibility of the Keysight 3458A Digital Multimeter via SCPI commands, making it an ideal replacement for these older instruments.

  • Graphical display that enables instantaneous visualization of trend plot, statistical analysis, histogram and FFT. 
  • GPIB, USBTMC, Ethernet allows industry-standard selection of remote interface. • USB thumb drive enables quick and easy data transfer to PC in .csv format.
  • SCPI compliant commands with 8508A and 3458A emulation mode simplifies and accelerates system upgrade process to 8588A/8558A
  • Programmable front/rear input switching with ratio measurement allows ratio-metric measurements between front and rear terminals in dc voltage, resistance, current functions with state-ofthe- art linearity, noise performance, superb transfer uncertainties.
  • Capacitance and RF power meter readout from Rohde & Schwarz NRP Series expands the utility of 8588A in calibrating multi-product calibrators for improved productivity in calibration labs.
     

8588A Trend plot, screen capture
Trend plot

 Histogram, screen capture
Analyze: Histogram

The MET/CAL™ Calibration Management Software advantage

The 8588A and 8558A work with Fluke Calibration MET/CAL™ Calibration Software, in 8508A emulation mode, allowing increased throughput while ensuring calibrations are performed consistently every time. This powerful software documents calibration procedures, processes and results for ease in complying with ISO/IEC 17025 and similar quality standards.

Support and services when you need them

Fluke Calibration offers testing, repair and calibration services to meet your needs quickly and at a fair cost while maintaining the high level of quality that you expect. Our electrical calibration laboratories are accredited for conformance to ISO Guide 17025 and we maintain global calibration and repair facilities.

You can enhance warranty protection with a Priority Gold Instrument CarePlan service package.

A Priority Gold Instrument CarePlan includes an expedited annual calibration to reduce downtime by a week and extended warranty to help ensure the best long-term performance from your instruments. Choose from one-year, three-year or five-year CarePlans. (Note: Priority shipping times vary by country. Contact your local Fluke Calibration sales representative for details.)

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Img-NGeneius-3900

NetScout nGenius 3900 Series

sku Product SKU:  NET-nGENIUS-3900-s

Improve Network and Application Test Lab Efficiency, Speed, and Performance

The 3900 Series combines Layer 1 matrix switching with unique Layer 2-4 intelligence, in a single centralized platform, to optimize test lab operations.

Today’s rapidly evolving test lab environments are placing significant demands on your organization. You need to simultaneously improve resource utilization and reduce test cycle time, while saving on capital and operational expenditures.

Lab Management Challenge

As test lab configurations become increasingly complex, the time required to manage them can grow exponentially. Many companies are consolidating test labs, moving to a service-oriented approach to share resources across multiple organizations, making efficient lab management a significant challenge.

Optimize Test Lab Operations

The 3900 Series delivers an efficient platform enabling customers to optimize their test lab operations. It combines Layer 1 matrix switching with unique Layer 2-4 intelligence, in a single, centralized platform that is managed by our TestStream Management Software .

The nGenius 3901, 3903, and 3912 chassis options allow for scalability and flexibility. They incorporate optical-electrical-optical (OEO) blades that support a wide range of interfaces, along with a combination of Layer 1 switching and higher level intelligence for efficiently managing test lab network topologies. Blades are interoperable across chassis options and can be added as lab capacity requirements increase to support various Test Lab Automation Infrastructure Solutions.

Management

Because the 3900 Series is controlled by NETSCOUT’s TestStream Management Software, it will seamlessly integrate with the rest of your existing test lab environment.

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NET-nGenius-TestStream-Software_1

NetScout nGenius TestStream Management Software

sku Product SKU:  NET-nGenius-TestStream-Software

Meet the demands of complex test lab environments
Meet the demands of complex test lab environments Today’s rapidly evolving, complex test lab environments are placing significant demands on your organization. You need to simultaneously improve resource utilization and reduce test cycle time, while saving on capital and operational expenditures. Lack of centralized lab management Traditional solutions don’t allow for remote management of test lab infrastructure. With no centralized management, there is a decided lack of controls and audit trails, adding to the complexity for test lab professionals.

Lack of centralized lab management
Traditional solutions don’t allow for remote management of test lab infrastructure. With no centralized management, there is a decided lack of controls and audit trails, adding to the complexity for test lab professionals.

 

Increase efficiency, speed, and performance of test labs
NETSCOUT’s TestStream Management Software provides an easy-to-use drag-and-drop user interface to define and manage topologies using layer 1 matrix switching and to apply layer 2-4 functions enabling increased efficiency, speed, and performance of test labs.

TestStream Management Software

  • Integrated intelligence with Layer 1-4 functions from a single user interface
  • Scalable deployment options to control up to 32 switches from a single instance
  • Simple drag-and-drop provisioning of layer 1 connectivity and Layer 2-4 optimization functions
  • Manage topologies to share lab tools and devices under test
  • Real-time and historical statistics for increased visibility
  • Threshold alarming and user activity logging for rapid isolation of problems
  • CLI for integrating with internal tools or 3rd party automation software

Our solution can help you meet the demands of today’s high-performance test labs, as well as prepare you for whatever the future brings.

