TMetrix & Tektronix Co-Exhibiting at CANSEC 2017

Tektronix and TMetrix will be co-exhibiting with Integrys
at BOOTH #1130 showing the following instruments:

RSA5126B

AWG70001A

These models are used for many military/government applications, including:

  • Radar/EW simulation (advanced radar signal generation)
  • Radar/EW measurements
  • Narrowband and wideband RF communication system signal generation and measurement
  • Generating and measuring RF signals on multiple frequencies simultaneously
  • Surveillance and signal monitoring

Connect With Us

1-800-665-7301

Contact Us

www.tmetrix.com

EPTECH electronic shows are produced in major high-technology centers across Canada.

 

eptech-logo-white-bgExhibit

EPTECH is the only series of coast-to-coast national electronics shows in Canada. The series is sponsored by EP&T, Canada’s largest professional electronics trade publication.

ACA TMetrix Inc.

Address

5805 Kennedy Road
Mississauga, Ontario
L4Z 2G3

Phone: 1-800-665-7301Fax: 1-905-890-1959 Email: info@tmetrix.com

Website : www.tmetrix.ca

Will be exhibiting at EPTECH Shows

ACA TMetrix Inc. is a leading Canadian distributor of test and measurement instruments and design tools. For over 55 years we have provided products manufactured by the world’s leading instrument manufacturers.

Together with suppliers, TMetrix offers customers complete technical and logistical assistance and training. This includes seminars led by the world’s leading experts, pre- and post-sales technical support, warranty and language help, instrument repair and calibration, currency conversion and assistance gaining various electrical safety certification marks. We strive for continual enhancement of our offerings through unparalleled customer service and support.

Dates & Locations

Edmonton
March 7, 10am-4pm

Doubletree by Hilton
16615-109 Avenue
Edmonton AB T5P 4K8 Map

Tel: 780-484-0821

Calgary
March 9, 10am-4pm

The Coast Plaza Hotel & Conference Centre
1316-33rd Street NE
Calgary T2A 6B6 Map

Tel: 403-248-8888

Montreal / Pointe-Claire
April 25, 10am-4pm

Holiday Inn & Suites Pointe-Claire
6700, Route Transcanadienne
Pointe-Claire, QC H9R 1C2 Map

Tel: 514.697.7110

Markham
April 27, 10am-4pm

Le Parc
8432 Leslie St.
Thornhill, ON L3T 7M6 Map

Tel: 416-798-7246

Vancouver / Coquitlam
June 1, 10am-4pm

Hard Rock Casino Vancouver
2080 United Blvd.
Coquitlam, BC V3K 6W3 Map

Tel: 604-523-6888

Quebec City
September 26, 10am-4pm

Hotel Plaza Quebec
3031 boul. Laurier
Sainte-Foy, QC G1V 2M2 Map

Tel: 418-658-5665

Ottawa
October 31, 10am-4pm

Brookstreet Hotel
525 Legget Dr
Ottawa, ON K2K 2W2 Map

Tel: 613-271-1800

Mississauga
November 2, 10am-4pm

Mississauga Convention Centre
75 Derry Rd.
Mississauga, ON L5W 1G3 Map

Tel: 905-564-1920

EPTECH electronic shows
 
 
 

Industry’s First 32 Gb/s Protocol-Aware Bit Error Rate Tester Eases 4th Generation Standards Receiver Testing

New Tektronix BSX Series BERTScope Features Built-in De-emphasis, Fast Protocol Handshaking for PCIe 4.0, USB 3.1 Receiver Validation and Troubleshooting

BEAVERTON, Ore., Jan. 31, 2017 /PRNewswire/ — Tektronix, Inc., a leading worldwide provider of measurement solutions, today introduced the industry’s first 32 Gb/s protocol-aware bit error rate test and analysis system. The new Tektronix BSX series BERTScope not only helps characterize the receiver in Gen3 and Gen4 devices – it enables users to shorten the time needed to debug link training and bit error rate issues. New Tektronix BSX Series Bit Error Rate Tester Scope

As 4th generation serial protocols such as PCIe 4.0, USB3.1, and SAS4 become more complex, it has become increasingly difficult to place a receiver being tested into an appropriate state (such as a loopback state) for testing without protocol handshaking between the instrument and the device under test. With its protocol-aware functions, the BSX Series provides the tools and flexibility needed to visualize and control the handshaking and link training process for devices running up to 32 Gb/s.

