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This application note provides tips for making measurements on DRR memory boards and DIMMs and provides examples of relieving strain on probe tips and securing probe connections. It also discusses the use of interposers and probe grounding strategies.
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Need to select a high-voltage oscilloscope probe? Confused by all the possible choices? Teledyne LeCroy offers the High-voltage Probe Selection Guide, an online tool to help you make an informed decision. Here's a breakdown of the basic points to consider.
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Teledyne LeCroy's PWR software option enables engineers to make power device measurements quickly and easily. Color-coded overlays between states make measurements intuitive and clear. This brief provides an overview of device measurement capability and how to set up these measurements for the most accurate and consistent results.
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The CA10 Current Sensor Adapter provides the ability for a third-party current measurement device to operate like a Teledyne LeCroy probe. This brief explains how to use the CA10 with a PEM-UK Rogowski Coil. Each CA10 setting is described, making it easy to transfer this example to any other current sensor with a voltage output.
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The CA10 Current Sensor Adapter enables a third-party current measurement device to operate like a Teledyne LeCroy probe. This brief explains how to use the CA10 with a Murata Power Solutions current transformer. Each CA10 setting will be described, making it easy to transfer this example to any other current transformer.
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The CA10 Current Sensor Adapter enables a third-party current measurement device to operate like a Teledyne LeCroy probe. This brief explains how to use the CA10 with a Pearson current measurement sensor. Each CA10 setting will be described, making it easy to transfer this example to any other current sensor with a voltage output.
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The CA10 Current Sensor Adapter provides enables a third-party current measurement device to operate like a Teledyne LeCroy probe. This brief explains how to use the CA10 with a Danisense flux gate- based current measurement sensor. Each CA10 setting is described, making it easy to transfer this example to any other current sensor with a voltage output.
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Teledyne LeCroy offers a series of AC/DC sensitive current probes with maximum continuous current ranges to 500 A and bandwidths to 100 MHz.
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All passive probes have some bandwidth specification which is generally in the range of a few hundred megahertz up to one gigahertz. This bandwidth is measured at the factory using a specialized test jig with a very specific ground inductance and source impedance. Depending on your connection scheme in the real world, the response and bandwidth of the probe can differ significantly. This application note will serve as a guide to predicting the performance of your probe for your specific test setup, as well as provide tips on getting the best performance out of your probe.
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Power supply specifications include a large number of load-dependent parameters including load or output regulation. Teledyne LeCroy oscilloscopes offer parameter math, which helps measure load regulation directly.
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