As the 2012 Summer Olympics approach us, it is interesting to see which test equipment is used to facilitate the broadcast transmissions from the various beautiful London venues and variety of competitions. One of our suppliers, PROMAX, specializes in making such signal broadcast gear. In fact, the company has been chosen to help broadcast the competition throughout Europe.

PROMAX specializes in manufacturing the finest quality cable, satellite and digital terrestrial test gear. The PROMAX TV Explorer series of products help measure and analyze HDTV transport with near precision.

	The full line of PROMAX Prolink series products is engineered for legacy analog and HD test. We offer many of these solutions new and second hand.
	If you have fiber optic communication test needs The Promax PROLITE-60 is worthy of consideration for field use.

We wish all Olympians the best of luck at the 2012 Summer Games and thank our good friends at PROMAX for their fine products and support! For more PROMAX products check out our full line here.

Advanced Thermal Solutions Kicks Off 2012 Thermal Engineering Webinar Series

Each webinar will thoroughly cover a different, important aspect of today’s electronics cooling at an engineering level.

Norwood, MA, January 14, 2012 – Advanced Thermal Solutions, Inc, kicks off its 2012 monthly thermal engineering webinar series with its first three webinars of the new year, geared to mechanical and electrical engineers seeking to become more effective contributors within their organizations and better problem solvers in the eyes of senior management. The free technical webinars offer practical, detailed training in the increasingly important arena of thermal management and heat transfer. The online tutorials offer objective insights for all engineers, designers and program managers who want to learn more about the theoretical and practical aspects of electronic cooling.

Each of the one hour tutorials will include detailed visuals and real time discussion by an industry thermal management expert. Attendees can submit their questions during and after the presentation.

First Quarter 2012, ATS Webinar Dates, Titles and Descriptions:

January 19, 2012 – “What is The State of the Art in Thermal Management?” Start the New Year with an expert look at what is new, what to avoid and what to use in thermal management. Every year, new electronics cooling and heat transfer technologies enter the marketplace. Some of these will prove to be very effective, but many could turn out to be ineffective or very costly. This free ATS-sponsored webinar will cover the latest cooling options and explain each one’s salient features and benefits.

February 23, 2012 – “Thermal Management of Consumer Electronics” Consumer electronics are now being used in places that were once exclusive to business and military electronics. Products like Apple’s iPhone and iPad are sophisticated technologies with powerful processors housed in small spaces with restricted airflow. As a result, these devices, and others like them, are providing many new benefits, but they also bring higher thermal management needs. Attendees will learn the available cooling options, and important factors such as the importance of spreading resistance in component and system thermal management.

March 29, 2012 – “How to Perform and Understand Temperature Measurement in Electronic Systems” Attendees at this free ATS online tutorial will deepen their understanding of the importance of temperature measurement in electronic systems. They will learn about each of the instruments needed for measuring temperature and interpreting temperature data. The instructors will show the key locations inside electronics systems where thermal testing should be conducted to obtain the most accurate and actionable results.

Each free ATS webinar starts at 2:00 p.m. EST. The webinar topics scheduled for April through December will be released soon. Please visit http://www.qats.com/Training/Webinars/7.aspx to register for any or all of these online events, or call 781-769-2800. Seats for these online tutorials are limited.

Advanced Thermal Solutions provides a wide range of air and liquid cooling solutions and laboratory-quality thermal instrumentation. Their products include: thermVIEW the first commercially available turn-key thermochromic liquid crystal based image processing system, Wind Tunnels, Isothermal Plate Systems, Anemometers, Sensors, and Heat Flux Controllers.

The ATS Thermal Management Products Page is located HERE

Advanced Thermal Solutions thermVIEW Liquid Crystal Thermographic Analysis Tool

The turnkey thermVIEW Thermochromic Liquid Crystal based temperature measurement system performs high-resolution thermography with precise temperature accuracy and micron level spatial resolution. The system provides greater range and flexibility while it is more cost-effective than alternative technologies. Applications for thermVIEW exist in a wide range of industries, including electronics thermal management and failure analysis, gas turbine heat transfer industries and academic laboratories.