“When things go wrong during receiver testing, our customers need more than a tool that will simply characterize a device. They need a tool that will pinpoint the root cause of failures, move them from complexity to confidence, and help keep projects on schedule,” said Brian Reich, general manager, Performance Oscilloscopes, Tektronix. “Receiver testing is more than just getting a bit-error rate number – it’s understanding why you are getting a particular bit-error rate value, or handshaking failure. The BSX Series delivers unique visibility into the underlying root cause of physical layer issues by capturing the exact location and timing of bit errors.”

Simplified receiver testing

Available with maximum data rates of 12.5Gb/s, 24Gb/s and 32Gb/s, the BSX Series is available with tools that automate compliance testing, making accurate and repeatable measurements easy to do for the large number of test cases required in the Gen4 standards. With built-in Tx equalization, reference clock multiplication, and interference generation, the BSX Series requires fewer cables and is significantly easier to set up and calibrate than previous offerings.

The BSX Series is the only receiver test tool that continuously stores the context (timing, bit position) of each bit error. Sophisticated error analysis tools such as pattern sensitivity and forward error correction emulation use this information to help developers understand the factors contributing to bit errors.

Pricing and availability

The BSX Series BERTScope will be available in Q2 of 2017. Pricing starts at $199,000 US MSRP

For full details, go to: Tmetrix-Tektronix

Availability and pricing

The DPHYXpress and CPHYXpress solutions are available for download now from the Tektronix website. Pricing is $10,000 US MSRP.

Wondering what else Tektronix is up to? Check out the Tektronix Bandwidth Banter blog and stay up to date on the latest news from Tektronix on Twitter and Facebook.

About Tektronix

Headquartered in Beaverton, Oregon, Tektronix delivers innovative, precise and easy-to-operate test, measurement and monitoring solutions that solve problems, unlock insights and drive discovery. Tektronix has been at the forefront of the digital age for over 70 years. Join us on the journey of innovation at TEK.COM.

Tektronix is a registered trademark of Tektronix, Inc. All other trade names referenced are the service marks, trademarks or registered trademarks of their respective companies.

Tektronix unveils new logo, marking the most significant change in its visual identity in 24 years.The legacy Tektronix logo has been refashioned, with the angle incorporated within the logotype as an upwards gesture of progress. The sans-serif type is given character by subtly clipping the 'T' letterforms, echoing the blue angle. Simple, definitive lines reflect our promise of performance.

Logo – http://photos.prnewswire.com/prnh/20160125/325847LOGO

SOURCE Tektronix, Inc

 

Address : 5805 Kennedy Road, Mississauga, Ontario.
L4Z 2G3 Phone: 1-800-665-7301
Fax: 1-905-890-1959
Email: info@tmetrix.com

New Tektronix BSX Series Bit Error Rate Tester Scope
New Tektronix BSX Series Bit Error Rate Tester Scope

Tektronix Introduces Industry’s First Comprehensive Receiver Testing Solution for MIPI D-PHY v2.0

Supports Testing Requirements for Such Advanced Applications as Autonomous Driving Systems, In-Vehicle Infotainment, High-End Smartphones

BEAVERTON, Ore., Jan. 24, 2017 /PRNewswire/ — Tektronix, Inc., a leading worldwide provider of measurement solutions, today introduced the industry’s first receiver test solution with 100 percent coverage of the MIPI Alliance’s recently released D-PHY v.2.0 specification along with full support for the C-PHY v1.1 receiver test specification. Tektronix Comprehensive Receiver Testing Solution MIPI

Tektronix now offers MIPI designers, such as those working on autonomous driving systems or in-vehicle infotainment, simplified PHY receiver test set up and faster test execution combined with industry leading signal fidelity and flexible support for in-depth debug and margin testing. This solution expands Tektronix’ extensive portfolio of MIPI PHY transmitter and receiver and protocol test solutions for its industry leading real-time oscilloscopes, arbitrary waveform generators and BERTScope bit error rate testers.

MIPI standards continue to evolve quickly to support consumer demands for ever more powerful devices. In addition, the latest high-speed MIPI standards are seeing broad adoption in the automotive sector for applications ranging from self-driving cars to vehicle telematics. Receiver testing has emerged as one of the more difficult challenges due to increased complexity, higher speeds, different data rates and modes (HS, LP, HS-LP) and backward compatibility requirements. With this latest release, Tektronix is keeping pace with the rapidly changing MIPI standards landscape while giving designers the future-proof test solutions they need to efficiently bring new products to market.

