Need help?Do you have a question about the Tektronix TDS2022C and is the answer not in the manual?
General| Bandwidth | 200 MHz |
|---|---|
| Sample Rate | 2 GS/s |
| Channels | 2 |
| Record Length | 2.5 kpoints |
| Timebase Range | 5 ns/div to 50 s/div |
| Math Functions | Add, Subtract, Multiply, Divide, FFT |
| Input Coupling | AC, DC, GND |
| Vertical Resolution | 8 bits |
| Trigger Modes | Auto, Normal, Single |
| Memory Depth | 2.5 kpoints |
| Display | 5.7-inch color LCD |
| Input Impedance | 1 MΩ |
| Trigger Types | Edge, Pulse, Video |
| Display Resolution | 320 x 240 pixels |
| Connectivity | USB |
| Automatic Measurements | Frequency, Period, Rise Time, Fall Time |
| Power Supply | 100-240 VAC |
| Time Base | 5 ns to 50 s |
Essential safety measures to prevent fire hazards and personal injury during operation and servicing.
Defines key terms and warnings used throughout the service manual.
Explains symbols and terms found on the product for hazard identification.
Instruction to ensure another qualified person is present during service procedures.
Procedure for safely disconnecting power before servicing to avoid electric shock.
Warning about dangerous voltages and currents when servicing with power applied.
Explains conventions used in the manual for clarity and consistency.
Lists other manuals and resources for installation, operation, and programming.
Details on input channels, impedance, voltage limits, and digitized bits for signal capture.
Further specifications on sensitivity, gain, probe scaling, acquisition modes, and measurements.
Accuracy specifications for DC voltage, delta volts, and analog bandwidth.
Specifications for frequency limits, rise time, pulse response, vertical position ranges, and accuracy.
Details on common mode rejection ratio and channel-to-channel crosstalk.
Specifications for sample rate range, waveform interpolation, and record length.
Specifications for record length, time scales, accuracy, and measurement functions.
Details on trigger types, sources, holdoff, input impedance, and voltage limits.
Specifications for trigger coupling, edge slope, and DC-coupled trigger sensitivity.
Specifications for non-DC coupled sensitivity, trigger level ranges, accuracy, and video trigger settings.
Specifications for pulse-width triggering, guardbands, trigger points, and frequency counter.
Details on frequency counter resolution, accuracy, frequency range, and signal source.
Specifications for display type, resolution, brightness, and contrast ratio.
Specifications for USB device, USB host, GPIB interface, and probe compensator.
Details on retention of front panel settings and storage of waveforms/setups.
Specifications for power consumption, source voltage, frequency, and fuse rating.
Specifications for weight, size dimensions, and cooling method.
Specifications for operating and non-operating temperature, humidity, and altitude.
Details on duration, source, and folder selection for data logging.
Details on source, reference channels, and template setup for limit testing.
Parameters for limit testing including vertical/horizontal limits, actions, and stop conditions.
Directs users to the TDS2000C Series Digital Storage Oscilloscope User Manual for operational details.
Explains the electrical operation of oscilloscopes by describing functional circuit blocks.
Presents high-level block diagrams for 2-channel and 4-channel oscilloscope models.
Details the Main board's components and function, focusing on the 2-channel system.
Details the wide input range universal power supply and its secondary outputs.
Describes the passive liquid crystal display module and its backlight.
Explains front panel controls, LEDs, and their interaction with the main board.
Lists the necessary equipment and their minimum requirements for performance verification.
Provides a template for recording instrument performance test results.
Outlines the conditions and steps required to perform verification procedures.
Describes the automatic internal self-test performed on power-on.
Explains how to optimize the signal path for maximum measurement 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.
Tests the time base accuracy by checking sample rate and delay time.
Details the procedure to check edge trigger sensitivity for all input channels.
Details the procedure to check edge trigger sensitivity for the external trigger.
Tests vertical position accuracy in conjunction with DC gain accuracy.
Lists the equipment necessary for performing adjustment procedures.
Details the steps and requirements for loading new calibration constants.
Step-by-step instructions to enable the service menu for adjustments.
Precautions to avoid damaging semiconductor components due to static discharge.
Recommendations for best performance and protection from adverse conditions.
Procedure for cleaning the interior of the oscilloscope using air and alcohol.
Procedure for cleaning the exterior of the oscilloscope safely.
Checklist for inspecting external damage, wear, and missing parts.
Guidelines for inspecting internal portions for damage and wear.
Outlines the order of procedures for complete disassembly and reassembly.
Lists the specific tools needed for removing and replacing oscilloscope modules.
Procedure for removing and installing the rear feet of the oscilloscope.
Procedure for removing and installing the flip feet using needle-nose pliers.
Procedure for removing and installing front-panel knobs.
Procedure for removing and installing the power button.
Procedure for removing and installing the rear case of the oscilloscope.
Procedure for removing and installing the front feet of the oscilloscope.
Procedure for removing and installing the power supply module.
Procedure for removing and installing the entire internal assembly.
Procedure for disconnecting and removing the display adapter board.
Procedure for connecting and disconnecting the front-panel cable.
Procedure for removing and installing the main board module, noting ESD sensitivity.
Procedure for removing and installing the display module, cautioning against shield separation.
Procedure for connecting and installing the front-panel module.
Procedure for removing and installing the keypad, emphasizing contact cleanliness.
Note on the necessity of adjustment after replacing the main board or power supply.
Lists the tools and equipment required for troubleshooting the oscilloscope.
Introduces the diagnostic flow chart for isolating problems.
Troubleshooting guide for issues with the probe compensation output signal.
Steps to diagnose issues with the power supply module by checking voltages.
Steps to diagnose a nonfunctional display by checking signals at the main board connector.
Steps to diagnose a nonfunctional backlight by checking power supply voltages.
Steps to diagnose front panel issues using service menus and diagnostic tests.
Steps to diagnose main board issues by checking power supply voltages.
Procedure for troubleshooting USB interface issues, often involving the main board.
Instructions on accessing and interpreting the error log for fault identification.
Guidelines for using appropriate cartons and cushioning for packaging.
Recommendations for storing the oscilloscope in a clean, dry environment.
Describes electrical operation via circuit blocks and module interconnections.
Details required information and procedures for ordering replacement parts.
Explains how Tektronix part numbers indicate revision levels.
Describes options for module servicing, including exchange for remanufactured units.
Guide to identifying and ordering components using the provided parts list.
List of replaceable parts for 2-channel models, including Tektronix part numbers and descriptions.
List of replaceable parts for 4-channel models, including Tektronix part numbers and descriptions.
List of replaceable parts for power supply module, cables, and wires.
List of replaceable parts for the back case and trim components.
Provides a filled-in example of the Vertical Position Accuracy test spreadsheet.
To Next Page