The thermVIEW System uses the color response of thermochromic liquid crystals (TLC) for the purpose of temperature measurement. Liquid crystals reflect incident light at the visible wave length based on the temperature of the surface to which they are applied. The temperature response of liquid crystal is called the event temperature. When the surface is illuminated by white light and viewed under fixed optical conditions, the TLC material will reflect a unique wavelength distribution of visible light (i.e., color). As the temperature rises through the TLC’s bandwidth, the reflected color of the TLC will change. Finally, when the temperature exceeds the TLC’s clearing point temperature, the material will enter the pure liquid state and will revert back to being transparent. This phenomenon is selective reflection and occurs in most TLCs both on heating and cooling, and occurs with minimal hysteresis.

The reflected color distribution for most TLC materials will vary continuously from the longer wavelengths (i.e. red) corresponding to the event temperature to shorter wavelengths (i.e. blue) corresponding to the clearing point temperature. Additionally, a TLC material will also transmit a significant amount of the incident light with virtually no modification.

This color-temperature response can then be captured by a color camera, formulated into a calibration curve of color versus temperature and used to transform a color measurement system into a very accurate TLC based thermography system. In building efficient TLC-based thermography systems, thermVIEW™ technology and performance surpasses all other available methods,including Infra Red thermography.

TLC Color Temperature Calibration

thermVIEW built-in features allow fully automatic color-temperature calibration of virtually any TLC formulation available via the patented RS-232-enabled calibration device. This device permits the color-calibration data to be acquired by simultaneously using the camera to record the color response while it is being subjected to successively higher levels of temperature on a solid-state, PID-controlled test surface. The software then analyzes the color/temperature response and builds the calibration data.

Thermograph Analysis Tools

thermVIEW analysis tools provide users with dynamic data-probing capabilities with point value and linked X-Y data profile display. Users can interactively calibrate the physical-to-screen coordinate system for any image being analyzed. This feature gives thermVIEW operators a very simple and direct mechanism to make spatial measurements of the thermal phenomena present in their thermographs.

Processing Tools

thermVIEW processing tools allow users to “extract” a color or temperature image plane with Region Of Interest (ROI) control, create and apply “masks” (aids in determining valid regions of the image), perform thresholding and apply spatial filters on a loaded image interactively. Automatic conversion to temperature in user specified units (ºC, ºF, K, R) is supported using the TLC color-temperature calibration data.

Image Acquisition/Storage Software Features

thermVIEW has integral support for live, “onthe-fly” image acquisition, averaging and storage (TIFF file format) features. These include ROI specification using the built-in IMAQ Vision ROI tools along with full control of the frame grabber settings such as scaling and calibration. The system also supports image retrieval from disk for post-processing of archived images.

What is liquid crystal thermography? (LCT)

thermVIEW system uses the color response of thermochromic liquid crystals (TLC) for the purpose of temperature measurement. Liquid crystals reflect incident light at the visible wave length based on the temperature of the surface to which they are applied.

• Does the chip or the board get destroyed as the result of ink/LC application?
No, ink and LC can be washed off with de-ionized water.

• Can one reuse the LC treated surface?
Yes, as long as the surface is kept in a clean environment.

• How often do I need to calibrate?
Typically every time the LC is applied to a new surface – a good measurement practice.

• Are liquid crystals harmful?
No, but we do not recommend consuming them.

• Can you use it for board level measurement?
Yes, LC can be used for any surface that can be treated with LC and trackable lighting.

• Can you mix different liquid crystal compounds?
Yes, however, it will be difficult to determine the temperature because the same colors, reflecting a temperature, will appear repeatedly as the surface is heated.

Offering More Connectivity Options, More Short Circuit Protection Options, with Excellent Trigger Accuracy and Performance.

Tel-Hanan Israel, January 2012 – Tabor Electronics has recently announced an upgrade to its award winning Pulse Master Series Waveform Generators. The new and upgraded PM8571A and PM8572A single and dual channel pulse waveform generators will support new interfacing options, short circuit protection and more accurate signals. The new Pulse Master Series has been upgraded to include a USB host enabling the loading and saving of waveforms and setups. Different devices such as a USB stick, CD ROM and DVD can be connected to the instrument to load previously programmed waveforms and setups without the need of a PC or Laptop.

Other additions to the new PM series include a 10Vpp short circuit protection for applications where there is a high risk of burning the output. Many applications utilizing pulses require extremely accurate and precise triggering capabilities, the new PM8571A and PM8572A now offer a trigger jitter lower than 100ps, providing users with extremely high levels of signal precision in their various testing scenarios.

