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Bandwidth | 100 MHz |
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Channels | 2 |
Sample Rate | 1 GS/s |
Time Base Range | 5 ns/div to 50 s/div |
Vertical Resolution | 8 bits |
Math Functions | Add, Subtract, Multiply, Divide, FFT |
Display | 5.7-inch color LCD |
Vertical Sensitivity | 2 mV/div to 5 V/div |
Input Impedance | 1 MΩ ± 2% |
Trigger Modes | Edge, Pulse, Video |
Power Supply | 100-240 V AC, 50/60 Hz |
Connectivity | USB 2.0 |
Automatic Measurements | Frequency, Period, Rise Time, Fall Time |
Record Length | 2.5k points on all channels |
Safety precautions to prevent fire or personal injury during operation and service.
Warning against servicing the product alone; emphasizes the need for a second person.
Instruction to disconnect power to avoid electric shock during servicing.
Cautionary advice for handling the product when power is on.
Details on signal acquisition, including channels, impedance, voltage, and bit depth.
Describes the range of vertical sensitivity and the gain variable function.
Specifies the DC gain accuracy for sample and average acquisition modes.
Details DC voltage measurement accuracy for average acquisition mode across different settings.
Defines analog bandwidth and its measurement conditions according to IEEE std 1057.
Typical rise time specifications for different models of the oscilloscope.
Specifies the accuracy of the vertical position control and its relation to the A-D converter.
Defines the range of real-time sampling rates at which the digitizer samples signals.
Specifies the long-term accuracy of sample rate and horizontal position.
Explains the signal path through attenuators, amplifiers, and digitizers for acquisition.
Details the processing and display system, including display ASIC, DRAM, and rasterization.
Outlines the conditions and steps required to perform performance verification.
Explains the self-calibration routine for optimizing signal path accuracy.
Details the procedure to check the DC gain accuracy of all input channels.
Details the procedure to check the bandwidth of all input channels using a sine wave generator.
Details the procedure to check time base accuracy using a time mark generator.
Details the procedure to check edge trigger sensitivity for all input channels.
Details the procedure to check edge trigger sensitivity for the external trigger.
Details the test for DC measurement accuracy, focusing on vertical position control.
Lists the required equipment for performing adjustment procedures.
Outlines the steps for performing calibration and loading new constants.
Provides step-by-step instructions to enable the oscilloscope's service menu.
Provides precautions to prevent damage from electrostatic discharge (ESD) to components.
Outlines general warnings and procedures for removing and installing modules.
Lists the tools required for removing and replacing oscilloscope modules.
Provides detailed instructions for removing and installing the oscilloscope's rear case.
Provides instructions for removing and installing the power supply module.
Provides instructions for removing and installing the entire internal assembly.
Provides instructions for removing and installing the display adapter module.
Provides instructions for removing and installing the main board module.
Provides instructions for removing and installing the display module.
Lists the tools and equipment needed for troubleshooting the oscilloscope.
Introduces the troubleshooting tree for isolating defective modules.
Provides steps to troubleshoot issues related to the power supply module.
Provides steps to troubleshoot issues with the oscilloscope display.
Provides steps to troubleshoot an improperly functioning front panel.
Provides steps to troubleshoot issues with the main board (acquisition module).
Explains how to access and interpret the oscilloscope's error log.
Provides steps to clear the error log after fixing a problem.
Provides information on how to order replacement parts from Tektronix.