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General| Brand | LeCroy |
|---|---|
| Model | Waverunner2 LT584M |
| Category | Test Equipment |
| Language | English |
Details LeCroy's product warranty terms and conditions, including duration and coverage.
Information on obtaining help with installation, calibration, and usage from LeCroy support.
Describes customer support services offered under maintenance agreements for extended coverage.
Procedure for returning products for maintenance and repair services, including customer responsibility.
Lists the standard accessories included with the oscilloscope upon shipment.
Contact information for LeCroy customer support centers worldwide.
Specifies operating environment parameters like temperature, humidity, and altitude.
Explains various safety symbols used in the manual and on the instrument for user awareness.
Details the oscilloscope's power supply voltage and frequency requirements.
Information on the fuses protecting the oscilloscope's power supply.
Instructions for connecting and powering on the oscilloscope.
Details specifications for bandwidth, input impedance, resolution, and sensitivity.
Covers timebase ranges, clock accuracy, and interpolator resolution.
Provides data on single shot sample rates and maximum acquisition points.
Explains different acquisition modes like RIS and Sequence Mode.
Details trigger modes, sources, coupling, and delay settings.
Information about compatible probes and the ProBus system.
Specifications for the display type, resolution, and waveform styles.
Information on processor, processing memory, and realtime clock.
Details remote control interfaces like GPIB, RS-232-C, Ethernet, and ports.
Operating conditions, safety approvals (CE, UL, cUL).
Provides the physical dimensions and weight of the oscilloscope.
Lists standard math functions available for signal processing.
Lists standard measurement tools for parameters like amplitude and frequency.
Details relative and absolute time/voltage measurements using cursors.
Features for FFT, averaging, and histograms.
Mentions free software utilities like ScopeExplorer and MaskMaker.
Details advanced trigger types like State/Edge qualified, Dropout, Pattern, and TV triggers.
Functionality for printing screen images and supported printers.
Lists included documentation and software utilities.
Details the MPC603e processor, its architecture, and power supply.
A block diagram illustrating the CPU and its interfaces.
Details the SDRAM circuit, module type, and control logic.
Describes burst access modes for SDRAM data transfer.
Details the VGA controller chip and its capabilities.
Describes the Super-I/O device controlling ports like RS-232C and floppy.
Function of the bus sizer in handling 8-bit peripherals.
Information about the Flash PROM used for boot-up.
Describes the NVRAM for storing panel setups and trace memories.
Details the Real Time Clock functions and its crystal.
Explains the interrupt controller and its priority levels.
Describes the reset circuit operation.
How the system handles bus errors.
Details the GPIB controller and software.
Block diagram showing I/O structure and CPLD relationships.
Introduction to the main board sections.
Details the front end analog signal processing for ADC and trigger.
Discusses relay control for attenuator and gain settings.
Block diagram of the acquisition system, including digitizer, timebase, and front ends.
Block diagram showing control and data transfer paths.
Diagrams illustrating channel modes for different models (LT374, LT264).
Explains microprocessor control via the RPM.
Introduction to the ADC system using HSY632 and HAM631 circuits.
Details the circuits involved in the time base system (MCG426, MTB411A, MST429A).
Overview of the power supply unit, input voltages, and converters.
Explains the purpose of performance verification procedures.
Lists quantifiable performance limits tested.
Lists external traceable signal generators and measurement equipment.
Instructions for powering on the oscilloscope and initial checks.
Procedures for measuring DC 1M Ohm channel input impedance.
Procedure for measuring AC 1M Ohm channel input impedance.
Procedure for measuring DC 50 Ohm channel input impedance.
Measurement of input impedance for the external trigger.
Procedure for measuring DC 1M Ohm external trigger input impedance.
Procedure for measuring DC 50 Ohm external trigger input impedance.
Procedure for measuring channel leakage current.
Procedure for measuring leakage current for the external trigger.
Procedure for measuring RMS noise at different settings.
Procedure for measuring DC 1M Ohm RMS noise.
Procedure for measuring AC 1M Ohm RMS noise.
Procedure for measuring DC 50 Ohm RMS noise.
Detailed steps for performing the DC Accuracy test.
Detailed steps for performing the Offset Accuracy test.
Steps to test bandwidth using an external sine wave generator.
Procedure for testing bandwidth with the limiter on.
Procedure for channel trigger at 0 division threshold with DC coupling.
Procedure for channel trigger at +3 divisions threshold.
Procedure for channel trigger at -3 divisions threshold.
Procedure for external trigger at 0 division threshold.
Procedure for external trigger at +3 divisions threshold.
Procedure for external trigger at -3 divisions threshold.
Procedure for external/10 trigger at 0 division threshold.
Procedure for external/10 trigger at +3 divisions threshold.
Procedure for external/10 trigger at -3 divisions threshold.
Procedures for testing pulse width triggers under 10 nsec.
Procedures for testing pulse width triggers over 100 nsec.
Detailed steps for testing time base accuracy.
Certificate template for performance testing of oscilloscopes.
Lists instruments required for performance verification.
Table for recording impedance measurements.
Table for recording leakage current measurements.
Table for recording RMS noise measurements.
Table for recording DC accuracy measurements.
Table for recording offset accuracy measurements.
Table for bandwidth test records.
Bandwidth test records for LT26x models.
Bandwidth test records for LT584 models.
Bandwidth test records for LT37x/LT354 at 100 mV/div.
Bandwidth test records for LT26x at 100 mV/div.
Bandwidth test records for LT584 at 100 mV/div.
Table for bandwidth limiter test records.
Table for recording channel DC trigger test results.
Table for external and Ext/10 trigger test results.
Table for recording smart trigger test results.
Table for recording time base accuracy test results.
Outlines safety precautions for servicing and handling high-energy circuits.
Details precautions against static discharge to protect components.
Procedures for upgrading instrument firmware using floppy disk or memory card.
Lists available software options like EMM and WAVA.
Procedures for entering software option keys.
Lists required test equipment and spare parts for service.
Procedures for exchanging processor and main boards.
Procedure to confirm voltages after power board exchange.
Introduces troubleshooting information for qualified personnel.
Step-by-step guide for replacing line fuses.
Flow chart for diagnosing fan issues.
Flow chart for diagnosing power supply issues.
Flow chart for diagnosing display problems.
Flow chart for troubleshooting unresponsive front panel controls.
Detailed troubleshooting steps for fan problems.
Detailed troubleshooting steps for power supply voltage issues.
Detailed troubleshooting steps for display problems.
Detailed troubleshooting steps for unresponsive front panel controls.
Detailed troubleshooting steps for remote control communication issues.
Detailed troubleshooting steps for floppy disk drive problems.
Detailed troubleshooting steps for failed performance verification tests.
Detailed troubleshooting steps for graphic printer problems.
Detailed troubleshooting steps for Centronics interface problems.
Detailed troubleshooting steps for hard disk drive problems.
Steps for removing the upper cover assembly, including printer.
Steps for removing the bottom cover assembly.
Steps for removing the printer assembly.
Steps for removing the floppy disk drive assembly.
Steps for removing the CPU board.
Steps for removing the main board.
Steps for removing the power supply assembly.
Steps for removing the front panel assembly.
Steps for removing the rear panel assembly.
Notes for reassembling components like fan, floppy, front panel, and printer.
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