About Tabor Electronics
Established in 1971, Tabor Electronics has become a world-leading provider of high-end signal sources, featuring: pulse, function and arbitrary waveform generators, high-voltage amplifiers, waveform and modulation creation software. Tabor has earned global recognition for its highly skilled workforce and innovative engineering capabilities. In addition to offering a full range of self-branded instruments, Tabor is also a world-class OEM that private-labels a variety of products for industry leaders. Technologically advanced, featuring the highest levels of performance, reliability, and most importantly, price-competitive, Tabor’s products are sought-after in a diverse array of applications.

Take Temperature, Velocity, and Pressure Measurements with One System – The Advanced Thermal Solutions iQ-200

The ATS iQ-200 Thermal Measurement System is designed to be used wherever temperature, pressure, and velocity measurements are required, either simultaneously or individually. iQ-200 Thermal Measurement System measures temperature with twelve thermocouple ports supporting J, K, T and E types, with a range of -40 to 750oC. Air temperature is measured by sixteen thermister ports (also used for velocity measurement) with a range of -10 to 85oC. Sixteen hot wire anemometer ports measure velocity using ATS single-sensor technology, requiring no need to change sensors when measuring different velocity ranges. The standard range for velocity measurement is 0-6 m/s (1200 ft/min) and for custom calibration, the range is 0-50 m/s (10,000 ft/min). The iQ-200 also supports ATS’ unique, patented Candle Stick Sensor. Pressure is measured by four ports, supporting differential or absolute pressure, with a range of 0-1,035Pa (0-0.15 psi). User-friendly LabVIEWTM- based IQstage data acquisition software is included in the system. IQstage manages incoming data from various sensors and provides a rich graphical presentation of the results.

Application Domain for the iQ-200 Thermal Measurement System Includes:

• Heat Sink Design and Selection

• PCB Characterization

• Card Rack (ATCA, PICMG, 1U, etc.) Characterization

• Qualification testing in the environmental chamber,e.g., NEBS, Milspec, etc.

• Mockup Testing

• Wind Tunnel Testing of Cards, Heatsinks, Etc.

ATS has released the iQ-200 thermal analysis system for precisely and simultaneously measuring the temperatures of solid materials and the surrounding air, as well as tracking air velocity and air pressure at multiple points to comprehensively profile heat sinks, components and PCBs. (Source Advanced Thermal Solutions)

Discounts On Select LeCroy WaveAce and WaveJet Oscilloscopes

LeCroy Trade In Program – Enjoy 15% Off List Price on the Purchase of a New LeCroy Oscilloscope with the Trade-In of a Used Oscilloscope – Now Through December 23rd 2011

LeCroy WaveAce Series

The LeCroy WaveAce Oscilloscope Series combine long memory, a 5.7″ color display, extensive measurement capabilities, advanced triggering and excellent connectivity to improve troubleshooting and shorten debug time. With bandwidths from 40 MHz to 300 MHz, sample rates up to 2 GS/s and waveform memory up to 10 kpts/Ch (20 kpts interleaved) the WaveAce exceeds all expectations of a small affordable oscilloscope.

Click Here to Request Your LeCroy WaveAce Quote

LeCroy WaveJet Series

The LeCroy WaveJet 300A Oscilloscope Series provide the banner specifications, feature set and user interface to simplify how you work and shorten debug time. With a big, bright 7.5″ display, long 500 kpts/Ch memory and up to 2 GS/s you will easily capture and see every detail of your waveform. The USB ports provide a quick way to save waveforms, store or print screen captures or connect to a PC. Math and measurement tools help you understand the waveforms and Replay mode allows you to look at a history of what has been captured.

Click Here to Request Your LeCroy WaveJet Quote

LeCroy WaveSurfer 104MXs-A

WaveSurfer and MSO-Model Oscilloscope – Free Software Promotion

Purchase a 600 MHz or 1 GHz WaveSurfer or MSO-Model Oscilloscope and receive two (2) of the following software options at no Charge:

• WSXS-UART-RS232BUS

• WSXS-SPIBUS TD

• WSXS-I2CBUS TD

Click Here to Request Your LeCroy WaveSurfer Quote

15% Education Discount on all LeCroy Test & Measurement Equipment, Probes and Software options Education Institution is defined as:

• Non-profit, degree-granting, post-secondary education, fully accredited by the state board or higher

• Combine with the Buy 5 WaveAce and Get 1 Free promotion for better education discounts

