TBS1000B-EDU Series Digital Oscilloscope

The world’s first dedicated teaching oscilloscope.

Meet the only scope designed to tackle today’s test challenges while preparing tomorrow’s engineers for the future. With the exclusive integrated courseware capability, a PC based courseware editor and the web based Courseware Resource Center, the full featured TBS1000B-EDU oscilloscopes provide an efficient way for instructors to teach and students to learn fundamental electronic concepts.

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Models in the TBS1000B-EDU Series Digital Oscilloscope Series: 

Model Analog Bandwidth Sample Rate Record Length Analog Channels List Price Configure and Quote
TBS1052B-EDU 50 MHz 1 GS/s 2.5k point 2 $520 Configure & Quote
TBS1072B-EDU 70 MHz 1 GS/s 2.5k point 2 $790 Configure & Quote
TBS1102B-EDU 100 MHz 2 GS/s 2.5k point 2 $1,090 Configure & Quote
TBS1152B-EDU 150 MHz 2 GS/s 2.5k point 2 $1,390 Configure & Quote
TBS1202B-EDU 200 MHz 2 GS/s 2.5k point 2 $1,690 Configure & Quote

Features

Benefits

Courseware and web-based content eco-system The first oscilloscope with Integrated Courseware and a web-based Courseware Resource Center to help professors and students get more out of their lab exercises. Students can access courseware content directly from the oscilloscope; printed lab manuals are no longer required.
Autoset enable/disable Instructors can enable/disable Autoset function through password control to help students gain more insights into oscilloscope fundamentals.
Digital real-time sampling Accurately capture signals with at least 10X over-sampling on all channels, all the time with Tektronix proprietary sampling technology.
7-inch WVGA display 800X480 resolution with wide viewing angle, supports backlight intensity adjustments.
Built-in analysis tools Simplify analysis of your device with 34 automated measurements, FFT analysis, waveform math, cursors and dual frequency counters.
Dual-channel frequency counter The only entry level scope with a dual-channel, HW-based frequency counter, showing measurements on both channels simultaneously on a large character display.
Documentation CD Includes user manuals, programmer and service manuals, accessory manuals, courseware resources, courseware editing software.
5-year warranty Reduce your total cost of ownership with the standard 5-year warranty.

 

Current Probe

Data Sheet Probe Description Configure and Quote
View Datasheet A621 Current Probe: 50 kHz, 10 mA to 2000 A, AC, BNC Configure & Quote
View Datasheet A622 Current Probe: 100 kHz, 10 mA to 100 A, AC/DC, BNC Configure & Quote
View Datasheet P6021A Probe, AC Current; 250 Amp AC, 60 MHz, 5 FT w/Term Safety Controlled Configure & Quote
View Datasheet P6022 Current Probe: 120 MHz, 1 mA to 3 A, AC, BNC Configure & Quote
View Datasheet TCP2020 CURRENT PROBE; DC COUPLED, 50 MHZ BW, 20 A, BNC interface Configure & Quote
View Datasheet TCP303 PROBE; AC/DC CURRENT; DC-15MHZ,150A DC, CERTIFICATE OF TRACEABLE CALIBRATION STANDARD Configure & Quote
View Datasheet TCP305A Probe, AC/DC Current; 50Amp DC, DC-50MHZ, Certificate of Traceable Calibration Standard Configure & Quote
View Datasheet TCP312A Probe, AC/DC Current; 30 Amp DC, DC-100MHZ, Certificate of Traceable Calibration Standard Configure & Quote
View Datasheet TCP404XL

PROBE; AC/DC CURRENT, DC-2MHZ, 500A DC, 750A DC DERATED WITH DUTY CYCLE,CERTIFICATE OF TRACEABLE CALIBRATION STANDARD

Configure & Quote
View Datasheet TCPA300

Current Probe: 100 MHz, Amplifier (Requires Probe)

Configure & Quote
View Datasheet TCPA400 Current Probe: 100 MHz, Amplifier (Requires Probe) Configure & Quote

Passive Probe

Data Sheet Probe Description Configure and Quote
View Datasheet P2220 Passive Probe: 200 MHz, 1X/10X, BNC Configure & Quote
View Datasheet P6101B

