Oscilloscopes are a tool of utmost importance for anyone wanting to look at the behavior of electrical signals in the time domain. This one hour seminar will provide a broad overview of oscilloscopes, focusing on key specifications and on some of the advanced waveform analysis capabilities of modern scopes.
Fiber to the Home OTDR Testing
Yokogawa will discuss challenges of fiber installation and maintenance with regards to FTTH networks. Our years of international experience in deploying, testing and maintaining these networks has provided key insights to the challenges and solutions you will face. Join us as we cover OTDR testing in a FTTH environment.
The one hour seminar will cover making precision electrical power measurements on AC motors and variable speed drives.
We all know what a difference the right tool can make. While traditional 8-bit oscilloscopes are the right choice in many situations, they often are not the best choice when making mixed signal, power and/or electro-mechanical measurements. There exists in the market, instruments designed with these applications in mind. Hybrid instruments offer capabilities not found in traditional 8-bit oscilloscopes. These capabilities include: high-resolution (up to 16-bit) and isolated inputs, very long memory for long-term recording and support for a variety of signal inputs (RMS coupling, temperature, strain, frequency-voltage, accelerometers, etc.)
Sign up now for our free training on the many uses of an Optical Spectrum Analyzers. This one hour presentation covers the basics of light, the design, measurement, and test applications of an OSA. Initial subject matter will cover the nature of light and some key aspects of light propagation. In addition this seminar will also cover the design of a Monochrometer, an assortment of test conditions and configurations for measurement of various Device Under Test (DUT). Unique benefits of the Yokogawa line of Optical Spectrum Analyzers will be highlighted at the end of the presentation as well as a head to head performance comparison.
This one hour presentation covers the basics of light, the design, measurement, and test applications of an OSA. Initial subject matter will cover the nature of light and some key aspects of light propagation.
Who Should Attend
As today's power supply designs evolve, so do testing requirements. During this webinar, you will be introduced to the many specialized power measurements necessary to evaluate switched-mode power supplies.
Overcoming Noise in Data Acquisition: The Seven Deadly Sources, and How to Improve the Measurement Performance of Any System
Today’s engineers are pressured to test high-speed signals in a reliable and timely fashion in a fast-moving environment of design verification and manufacture test. Probing is the front line of that testing; and, having the right knowledge in probing is indispensable for accurate and reliable test results. This seminar will provide you with that necessary knowledge and insight.
The one hour seminar will cover making precision electrical power measurements on AC motors and variable speed drives.
This one hour seminar will cover Precision Power Measurements and Power Factor Measurements.
Who Should Attend
We all know what a difference the right tool can make. While traditional 8-bit oscilloscopes are the right choice in many situations, they often are not the best choice when making mixed signal, power and/or electro-mechanical measurements.
What you will learn in this seminar:
Who Should Attend:
Engineers and technicians who:
Oscilloscopes are a tool of utmost importance for anyone wanting to look at the behavior of electrical signals in the time domain. This one hour seminar will provide a broad overview of oscilloscopes, focusing on key specifications and on some of the advanced waveform analysis capabilities of modern scopes.
Power Measurement & Harmonic Analysis Seminar is the second part from the Yokogawa T&M University series on precision AC power measurements. This 1-hour seminar is packed with tips and techniques for making accurate power measurements on distorted waveforms like from a Power Supply, Electronic Ballast and Variable Speed PWM Motor Drive. We will also cover methods for making and analyzing the harmonic content of various power waveforms.
The one hour seminar will cover making precision electrical power measurements on AC motors and variable speed drives.
As today's power supply designs evolve, so do testing requirements. During this webinar, you will be introduced to the many specialized power measurements necessary to evaluate switched-mode power supplies.
Who Should Attend:
Engineers and technicians who:
Serial data buses have become increasingly common, core components of most electronic designs. As a design or test engineer, you presently need to use a protocol analyzer, logic analyzer, digital oscilloscope, or a combination of all three in order to debug serial bus signals. However, none of these instruments by themselves give you a complete picture of the physical and protocol layers-until now.
The increased use of 40G client and network interfaces has driven new Protocol and Performance verification. This session will review 40G Client interface testing using SONET/SDH/OTN protocols over NRZ optical interfaces, as well as network testing of OTN and Ethernet over OTN using DPSK and DQPSK optical interfaces.