• Buy any 5 new WaveAce Series oscilloscopes and get 1
  Free Purchase 5 or more WaveAce Oscilloscopes (any model mix) on a single purchase order from an authorized LeCroy distributor and receive an additional WaveAce Oscilloscope at no Charge. The no Charge oscilloscope must be of equal or lesser value. New units only. Valid with Educational Discount

Click Here to Request Your LeCroy Educational Discount Quote

Test Equipment Connection is an Authorized
Distributor

Promotions Valid October 24 – December 23, 2011

Rigol on Sale 2011 Year End Promotion for DS1000CA and DS1000B Series Oscilloscopes from Test Equipment Connection

Rigol Technologies provides a broad set of instruments and test tools popular worldwide in educational, industrial, and consumer applications. Founded 12 years ago in Beijing, Rigol has grown to become one of the worldwide leaders in benchtop oscilloscopes and currently designs and manufactures a broad set of instruments including Digital Oscilloscopes, RF Spectrum Analyzers, Digital Multimeters, Function/Arbitrary Waveform Generators, Digital Programmable Power Supplies, Virtual Instruments and Chemical Analysis Systems.

The DS1000CA Series Digital Oscilloscopes set a new standard for technology and capability. With features including 2GSa/s sample rate, FFTs, record and replay, roll mode, alternate trigger mode, adjustable trigger sensitivity, and PictBridge printing the DS1000CA is the new bench standard.

Rigol DS1062CA 60 MHz DSO 2 Channel, 2 GSa/s Digital Oscilloscope

Rigol DS1064B 60 MHz 4 Channel 2 GSa/s Digital Oscilloscope

The DS1000B Series Oscilloscopes offer 4 Channel measurement capability with adjustable trigger sensitivity for effective noise removal and false trigger elimination. The DS1000B series offers built-in USB host support , USB flash drive support and PictBridge printer support. LXI class C LAN ethernet connectivity is standard. DS1000B oscilloscopes provide users with backlit keys, ituitive user interface and builtin menu help in both English and Chinese.

Rigol DS1102CA 100 MHz DSO 2 Channel, 2 GSa/s Digital Oscilloscope

Rigol DS1104B 100 MHz DSO 4 Channel, 2 GSa/s Digital Oscilloscope

Rigol DS1202CA 200 MHz DSO 2 Channel, 2 GSa/s Digital Oscilloscope

Rigol DS1204B 200 MHz 4 Channel 2 GSa/s Digital Oscilloscope

Rigol DS1302CA 300 MHz 2 Channel, 2 GSa/s Digital Oscilloscope

New Tabor test equipment is on sale! Tabor is celebrating its 40th anniversary this year. As an authorized distributor Test Equipment Connection is happy to mark this event by offering very generous pricing to our USA customers, with discounts up to 40% on selected models.

Visit the Tabor Electronics Product Page Here

The 40 Year Anniversary Promotion prices are effective immediately and are valid until December 31st, 2011. We encourage our customers to take advantage of this very aggressive promotion while supplies last and before prices expire at the end of this year.

Contact sales@testequipmentconnection.com for More Details.

Who is Tabor Electronics ?

Tabor Electronics

Established in 1971, Tabor Electronics has become a world leading source of high-end test and measurement equipment. With experience spanning over three decades, the Company has earned global recognition for its highly skilled workforce and innovative engineering capabilities. In addition to offering a full range of self-branded instruments, Tabor is also a world-class OEM that private-labels a variety of products for industry leaders. Many companies have allied with Tabor for its unique in-house design and development capabilities, and unwavering commitment to excellence. Together, we are developing the next generation of advanced test and measurement solutions.

Tabor Electronics New WS8352 350MHz Dual-Channel Arbitrary / Function / Pulse Generator

The Company’s extensive product portfolio includes universal counters/timers, synthesizers, pulse, function and arbitrary waveform generators, waveform creation software and more, in various platforms, interfaces and frequency ranges. Technologically advanced, featuring the highest levels of performance, reliability, and most of all, price-competitive, they are sought-after in a diverse array of applications. Over the past decade Tabor has extended its global reach, maintaining direct sales and support offices throughout the United States and Israel, and a worldwide distribution network. Tabor’s uncompromising commitment to excellence begins with the engineering and design process and continues throughout the manufacturing cycle to post installation service and support. Product designs are thoroughly evaluated on a continuing basis to ensure that the equipment delivered meets or even exceeds the published specifications. Tabor’s quality programs have been audited and certified to comply with ISO-9001:2000, EN 61010-1, ISO/IEC 17025, SI-936, IPC-A-610C and EN 60051-3/A1.

