TDS3000C series electrical characteristics
TDS3012C TDS3014C TDS3032C TDS3034C TDS3052C TDS3054C
Bandwidth 100 MHz 100 MHz 300 MHz 300 MHz 500 MHz 500 MHz
Calculated rise time
(Typical value) 3.5 ns 3.5 ns 1.2 ns 1.2 ns 0.7 ns 0.7 ns
Number of channels 2 4 2 4 2 4
External trigger input includes all models
Sampling rate on each channel 1.25 GS/s 1.25 GS/s 2.5 GS/s 2.5 GS/s 5 GS/s 5 GS/s
Maximum record length 10K sample points
Vertical resolution of 9 bits
Vertical sensitivity, 1 MΩ 1 mV/div - 10 V/div
Vertical sensitivity, 50Ω
1 mV/div - 1 V/div
Input coupling AC, DC, GND
When the input impedance is connected in parallel with 13 pF or 50 Ω terminals, it is 1 M Ω
DC gain accuracy ± 2%
Maximum input voltage (1 M Ω) 150 VRMS, peak value ≤ 400 V
Maximum input voltage (50 Ω) 5 VRMS, peak value ≤ 30 V
Positioning range ± 5 div
Bandwidth limit 20 MHz 20 MHz 20 MHz, 150 MHz 20 MHz, 150 MHz 20 MHz, 150 MHz 20 MHz, 150 MHz 20 MHz, 150 MHz
Time base range 4 ns-10 s 4 ns-10 s 2 ns-10 s 2 ns-10 s 1 ns-10 s 1 ns-10 s
Time base accuracy ± 20 ppm at any 1 ms time interval
Input/output interface
Ethernet port RJ-45 connector, supporting 10Base-T LAN
USB port front panel USB 2.0 host port, supports USB flash memory
Comprehensive call/answer modes, settings, and measurements for GPIB ports (optional TDS3GV communication module)
RS-232-C port DB-9 male connector, with comprehensive call/answer modes; Control all modes, settings, and measurements
The highest baud rate is 38400 (optional TDS3GV communication module)
VGA video port DB-15 female connector, monitor output, directly displays information on large monitors equipped with VGA (TDS3GV communication module optional)
External trigger input BNC connector, input impedance>1 M Ω, parallel current 17 pF; Maximum input voltage of 150 VRMS
Collection mode:
DPO - Capture and display subtle patterns in composite waveforms, random events, and actual signal behavior. DPO can display, store, and analyze the three-dimensional information of signals in real time, including amplitude, time, and amplitude distribution in each period.
Peak detection - captures high-frequency and random spikes. Can capture burrs as narrow as 1ns.
WaveAlert - Monitor input signals on all channels and alert users when any waveform deviates from the captured normal waveform.
Sampling - Data sampling only.
Average - Calculate an average of 2 to 512 (optional) captured waveform data.
Envelope - the maximum/minimum value obtained on one or more captured signals.
Single Sequence - Use the Single Sequence button to capture one single triggered capture sequence at a time.
Trigger system:
Main triggering methods - automatic triggering (supporting 40ms/grid and slower scrolling modes), normal triggering, and single sequence triggering.
B trigger - triggered after time or event.
Time trigger range -13.2 ns -50 s.
Event trigger range -1 to 9999999 events.
Trigger type:
Edge conventional level driven trigger. The positive or negative slope on any channel. Coupling selection: DC、 Noise suppression, high-frequency suppression, low-frequency suppression.
Video - can be triggered on all lines or lines, odd/even, or all fields of NTSC, PAL, SECAM.
Extended video - can be triggered on specific lines of broadcast and non broadcast (custom) standards, as well as on analog high-definition TV formats (1080i, 1080p, 720p, 480p). Request TDS3VID or TDS3SDI application module.
Pulse width (or glitch) - can be triggered over a pulse width that is less than, greater than, equal to, or not equal to the optional time limit range (39.6 ns -50 s).
Underamplitude pulse - can be triggered on a pulse that crosses a threshold but cannot cross a second threshold before crossing that threshold again.
Conversion rate - can be triggered at pulse edge rates faster or slower than the set rate. It can be a rising edge, a falling edge, or both.
Code Type - Specify AND when true or false at a specific time OR、NAND、NOR。
State - Any logical state. It can trigger the rising or falling edge of the clock. Logic triggering can be used on combinations of two inputs (instead of four).
Communication - Provide the necessary isolation pulse triggering function for DS1/DS3 communication template testing in accordance with ANSI T1.102 standard. Require TDS3TMT application module.
Alternating - Use each active channel as a trigger source in order.