Oscilloscopes are a tool of utmost importance for anyone wanting to look at the behavior of electrical signals in the time domain. This one hour seminar will provide a broad overview of oscilloscopes, focusing on key specifications and on some of the advanced waveform analysis capabilities of modern scopes.
Fiber to the Home OTDR Testing
Yokogawa will discuss challenges of fiber installation and maintenance with regards to FTTH networks. Our years of international experience in deploying, testing and maintaining these networks has provided key insights to the challenges and solutions you will face. Join us as we cover OTDR testing in a FTTH environment.
The one hour seminar will cover making precision electrical power measurements on AC motors and variable speed drives.
We all know what a difference the right tool can make. While traditional 8-bit oscilloscopes are the right choice in many situations, they often are not the best choice when making mixed signal, power and/or electro-mechanical measurements. There exists in the market, instruments designed with these applications in mind. Hybrid instruments offer capabilities not found in traditional 8-bit oscilloscopes. These capabilities include: high-resolution (up to 16-bit) and isolated inputs, very long memory for long-term recording and support for a variety of signal inputs (RMS coupling, temperature, strain, frequency-voltage, accelerometers, etc.)
Sign up now for our free training on the many uses of an Optical Spectrum Analyzers. This one hour presentation covers the basics of light, the design, measurement, and test applications of an OSA. Initial subject matter will cover the nature of light and some key aspects of light propagation. In addition this seminar will also cover the design of a Monochrometer, an assortment of test conditions and configurations for measurement of various Device Under Test (DUT). Unique benefits of the Yokogawa line of Optical Spectrum Analyzers will be highlighted at the end of the presentation as well as a head to head performance comparison.
This one hour presentation covers the basics of light, the design, measurement, and test applications of an OSA. Initial subject matter will cover the nature of light and some key aspects of light propagation.
Who Should Attend
As today's power supply designs evolve, so do testing requirements. During this webinar, you will be introduced to the many specialized power measurements necessary to evaluate switched-mode power supplies.
Overcoming Noise in Data Acquisition: The Seven Deadly Sources, and How to Improve the Measurement Performance of Any System
Today’s engineers are pressured to test high-speed signals in a reliable and timely fashion in a fast-moving environment of design verification and manufacture test. Probing is the front line of that testing; and, having the right knowledge in probing is indispensable for accurate and reliable test results. This seminar will provide you with that necessary knowledge and insight.
The one hour seminar will cover making precision electrical power measurements on AC motors and variable speed drives.
This one hour seminar will cover Precision Power Measurements and Power Factor Measurements.
Who Should Attend
We all know what a difference the right tool can make. While traditional 8-bit oscilloscopes are the right choice in many situations, they often are not the best choice when making mixed signal, power and/or electro-mechanical measurements.
What you will learn in this seminar:
Who Should Attend:
Engineers and technicians who:
Oscilloscopes are a tool of utmost importance for anyone wanting to look at the behavior of electrical signals in the time domain. This one hour seminar will provide a broad overview of oscilloscopes, focusing on key specifications and on some of the advanced waveform analysis capabilities of modern scopes.
Power Measurement & Harmonic Analysis Seminar is the second part from the Yokogawa T&M University series on precision AC power measurements. This 1-hour seminar is packed with tips and techniques for making accurate power measurements on distorted waveforms like from a Power Supply, Electronic Ballast and Variable Speed PWM Motor Drive. We will also cover methods for making and analyzing the harmonic content of various power waveforms.
The one hour seminar will cover making precision electrical power measurements on AC motors and variable speed drives.
As today's power supply designs evolve, so do testing requirements. During this webinar, you will be introduced to the many specialized power measurements necessary to evaluate switched-mode power supplies.
Who Should Attend:
Engineers and technicians who:
Serial data buses have become increasingly common, core components of most electronic designs. As a design or test engineer, you presently need to use a protocol analyzer, logic analyzer, digital oscilloscope, or a combination of all three in order to debug serial bus signals. However, none of these instruments by themselves give you a complete picture of the physical and protocol layers-until now.
The increased use of 40G client and network interfaces has driven new Protocol and Performance verification. This session will review 40G Client interface testing using SONET/SDH/OTN protocols over NRZ optical interfaces, as well as network testing of OTN and Ethernet over OTN using DPSK and DQPSK optical interfaces.