Tabor Electronics is a member of:

• Israel’s SII – The Standards Institute of Israel
• IPC – The Institute for Interconnecting and Packaging Electronic Circuits
• Global IQNet – The International Certification Network
• WEEE/RoH

Tabor Electronics WS8352

Look at All These Features on the Tabor Electronics New WS8352 350MHz Dual-Channel Arbitrary / Function / Pulse Generator

Standard Waveforms
The WS8352 has 10 built-in functions for quick and easy waveform generation. Front panel operations allows for easy selection and editing of all waveform parameters. All the standard waveforms can reach up to 125MHz with Sine and Square going as high as 350MHz and 250MHz respectively.

User Defined Waveforms
For more advanced users the WS8352 with its 14-bit vertical resolution offers a standard 512Kpoint memory depth and a 2GS/s sample clock for designing waveforms. With the ability to control and edit the value of each and every point any wave is possible. The Memory can be divided into segments for storing all of the user defined waveforms.

Common or Separate Clocks
Need a dual channel unit, a single channel unit… why choose? With the new WS8352 you can have it both ways. The WS8352 has two differential output channels, which operate either independently, or synchronized. As two separate channels, one has the advantage of having two separate instruments in one box, each having the ability to be programmed to output different function shapes, frequency, amplitude levels and even in different run modes. Alternatively, the advantage of having two synchronized channels with less than 10ps skew and skew control is very significant in applications that require an accurate and controlled phase between the two channels.

Pulse / Pattern Creation
Generating complex pulse trains has never been easier. The Pulse Composer is a powerful built-in tool that converts the WS8352 to a very sophisticated Pulse/Pattern Generator, allowing to create literally any complex pulse train / pattern, whether it’s a single pulse, multi-level, linear-points, initialization or preamble pattern definition, arbitrary bit design, user-defined or even standard random patterns with programmable resolution, so it doesn’t matter if your application is radar communications, nanotechnology or serial bus testing, the pulse/pattern composer is the right tool for your application. Moreover, all the WS8352 advanced trigger modes are applicable, hence one can choose to use the “step” mode to advance every bit independently or the “once” mode to advance a complete data block in one trigger event, enabling even more applications, such as trigger, clock and data protocols.

Multi-Level and PAM(n) Signals
The WS8352’s pulse composer enables up to 350Mbit/s data rate generation, utilizing either NRZ and RZ modes (minimum transition times) which is ideal especially for multi level and PAM(n) applications such as, LED (light-emitting diodes), CAN, QPHY, FlexRay or simulating and testing Ethernet environment, whether it’s 100Mbit/s (100BASE-T), the later gigabit Ethernet (1000BASE-T) or even the latest 802.3an standard (10GBASE-T), which utilizes PAM-16.

Modulated Waveforms
Agility and modulation capabilities open the door to diverse applications. In addition to the capability of generating any shape and style of waveform with the arbitrary waveform generation power, the WS8352 can also do standard modulation schemes such as AM, FM, FSK, PSK, sweep and chirp without sacrificing the power of the instrument control and output run modes.

Accuracy and Stability
As standard, the instrument is equipped with an internal frequency reference that has 1ppm accuracy and stability over a period of 1 year. An external frequency reference is provided on the rear panel for applications requiring greater accuracy or stability, supported by the instrument’s 14 digits resolution.

Easy to Use
Large and user-friendly 4” backlit color LCD display facilitates browsing though menus, updating parameters and displaying detailed and critical information for your waveform output. Combined with numeric keypad, cursor position control and a dial, the front panel controls simplifies the often complex operation of an arbitrary function generator.

Remote Control
Model WS8352 comes standard with a variety of interfaces: Ethernet, USB and GPIB allowing the user to freely select the interface best suited to his individual requirements. The included ArbConnection software is a powerful editorial tool for designing waveforms and provides the user with full control of instrument functions, modes and features.