“In highly competitive sectors like automotive and mobile, engineering teams face uncommon challenges to bring highly differentiated solutions to market while demonstrating compliance to increasingly complex standards,” said Brian Reich, general manager, Performance Oscilloscopes, Tektronix. “With our industry leading signal generators and oscilloscopes and advanced software support for the latest MIPI standards, we are giving our customers the compliance testing and debug tools they need to meet these challenges.”

The latest Tektronix MIPI receiver test solutions consist of DPHYXpress and CPHXpress software packages running on AWG70000 Series arbitrary waveform generators. These solutions offer industry leading signal fidelity with up to 50 GS/s sampling rate and 10-bit vertical resolution. The software gives users full control to change receiver test parameters such as rise time, amplitude, jitter, setup/hold time for CLK, skew, noise, duty cycle distortion and more. It also allows users to de-embed cable effects using a direct synthesis method. To reduce test times, the applications offer a batch mode for receiver margin testing to easily create and replay libraries of complied stress waveforms with different jitter and noise parameters.

Availability and pricing

The DPHYXpress and CPHYXpress solutions are available for download now from the Tektronix website. Pricing is $10,000 US MSRP.

Wondering what else Tektronix is up to? Check out the Tektronix Bandwidth Banter blog and stay up to date on the latest news from Tektronix on Twitter and Facebook.

About Tektronix

Headquartered in Beaverton, Oregon, Tektronix delivers innovative, precise and easy-to-operate test, measurement and monitoring solutions that solve problems, unlock insights and drive discovery. Tektronix has been at the forefront of the digital age for over 70 years. Join us on the journey of innovation at TEK.COM.

Tektronix is a registered trademark of Tektronix, Inc. All other trade names referenced are the service marks, trademarks or registered trademarks of their respective companies.

Tektronix unveils new logo, marking the most significant change in its visual identity in 24 years.The legacy Tektronix logo has been refashioned, with the angle incorporated within the logotype as an upwards gesture of progress. The sans-serif type is given character by subtly clipping the 'T' letterforms, echoing the blue angle. Simple, definitive lines reflect our promise of performance.

Logo – http://photos.prnewswire.com/prnh/20160125/325847LOGO

SOURCE Tektronix, Inc

 

 

Address : 5805 Kennedy Road, Mississauga, Ontario.
L4Z 2G3 Phone: 1-800-665-7301
Fax: 1-905-890-1959
Email: info@tmetrix.com

Tektronix Comprehensive Receiver Testing Solution MIPI
Tektronix Comprehensive Receiver Testing Solution MIPI

Hioki Launches Three Sensor Units for High Precision Current Sensors

CT9557 Features Sum Functionality for Aggregating and Measuring Large Circuits in Multi-Cable Circuits 

CT9555

CT9555

Hioki is pleased to announce the launch of three sensor units: Models CT9555, CT9556, and CT9557. Hioki Launches Three Sensor Units High Precision Current Sensors

The CT9555 is two-thirds smaller than the legacy sensor unit by volume, while the CT9556 provides RMS output capability. Meanwhile, the CT9557 features aggregate functionality to facilitate the measurement of large currents in multi-cable circuits.

ROLE OF SENSOR UNITS
Sensor units are power supplies for high-precision current sensors that also provide waveform output functionality.

Hioki’s high-precision current sensors cannot be used on their own; instead, it is necessary to supply power to drive the sensor using one of these newly launched sensor units. Furthermore, since the sensor units are able to output waveform signals from the current sensors to which they are attached, they can be used in conjunction with a data recorder, power meter, or data logger to display and analyze those waveforms.

CT9556

CT9556

PRODUCT FEATURES
CT9555
Enclosure that’s two-thirds smaller than the legacy product by volume – The CT9555 is two-thirds smaller and weighs 200g lighter than the legacy 9555-10 by volume. Its compact footprint offers increased convenience in operation and management.