Detailed description of Tektronix TDS3014C digital fluorescence oscilloscope:

Main performance indicators:
100MHz, 300MHz, and 500MHz bandwidths, with 2 or 4 channels
Real time sampling rate of up to 5GS/s on all channels, with a recording length of 3600wfms/s and a continuous waveform capture rate of 10k on all channels
Advanced trigger kit

TDS3000C series digital fluorescence oscilloscope
TDS3012C－100 MHz, 2 channels, 1.25 GS/s.
TDS3014C－100 MHz, 4 channels, 1.25 GS/s.
TDS3032C － 300 MHz, 2 channels, 2.5 GS/s.
TDS3034C － 300 MHz, 4 channels, 2.5 GS/s.
TDS3052C－500 MHz, 2 channels, 5 GS/s.
TDS3054C－500 MHz, 4 channels, 5 GS/s.

Easy to use features:
Front panel USB host port for easy storage and transfer of measurement data
25 automatic measurement functions
Standard FFT
Multi language user interface
WaveAlert © Automatic detection of abnormal waveforms using TekProbe © The interface supports active probes, differential probes, and current probes, with automatic calibration and unit determination
Portable design:
Lightweight design (only 7 pounds/3.2 kilograms), easy to carry
Optional built-in battery, can work for up to three hours without power supply
Specialized analysis application module:
Advanced Analysis Module
Extreme testing module
Communication template testing module
Expand video module
601 Serial Digital Video Module
Provide the performance you need at an economical price: The TDS3000C series digital fluorescence oscilloscope (DPO) provides you with the performance you need at an economical price. TDS3000C provides a bandwidth of 100 MHz-500 MHz and a sampling rate of up to 5 GS/s, which can accurately represent signals.
DPO can provide a more comprehensive view of complex signals:
To solve a problem, it is necessary to first see the problem. The TDS3000C series offers a continuous waveform capture rate of 3600 wfms/s and real-time brightness levels, allowing you to see and solve problems.
The fast continuous waveform capture rate can quickly reveal the characteristics of the problem, and then apply advanced trigger isolation problems, saving a lot of time.
The real-time brightness level highlights details related to the signal activity history, making it easier to understand the waveform characteristics captured. Unlike other similar oscilloscopes, it can still retain historical data even after the acquisition stops.
Quickly debug and verify signals using DRT sampling technology and Sin (x)/x interpolation function:
The TDS3000C series combines unique digital real-time (DRT) sampling technology with sin (x)/x interpolation function, allowing for precise calibration of various signal types on all channels simultaneously. Unlike other similar oscilloscopes, the sampling rate of TDS3000C series remains unchanged when additional channels are opened. This sampling technique can capture high-frequency information that may be missed by other similar oscilloscopes, such as spikes and abnormal edges. Sin (x)/x interpolation ensures accurate reconstruction of each waveform.
Application scope:
Digital design, debugging, and testing
Video installation and service
Power supply design
Education and Training
Communication template testing
Manufacturing testing
Universal Workbench Testing