Intuitive Layer 1-4 Functionality – Simple Operation

System Dashboard – High Scalability

Traffic Statistics – Integrated Intelligence

 

TestStream products you can trust
NETSCOUT understands the challenges test lab professionals face in today’s evolving, complex test lab environments. Let us show you how our TestStream Management Software enables improved efficiency, speed, and performance of test labs.

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IET-PRS-370

PRS-370 Self-Adjusting Programmable Resistance Box & RTD Simulator

sku Product SKU:  IET-PRS-370

The PRS-370 is a Self-Adjusting Programmable Resistance Substituter, just connect an 8.5 digit DMM; Fluke 8508A, 8588A or the Keysight 3458A to the PRS-370 via the IEEE-488 interface, and the PRS-370 becomes a short-term stable variable standard of resistance.

The PRS-370 instructs the DMM to make a measurement of the source resistance and then automatically fine adjusts the output resistance to achieve the "best" accuracy to the nominal resistance value, typically better than 10 ppm.

The PRS-370 utilizes both the front and rear binding posts so that the DUT and DMM can be connected at the same time. Once the resistance measurement is complete using the DMM and rear binding posts, the source resistance is switched to the front binding posts.

The large graphical color display shows the target resistance, ∆ from nominal, measured resistance from the DMM and measurement uncertainty of the DMM.



Save time in adjustment
At the touch of a button the built-in firmware routine allows for automatic calibration of the internal resistors by just connecting a DMM to the PRS-370 . No entering values or manual trimming saves significant time over traditional programmable resistance decades or manual decades.

The right mix of features
The PRS-370 was designed with the right mix of features for to be efficient for both manual and automated application in both laboratory and production environments. With its wide range the PRS-370 was designed to replace multiple decade boxes, individual resistance standards and reduce test time.

User interface
The PRS-370 utilizes a large state-of-the-art color capacitive touchscreen which provides super fast response time. Even in low or bright light conditions the display provides exceptional clarity with large fonts and easy-to-read menus.

The user interface makes the PRS-370 well suited for high accuracy requirements for both manual and automated applications such as; calibration of resistance meters, calibration of temperature controllers and indicators, automated test systems requiring a precision resistive load

The user interface also features softkeys and a numeric keypad allowing use of the user interface without using the touch-screen.

No zero resistance
The PRS Series programmable resistance box employs very low resistance, low thermal emf relays with gold-clad silver-alloy contacts. A special design keeps contact resistance to a minimum. The gold plating keeps the silver contacts from becoming tarnished when unused, or when only low currents are passed through them. This is most often the case when only minute test currents are drawn by digital multimeters and other test instruments. Contact resistance remains low and repeatable through the use of multiple contacts.

Highest quality components
The programmable resistance box employs, high-quality gold-plated tellurium-copper five-way binding posts serve to minimize the thermal emf effects, which would produce errors in dc resistance measurements. Resistors are custom Z-foil and low inductance wirewound for low TC and excellent stability.

5 year warranty
With its industry leading 5 year warranty all aspects of the PRS-370 focus on reliability, reduced ownership costs and simplicity out of the box.

RTD calibration
The PRS-370 is also a programmable decade resistor and RTD simulator that can be used stand-alone to automate your source resistance and temperature controller testing.
Built-in tables for PT100 and PT1000 RTDs and direct resistance substitution makes the PRS-370 ideal for for RTD (Resistance Temperature Detector) simulation. User defined tables can also be created for use with other RTDs. The operator can enter temperature directly and the correct resistance will automatically be programmed.

Resistor carousel
Built-in EIA "preferred value" resistance tables of 1% (E96), 5% (E24), 10% (E12) increments or user specified increment allows the PRS-370 to be used as a resistor carousel.

AC performance
The PRS-370 programmable resistance box is a precision resistance source with excellent characteristics of stability, temperature coefficient, and power coefficient. The use of low inductance wirewound and Z-foil resistors allows the PRS-370 to be used in ac applications with minimal resistance change below 1 kHz.

Interface
Operation is both local using a color touch screen and numeric keypad or remote control with the standard IEEE-488 interface. The versatility of the IEEE-488 interface allows you to completely automate your testing when not used with a DMM.

Calibration history
Calibration history of each internal resistor can be reviewed to show drift and performance. The calibration history data can be retrieved via SCPI command for further analysis.
Pressing a switch on the front panel allows access to calibration history and adjustment menus minimizing unauthorized access.

Cyber security statement
The PRS-370 contains a microcontroller, and runs proprietary firmware. The firmware can only be updated via a JTAG or similar cable and only accessed by removing the top cover of the instrument.
There are no facilities to update firmware via the GPIB interface on the PRS-370.
Windows or Linux are not used in this product.
A factory reset is provide which will reset the PRS-370 back to factory default including calibration data history and all other data that can be saved by a user.
 

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