CT9556
Ability to generate RMS output
The CT9556 is a sensor unit that can also generate RMS output in addition to waveforms.  Use of a current sensor and data recorder to measure AC current levels requires an expensive recorder that provides advanced functionality for converting readings to RMS values. Since the CT9556 can output a DC signal obtained by converting the AC signal waveform from the current sensor to an RMS value, even an inexpensive logger can be used to measure AC current levels. Hioki Launches Three Sensor Units High Precision Current SensorsHioki Launches Three Sensor Units High Precision Current Sensors

CT9557

CT9557

*RMS values: The strengths of AC current and voltage are not constant, but rather vary periodically with time. Consequently, the meaning of an RMS value can be expressed as follows: the RMS value expresses the strength of an AC voltage (current) as the DC voltage (current) at which a given resistance would consume the same amount of power as when the corresponding AC voltage (current) flows through it.  The voltage used to describe household electrical outlets in Japan (100 V AC) is an RMS value.

CT9557
1. A 4-channel power supply

Current measurement often requires that multiple current lines be measured at the same time. Since the CT9557 can serve as a power supply for up to four current sensors, it allows operators to build simpler, cheaper systems than are possible if using four 1-channel CT9555 units. Hioki Launches Three Sensor Units High Precision Current Sensors

 2. Aggregate function for measuring large currents in multi-cable circuits in megasolar installations
At large-scale generating facilities such as megasolar installations, extremely large currents on the order of 1000A to 3000 A are split so that they flow through two to four cables, making it impossible to measure them with a single current sensor. Typically, individual cables’ current values are measured with separate current sensors, and either the customer adds together those measured values manually or utilizes the functionality of an instrument with enough channels to accommodate the number of current sensors being used to add the values.

The CT9557 delivers the ability to add together the signal waveforms from multiple current sensors in such applications. Since the current values measured for each branch cable are added together inside the CT9557 and output as a single signal, the troublesome addition process becomes unnecessary, and instruments need only use one channel of input. One application of this aggregate functionality is to simplify measurement of leakage currents in three-phase circuits.

PRINCIPAL APPLICATIONS
* As a current sensor power supply
* To measure RMS value fluctuations in an AC current in conjunction with a logger
* To measure power in large-current lines in conjunction with a power meter

More informationTMetrix

HIOKI

 

 

 

Address : 5805 Kennedy Road, Mississauga, Ontario.
L4Z 2G3 Phone: 1-800-665-7301
Fax: 1-905-890-1959
Email: info@tmetrix.com

Hioki Launches Three Sensor Units High Precision Current Sensors
Hioki Launches Three Sensor Units High Precision Current Sensors

Tektronix Delivers Automated 100G Electrical Test Solutions for DSA8300 Sampling Oscilloscopes

Fully Automated Solution for IEEE 100GBASE-CR4, 100GBASE-KR4 and CAUI-4 Standards Now Available on Sampling and Real-Time Oscilloscopes

BEAVERTON, Ore., Jan. 24, 2017 /PRNewswire/ — Tektronix, Inc., a leading worldwide provider of measurement solutions, today introduced new equivalent time automated compliance test solutions for 4-lane 100G electrical interfaces defined in the IEEE 802.3bm and 802.3bj specifications. The new capabilities along with the full set of Tektronix solutions for 100G and 400G characterization and validation will be demonstrated February 1-2 at DesignCon 2017, Booth 741Tektronix Delivers Automated 100G Electrical Test Solutions

Available for Tektronix performance oscilloscopes including the DSA8300 >70 GHz bandwidth sequential equivalent-time sampling oscilloscope and the DPO70000SX real-time oscilloscope series with bandwidth up to 70 GHz, this TekExpress application supports 100G Ethernet (IEEE 802.3bj and IEEE 802.3bm Annex 83) electrical validation and characterization needs.

Specific supported technologies are 100GBASE-CR4, 100GBASE-KR4 and CAUI-4, which are the principal electrical specifications for 100G Ethernet. With these additions, Tektronix now offers the industry’s most complete set of IEEE 802.3bm and 802.3bj solutions covering both optical (100GBASE-SR4) and electrical validation tools. The DSA8300 offers the unique ability to perform both optical and electrical validation using one system with industry leading optical and electrical bandwidth.

The IEEE 802.3 specification is lengthy and continually evolving, making it challenging for test engineers to come up to speed on such a massive specification. Tektronix works in collaboration with standards bodies and leverages its expertise to help translate industry standard test requirements into easy-to-use turnkey test solutions that offer clear and concise characterization reports. Reducing test and validation complexity is key to bringing interchangeable 100G optical and electrical modules to market in a timely manner.