Multiple Environments to Write Your Code
In addition to the included ArbConnection software, the WS8352 comes with a complete set of drivers, allowing you to write your application in various environments such as: Labview, CVI, C++, VB, MATLAB. You may also link the supplied dll to other Windows based API’s or, use low level SCPI commands (Standard Commands for Programmable Instruments) to program the instrument, regardless if your application is written for Windows, Linux or Macintosh operating systems.

Automated External Calibration
Leading-edge technology is implemented to allow calibration from any interface, USB, GPIB or LAN and calibration factors are stored in a flash memory thus eliminating the need to open instrument covers.

Introducing the New Hioki 3198 Power Quality Analyzer with Advanced Functionality and Performance to Satisfy International Power Quality Standards

(March 2011, Nagano, Japan) HIOKI E.E. CORPORATION is pleased to announce the launch of the new 3198 power quality analyzer. The instrument, which complies with the IEC 61000-4-30 Ed. 2 Class A international standard on power quality measurement, provides unparalleled power quality measurement capability.

Need for Power Quality Measurement

As the number and variety of power electronics devices increases, issues such as device malfunctions and failures caused by power supply problems are becoming more common. To address these issues effectively requires detailed knowledge about their causes, but obtaining such knowledge is an extremely time-consuming proposition due to the diverse array of parameters that must be investigated and the high level of expertise required to do so. By using a power quality analyzer, it is possible to discover the underlying causes of these hardware issues precisely and efficiently.

Adding to the complexity of the situation is a recent trend toward more widespread use of distributed power sources such as solar power, wind power, and cogeneration systems. Initiatives to put in place smart grid technologies (which form the basis of the next-generation power distribution network) are also proceeding apace, with increasingly complex power transmission systems driving up demand for more rigorous monitoring.

Furthermore, there has been little progress in improving the power environment in developing nations such as China and India compared to Japan and the U.S. or Europe due to the failure of infrastructure development to keep pace with economic growth. Consequently, power supply problems are an everyday occurrence.

In this way, the need for power quality measurement continues to increase with each passing year, providing the ideal environment for the PW3198 to leverage its capabilities.

HIOKI 3198 Features:

• Compliance with the IEC 61000-4-30 Class A international power quality standard and dramatically improved measurement reliability

  Compliance with the IEC 61000-4-30 Class A international standard on power quality measurement, which stipulates the most stringent requirements in the field, points to the PW3198’s unparalleled functionality and reliability. To comply with the standard, the instrument delivers basic voltage measurement precision of 0.1%, an improvement of 200% over the previous model.

• Simple configuration function for intuitive operation

  The PW3198 incorporates a user-friendly configuration function that automatically selects the necessary measurement items once the user has chosen a measurement pattern, for example abnormal voltage detection. This capability eliminates the need for the user to configure a series of complex settings, significantly improving the instrument’s convenience.

• Extended measurement capability thanks to flexible use of SD cards (2 GB card bundled with product)

  The need for continuous monitoring in power quality measurement applications makes extended recording capability a must. The PW3198 ships standard with a 2 GB SD card that allows continuous measurement for up to 55 weeks.

• Improved safety thanks to CAT IV 600 V compliance

  Whereas the PW3198’s predecessor POWER QUALITY ANALYZER 3196 offered a CAT III 600 V safety level as defined by IEC 61010, the new PW3198 complies with CAT IV 600 V requirements. The higher level of protection enables the instrument to safely measure incoming power lines.

  The New World Standard for Power Quality Analysis, with Recording & Analyzing

• Verify power problems in accordance with the IEC61000-4-30 Class A standard

• High Accuracy and continuous gapless recording (V:±0.1% of nominal voltage, A and W:±0.2% rdg. ±0.1%
  f.s.)

• CAT IV 600V – safe enough for incoming power lines

• Broadband voltage range lets you measure even high-order harmonic components of up to 80
  kHz

• Wide dynamic range from low voltages up to 1300V (3P4W line-to-line voltage)

• Maximum 6000V transient overvoltage up to 700kHz

• LAN, USB and SD card interfaces

• Optional GPS BOX for synchronizing multiple devices

  Note: You can measure a voltage use with the main unit alone. Optional current sensor is necessary to measure current or power parameters. Use Model 9624-50 PQA-HiVIEW PRO (version 2.00 or later) with a PC to analyze the data collected to SD card.

Hioki 3198 Power Quality Analyzer Includes: L1000 Voltage Cables, AC Adaptor, Battery Pack, 2GByte SD Card Z4001 View and Purchase the New HIOKI 3198 HERE