1 Digital Fluorescent Oscilloscope - Using the TDS3000C series with a continuous waveform capture rate of 3600 waveforms per second and real-time brightness levels, it can quickly detect and debug design issues. The continuous high waveform capture rate quickly reveals the characteristics of the problem, which can then be applied to advanced trigger isolation problems, saving a lot of time. Real time brightness level reveals the accumulated signal activity 'history'. A digital fluorescence oscilloscope can provide a more convenient understanding of the transient characteristics captured. It highlights the areas where signal trajectories occur more frequently.
2 Digital Real Time Sampling - Using Tektronix's unique Digital Real Time (DRT) sampling technology, quickly debug and verify various signal types on four channels simultaneously. This sampling technique can capture high-frequency information that may be missed by other similar oscilloscopes, such as burrs and abnormal edges.
3 optional application modules - convert the oscilloscope into a specialized instrument, perform extreme testing, communication template testing, and video debugging. TDS3AAM Advanced Analysis Module TDS3LIM Extreme Testing Module TDS3TMT Communication Template Testing Module TDS3VID Extended Video Analysis Module TDS3SDI 601 Serial/Digital Video Module
4. Easy to set up and operate - automatically adjust various control functions, generate practical input signal display screens, and simplify settings. The most commonly used functions have been placed on the panel, which can be accessed directly (such as single sequence button, print button, zoom and reference).
5 USB host ports - Conveniently use USB flash memory to store personal oscilloscope settings, screen images, and waveform data for future use. Additionally, USB host ports can be used to easily update instrument firmware.
Compact appearance with a depth of 149.0 mm (5.9 inches) - freeing up valuable workspace or tabletop space.
7 sturdy and durable handles - easily carry portable instruments (weighing 3.2 kilograms [7.0 pounds] without optional batteries) to the testing site or another room on a different floor.
8 batteries - capable of continuous operation for up to three hours without power supply (TDS3BATC required).
measurement system
Cursor - amplitude, time.
Automatic waveform measurement - displays four arbitrary combinations of waveform measurement values. Or use the measurement snapshot function to display all measurement data. The measurement items include: cycle, frequency,+width, - width, rise time, fall time,+duty cycle, - duty cycle,+overshoot, - overshoot, high, low, maximum, minimum, peak to peak, amplitude, average, average cycle, root mean square, cycle root mean square, burst pulse width, delay, phase, area (Area) [TDS3AAM module is required] Cycle Area [TDS3AAM module is required.].
Measurement statistics - mean, minimum, maximum, standard deviation. Request TDS3AAM application module.
Threshold - User defined automatic measurement threshold, which can be set using percentages or voltages.
Selection - Specific events that occur internally can be isolated and measured using a screen or vertical cursor.
Waveform mathematical operation
Algebraic operations - addition, subtraction, multiplication, and division of waveforms.
FFT - Spectral amplitude. Set the FFT vertical scale to linear RMS or dBV RMS, and set the FFT window to Rectangular, Hamming, Hanning, or Blackman Harris.
Advanced mathematical operations * 1- Integration, differentiation, and widely defined algebraic expressions, including simulated waveforms, mathematical functions, scalars, up to two user adjustable variables, and parameter measurement results. Example: (Intg (Ch1 － Mean(Ch1)) x 1.414 x VAR1)。
Waveform processing
Automatic Setting - One click automatic setting of all channels on vertical, horizontal, and trigger systems, supporting the cancellation of automatic setting function.
Offset correction - The offset correction value (± 10ns) between channels can be manually inputted to obtain better timing measurement values and more accurate mathematical waveforms.
Display characteristics
Display type -6.5-inch (165.1 mm) LCD TFT color display.
Display resolution -640 pixels horizontally x 480 pixels vertically (VGA).
Interpolation - Sin (x)/x.
Waveform styles - point, vector, variable afterglow, infinite afterglow.
Marking - Full scale, grid, cross line, frame, NTSC, PAL, SECAM, and oscilloscope (100% and 75% color bar vectors) require options TDS3VID and TDS3SDI video application modules.
Format - YT, XY, and Gated XYZ (XY with Z-axis blank display is only available on 4-channel instruments).
Power Supply
AC power supply
Power supply voltage -100 VRMS -240 VRMS ± 10%.
Power frequency -45 Hz -440 Hz at 100 V-120 V; 45 Hz -66 Hz at 120 V -240 V.
Energy consumption - maximum 75 W.