“The latest 100G and emerging 400G Ethernet standards require both electrical and optical validation to ensure interoperability and also introduce many new measurement challenges,” said Brian Reich general manager, Performance Oscilloscopes, Tektronix. “Tektronix is offering a full complement of industry leading optical and electrical standards verification solutions to serve this demanding market.”

The Tektronix CAUI-4/KR4/CR4 test automation solution operates on either the DSA8300 sampling platform or the high-performance DPO70000SX 70, 59 and 50 GHz real-time oscilloscopes. These platforms deliver unprecedented low noise and measurement accuracy. Tektronix offers these software validation tools on both systems to give customers the flexibility of real-time or the precision of equivalent time instruments.

Pricing & Availability

The Tektronix 80S100G-TXE (DSA8300) and 100G-TXE (DPO70000SX) solutions for CAUI-4, KR4 and CR4 are available to order now. Pricing starts at $9,000 US MSRP. For more information please visit: http://www.tek.com/100g-optical-and-electrical-tx-rx

For full details, go to: Tmetrix-Tektronix

Availability and pricing

The DPHYXpress and CPHYXpress solutions are available for download now from the Tektronix website. Pricing is $10,000 US MSRP.

Wondering what else Tektronix is up to? Check out the Tektronix Bandwidth Banter blog and stay up to date on the latest news from Tektronix on Twitter and Facebook.

About Tektronix

Headquartered in Beaverton, Oregon, Tektronix delivers innovative, precise and easy-to-operate test, measurement and monitoring solutions that solve problems, unlock insights and drive discovery. Tektronix has been at the forefront of the digital age for over 70 years. Join us on the journey of innovation at TEK.COM.

Tektronix is a registered trademark of Tektronix, Inc. All other trade names referenced are the service marks, trademarks or registered trademarks of their respective companies.

Tektronix unveils new logo, marking the most significant change in its visual identity in 24 years.The legacy Tektronix logo has been refashioned, with the angle incorporated within the logotype as an upwards gesture of progress. The sans-serif type is given character by subtly clipping the 'T' letterforms, echoing the blue angle. Simple, definitive lines reflect our promise of performance.

Logo – http://photos.prnewswire.com/prnh/20160125/325847LOGO

SOURCE Tektronix, Inc

 

Address : 5805 Kennedy Road, Mississauga, Ontario.
L4Z 2G3 Phone: 1-800-665-7301
Fax: 1-905-890-1959
Email: info@tmetrix.com

Tektronix Delivers Automated 100G Electrical Test Solutions
Tektronix Delivers Automated 100G Electrical Test Solutions

Tektronix Updates 400G PHY Layer PAM4 Transmitter Validation Solution

Latest Release Incorporates PAM4 Error Detection, Industry-Leading SNDR Measurement Capability and New FFE/DFE Equalization in One Easy to Use Solution

BEAVERTON, Ore., Nov. 30, 2016 /PRNewswire/ — Tektronix, Inc., a leading worldwide provider of measurement solutions, today released an update to its PAM4 solution for validating 400G physical layer transmitter designs for its DPO70000SX ultra high-performance oscilloscope series. The latest release adds PAM4 error detection, industry-leading Signal to Noise and Distortion Ratio (SNDR) measurement capability, and new advanced FFE/DFE equalization capabilities into one easy to use solution. Tektronix Updates 400G PHY Layer PAM4 Transmitter Validation Solution

To keep up with demand, serial data rates are now approaching 56 Gb/s per channel. This in turn has driven various 400G standards groups such as IEEE 802.3bs and OIF-CEI to leave behind NRZ signal modulation techniques in favor of more bandwidth efficient PAM4 modulation. With many of the standards still evolving, designers working on 400G designs are struggling with the complexity of PAM4 transmitter measurements. This latest PAM4 release reduces complexity by pulling together all PAM4 measurement capabilities into a single application.

“Designers working on 25 Gb/s and 50 Gb/s products face an uphill battle as they transition from NRZ to PAM4,” said Brian Reich, general manager, Performance Oscilloscopes, Tektronix. “Our latest PAM4 solution brings an extensive list of PAM4 measurement capabilities into a single user experience that is easy to operate. And because of the superior signal acquisition capabilities of the DPO70000SX platform, we are delivering the best margin possible for characterizing PAM4 components and systems.”

Highlights of the new PAM4 solution, which tracks to the latest revisions of the IEEE and OIF-CEI standards include:

Error Detection and Visualization – Repeating symbol patterns are automatically recognized, so that symbol error rate (SER) and bit error rate (BER) values are accumulated and reported.  An Error Navigator allows individual symbol errors to be viewed in the acquired waveform, together with contextual information.

