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General| Model | PM3380B |
|---|---|
| Vertical Sensitivity | 2 mV/div to 5 V/div |
| Channels | 2 |
| Input Impedance | 1 MΩ |
| Vertical Resolution | 8 bits |
| Time Base | 5 ns/div |
| Max Input Voltage | 400 V (DC + peak AC) |
| Power Supply | VAC, Hz |
Outlines system setup and programming environment requirements for SCPI programming.
Details the necessary hardware and software for setting up the SCPI programming environment.
Describes the programming language and drivers used for SCPI programming.
Explains using *RST and *CLS commands for instrument reset and status clearing.
Provides a program example for acquiring a single shot trace and reading trace data.
Demonstrates using MEASure? and FETCh? queries for single-shot measurements.
Describes the MEASure? query as the easiest instruction for quick measurements.
Details using parameters in measurement instructions to optimize settings and speed up measurements.
Explains four programming concepts: measurement instructions, single function programming, setup programming, and front panel simulation.
Describes task-oriented measurement instructions that auto-configure the instrument.
Explains acquisition control states and commands like INITiate and ABORt.
Details trigger types, sources, levels, and slopes for controlling acquisition.
Explains converting trace data from binary codes to integer and voltage values.
Explains converting trace samples to voltage values using screen position and amplitude.
Outlines the steps for post-processing: selecting source, specifying settings, enabling, and checking results.
Explains selecting the trace source using CALCulate<n>:FEED command.
Details specifying settings like FFT filter type and window width.
Explains enabling functions like MATH, FILTER, and TRANSFORM using :STATe commands.
Explains performing calculations like addition, subtraction, and multiplication on traces.
Lists status data types and refers to sections for details on OPER, QUEStionable, and Event Status registers.
Provides approaches for reporting and handling instrument errors.
Explains the *RST command for resetting the instrument to a fixed setup.
Demonstrates measuring signal characteristics using automatic and programmed methods.
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