Industry-Leading SNDR Measurement Capability – Support for the key new SNDR measurement is included in this release. Delivering results up to 34 dB, the DPO70000SX ATI-based oscilloscopes deliver the highest fidelity SNDR measurement capability in the industry.

Equalization Support — This release incorporates the advanced Feed Forward Equalization (FFE) and Decision Feedback Equalization (DFE) signal conditioning requirements specified in latest IEEE 802.3bs 400G specification.

The PAM4 solution takes advantage of the unique Asynchronous Time Interleaved (ATI) technology found in DPO70000SX 70 and 50 GHz oscilloscopes to deliver unprecedented low noise and measurement accuracy. Traditional instruments using synchronous time interleaved architectures have too much noise or insufficient bandwidth to allow effective noise and jitter decomposition of complex electrical and optical signals. The ATI acquired signal along with the new PAM4 solution provides a level of precision and usability never offered together in a real-time oscilloscope. Tektronix Updates 400G PHY Layer PAM4 Transmitter Validation Solution

Pricing & Availability

PAM4 solution is available now. Pricing starts at $7,500 US MSRP. For more information please visit: http://www.tek.com/pam4

Wondering what else Tektronix is up to? Check out the Tektronix Bandwidth Banter blog and stay up to date on the latest news from Tektronix on Twitter and Facebook.

About Tektronix

Headquartered in Beaverton, Oregon, Tektronix delivers innovative, precise and easy-to-operate test, measurement and monitoring solutions that solve problems, unlock insights and drive discovery. Tektronix has been at the forefront of the digital age for over 70 years. Join us on the journey of innovation at TEK.COM.

Tektronix is a registered trademark of Tektronix, Inc. All other trade names referenced are the service marks, trademarks or registered trademarks of their respective companies.

Tektronix unveils new logo, marking the most significant change in its visual identity in 24 years.The legacy Tektronix logo has been refashioned, with the angle incorporated within the logotype as an upwards gesture of progress. The sans-serif type is given character by subtly clipping the 'T' letterforms, echoing the blue angle. Simple, definitive lines reflect our promise of performance.

Logo – http://photos.prnewswire.com/prnh/20160125/325847LOGO

SOURCE Tektronix, Inc

 

Address : 5805 Kennedy Road, Mississauga, Ontario.
L4Z 2G3 Phone: 1-800-665-7301
Fax: 1-905-890-1959
Email: info@tmetrix.com

 TTektronix Updates 400G PHY Layer PAM4 Transmitter Validation Solution
Tektronix Updates 400G PHY Layer PAM4 Transmitter Validation Solution

Tektronix Introduces RSA7100A Wideband Signal Analysis Solution

Ideal for Radar/EW Design and Spectrum Management, New Solutions Combines 800 MHz Real-Time Bandwidth with 2-hours of Streaming Storage Tektronix Introduces RSA7100 Wideband Signal Analysis Solution

BEAVERTON, Ore., Nov 29, 2016 /PRNewswire/ — Tektronix, Inc., a leading worldwide provider of test, measurement and monitoring instrumentation, today announced the RSA7100A wideband signal analysis solution that combines 800 MHz of real-time bandwidth with up to 2 hours of streaming storage at full bandwidth in one solution. The new instrument’s 16 kHz to 26.5 GHz frequency range covers a broad range of analysis needs for critical wide-bandwidth applications. Tektronix Introduces RSA7100 Wideband Signal Analysis Solution

Increasingly, designers of radar and electronic warfare (EW) communications systems and components need to perform modulation and pulse analyses at wider bandwidth. Spectrum managers also need to record and analyze hours of wide bandwidth data. Equipment to meet these requirements can be very expensive, often requiring piecemeal solutions from multiple vendors or limited use, purpose-built equipment.

The RSA7100A reduces the cost of wideband signal capture, record, and analysis while increasing the likelihood of capturing wideband signal transients. The instrument can trigger on and measure signals of just 700 ns duration in the frequency domain in real time while offering in-depth signal analysis with SignalVu-PC RF and vector analysis software. Together these capabilities provide a significant improvement over many other high-end signal analyzers on the market today.

Capturing wideband signals is notoriously data intensive, requiring specialized systems for capturing real-time data and plenty of patience to sift through terabytes of files looking for the signals of interest. The RSA7100A allows users to record up to 2 hours of streaming capture to internal RAID storage at the full 800 MHz bandwidth for such applications as environment recording and long event sequence analysis. Once the wideband signal data has been captured, the DataVu-PC software application makes it easy to quickly find and mark events of interest hiding within terabytes of stored data. DataVu-PC offers amplitude search and mark plus pulse measurements.  Up to 2,000,000 pulses can be characterized for power, pulse-width, repetition interval and start-stop frequencies. Measurements can be exported in Pulse Descriptor Word format for use with other tools.  Also, using DataVu-PC, smaller IQ files can be saved from within the longer captured file based on search and mark or manual selection.

“Industry-wide there is a need to build and rigorously qualify critical wideband radar and EW systems that will be deployed in the field. At the same time, the demands in the field have gotten greater, from wider bandwidth signals to longer signal captures,” said Jim McGillivary, general manager of RF and Component Solutions at Tektronix. “Our new solution solves these challenges with its combination of more bandwidth, integrated streaming storage and advanced analysis capabilities – all at a price that makes the RSA7100A an unbeatable value for these applications.”

Pricing & Availability

The RSA7100A is available now and pricing starts at $135,000 US MSRP. To learn more, go to http://uk.tek.com/spectrum-analyzer/rsa7100a-real-time-spectrum-analyzer or contact your local Tektronix account manager.

Wondering what else Tektronix is up to? Check out the Tektronix Bandwidth Banter blog and stay up to date on the latest news from Tektronix on Twitter and Facebook.

About Tektronix

Headquartered in Beaverton, Oregon, Tektronix delivers innovative, precise and easy-to-operate test, measurement and monitoring solutions that solve problems, unlock insights and drive discovery. Tektronix has been at the forefront of the digital age for over 70 years. Join us on the journey of innovation at TEK.COM.

Tektronix is a registered trademark of Tektronix, Inc. All other trade names referenced are the service marks, trademarks or registered trademarks of their respective companies.

Tektronix unveils new logo, marking the most significant change in its visual identity in 24 years.The legacy Tektronix logo has been refashioned, with the angle incorporated within the logotype as an upwards gesture of progress. The sans-serif type is given character by subtly clipping the 'T' letterforms, echoing the blue angle. Simple, definitive lines reflect our promise of performance.

Photo – http://photos.prnewswire.com/prnh/20161114/439072
Logo – http://photos.prnewswire.com/prnh/20160125/325847LOGO

SOURCE Tektronix, Inc

 

 

Address : 5805 Kennedy Road, Mississauga, Ontario.
L4Z 2G3 Phone: 1-800-665-7301
Fax: 1-905-890-1959
Email: info@tmetrix.com

 Tektronix Introduces RSA7100 Wideband Signal Analysis Solution

Published MCOR Papers From Laboratories – BiRa Systems Inc.

The MCOR system has been used throughout physics laboratories around the world. Below are published papers written by some of these institutions. To list your paper here please contact us. Published MCOR Papers-Laboratories

TLS CORRECTOR MAGNET POWER SUPPLIES UPGRADE
Corrector magnets of TLS storage ring are served with linear power supplies (corrector magnet power supplies), with some modifications the long-term output current stability and ripple of these linear mode power supplies were improved from 500 ppm to 50 ppm[1][2][3]. But these linear mode power supplies are very low efficiency, low power factor and about 20Hz low frequency response bandwidth that waste power, noisy and unable to serve fast orbit correction. MCOR30 is a modular switching power converter with smaller volume, high efficiency and above 100Hz frequency response bandwidth, replacing these linear mode power supplies with MCOR30s that could save power and increasing orbit correction response.  Published MCOR Papers-Laboratories
View Paper

DESIGN AND IMPLEMENTATION A RESONANT DC POWER BUS
We design and implement a power convert to supply dc power bus for the MCOR30 correction supply. The dc power supply’s characteristics were variable frequency at heavy and medium/light load. These characteristics matched with the correction supply working requirement. The dc power bus has a relaxation oscillator generating a symmetrical triangular waveform, which MOSFET’s switching is locked to. The frequency of this waveform is related to a current that will be modulated by feedback circuitry. As a result, the tank circuit driven by half-bridge will be stimulated at a frequency dictated by the feedback loop to keep the output voltage regulated, thus exploiting its frequency-dependent transfer characteristics. The high performance characteristics of the resonant dc power bus are illustrated in this paper.
View Paper

THE DC-MAGNET POWER SUPPLIES FOR THE LCLS INJECTOR
The injector section of the LCLS machine at SLAC [1] requires 100+ dc-magnet power supply systems for operation. Intermediate rack-mounted power supplies provide dipole, quadrupole and solenoid magnet power up to 20 kW at 375 A. A SLAC-developed Ethernet power supply controller interfaces to these commercially available power supplies. Smaller bipolar units rated 6A, 12A, and 30A provide power for small magnets such as correctors, dipoles, and quadrupoles. DACs and ADCs housed in VME crates control these power supplies. For all systems, stability requirements are better than 1000 ppm and EPICS is the controls interface. This paper describes the main hardware characteristics of the power supply systems.
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IEEE 2016 EMC Symposium, Ottawa, ON Canada

Please Join Us in BRINGING COMPATIBILITY TO THE CAPITAL!
Ottawa, ON Canada – The Shaw Centre
25th – 29th July 2016

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Featured Technical Programs!

The 2016 IEEE International Symposium on Electromagnetic Compatibility, sponsored by the IEEE EMC Society, featuring an embedded Signal Integrity and Power Integrity conference, is the must-attend event for EMC engineers of all levels and specialties. IEEE 2016 EMC SymposiumBusiness Journal

The IEEE EMC Symposium provides knowledge and tools that help engineers address electromagnetic environmental effects and electromagnetic compatibility. Stay abreast of current technologies, testing and engineering methods.

 Event Highlights

• Keynote Speaker
• Embedded SIPI Conference
• Special Focus on Military EMC
• Aerospace EMC Special Session
• Ask the Experts
• Panel Discussions

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Benefits of Attending

• Learn EMC, Signal Integrity and Power Integrity techniques
• Three days of expert technical papers
• Two full days of practical EMC & SIPI workshops and tutorials
• Experiments and demonstrations of fundamental and advanced topics
• Exhibits! New Technologies, Instrumentation and Solutions
• Social networking, connecting and unique Ottawa culture

Leading Edge Info

• EMC Management

 

• Low Frequency EMC

 

• Computational Electromagnetics

 

• High Power Electromagnetics

 

• Electromagnetic Environments

 

• Military EMC – Special Sessions

 

• Theme Topic I – Signal & Power Integrity

 

– High-speed channel characterization and modeling
– Signal/power integrity co-design and co-simulation
– 3D IC and 3D packaging
– Measurement techniques
– Jitter, equalization, BER

• Theme Topic II – EMC for Emerging Technologies

– Wireless EMC
– Radio-Frequency Interference
– Smart Grid EMC
– Nano-Materials and Silicon Photonics
– Unmanned Aircraft Systems EMC

• Theme Topic III – Space EMC

– Launch vehicles
– On-orbit platforms
– Systems and Networks
– Design and Mitigation for the Space Environment

Flash Your Badge

Your symposium badge is a passport to deals at the local restaurants and sites in Ottawa. Delegates to the EMC Symposium will be automatically enrolled in the Ottawa Tourism Flash Your Badge program.
Check out the places, events and businesses offering discounts.

REGISTRATION

Registration is Open!

Make sure to register early to take advantage of discount pricing. Get all your questions answered and full registration details.

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ADVANCE PROGRAM

Advance Program is Available!

The EMC 2016 Advance Program is your best planning tool for five full days of electromagnetic compatibility and signal/power integrity learning and networking.

Access the Advance Program

FEATURED TECHNICAL PROGRAMS

Innovative Technical Programs Planned for Ottawa!

EMC 2016 has much to offer with programs planned for Space EMC, Military EMC, a Panel of Experts, informative Special Sessions and Global University.

Read the Highlights!

CALL TO EXHIBIT

Reserve Your Exhibit Space Now!

Come be a part of the most concentrated gathering of EMC and SIPI professionals and managers in the world with close to a thousand attendees.

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HOTELS

Ottawa Host Hotels

Take advantage of special EMC 2016 pricing on three renowned hotels located near the Shaw Convention Centre, all of which offer great amenities and amazing views.

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VOLUNTEERS

Volunteers Needed!

We are in need of volunteers to help make ISEMC 2016 run as smoothly as possible. Previous year’s volunteers have made the event a success.

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IEEE 2016 EMC Symposium, Ottawa, ON Canada