Probe, Passive; 15 MHz, 1X

Configure & Quote
View Datasheet TPP0051 passive probe: 50Mhz, 10X, BNC Configure & Quote
View Datasheet TPP0101 Passive Probe: 100 MHz, 10X, BNC Configure & Quote
View Datasheet TPP0201 Passive Probe: 200 MHz, 10X, BNC Configure & Quote

High Voltage Probe - Single Ended

Data Sheet Probe Description Configure and Quote
View Datasheet P5100A High Voltage Probe: 500 MHz, 100X, 2.5 kV, Single-ended, BNC Configure & Quote
View Datasheet P6015A PROBE HIVOLTAGE; 75MHZ,40KV,1000X 10 FT - CERTIFICATE OF TRACEABLE CALIBRATION STANDARD Configure & Quote

Differential Probe - High Voltage

Data Sheet Probe Description Configure and Quote
View Datasheet P5200A High Voltage Probe: 50 MHz, 50X/500X, 1.3 kV, Differential, BNC Configure & Quote
Datasheet Accessory Description
AC2100 Soft Carrying Case
HCTEK4321

Hard Carrying Case

View Datasheet TEK-USB-488 USB TO IEEE488 (GPIB) COMMUNICATIONS ADAPTOR FOR USBTMC-USB488 COMPLIANT TEKTRONIX INSTRUMENTS
Data Sheet Software Package / Software Option Description Configure and Quote
View Datasheet TSL3000A

Tektronix smart lab soluiton for EE labs

Configure & Quote
Title

Be Sure to Capture the Complete Picture

If an oscilloscope's sample rate isn't fast enough, transient signal details are lost, resulting in errors. Digital real-time oscilloscopes acquire signals in real time, capturing enough samples of the signal needed to faithfully reconstruct a waveform in a single acquisition cycle.

Spectral Analysis And Time-Domain Measurements Join Forces To Solve Troubleshooting Problems

The TBS1000B and TBS1000B-EDU Series Oscilloscopes offers built-in Fast Fourier Transform (FFT) spectral analysis. With this new capability, users gain a powerful, integrated tool that provides a new perspective for troubleshooting and verification work. In this application note, learn how FFT helps to solving everyday measurement problems.

The Teaching Oscilloscope: Basic Features and Functions

Easy to print on 11x17 poster identifying basic features and functions of the TBS1000B-EDU Teaching Oscilloscope.

Efficient Courseware Management using the Tektronix TBS1000B-EDU Education Oscilloscope

The new TBS1000B-EDU Series oscilloscope courseware makes creating basic lab experiments more efficient and provides an easier method for students to review and complete the labs directly on the oscilloscope.

TBS1000, TBS1000B, TBS1000B-EDU, and TDS2000C Series: Reliability By Design

Discover how the TBS1000, TBS1000B, TBS1000B-EDU, and TDS2000C feature the unique combination of advanced performance and measurement accuracy at an affordable price. The outstanding reliability of these instruments is unmatched in its class.

Title

TBS1000B and TBS1000B-EDU Series vs. GW Instek GDS-1000(A)-U Series

Side-by-side comparison on key specifications, portability, work environment, and more.

TBS1000B and TBS1000B-EDU Series vs. Agilent DSO1000B Series

Side-by-side comparison on key specifications, portability, work environment, and more.

TBS1000B and TBS1000B-EDU Series vs. Rigol DS1000E Series

Side-by-side comparison on key specifications, portability, work environment, and more.

TBS1000B and TBS1000B-EDU Series vs. Uni-T UTD2000CEL Series

Side-by-side comparison on key specifications, portability, work environment, and more.

TBS1000B and TBS1000B-EDU Series vs. Lecroy WaveAce1000/2000 Series

Side-by-side comparison on key specifications, portability, work environment, and more.

Title

TBS1000B and TBS1000B-EDU Series Oscilloscopes Webinar

Learn about key performance specifications and new features in the TBS1000B Series.

Categories Post Date
Sampling Theorem
Understand the concept of sampling a time varying signalUnderstand the working of LF398 IC (sample-and-hold circuit)A band limited signal of finite energy which has no frequency components higher than W Hz is completely described by specifying the values of the signal at instants of time separated by 1/2 W seconds

More Detail

Academic Labs 20 October 2014
Sample and Hold Circuit
In sample and hold circuit, it converts continuously varying analog signal to discrete flat top samples and holds its value at a constant level for a specified minimum period of time.A sample and hold circuit is an analog device that samples (captures) the voltage of a continuously varying analog signal and holds (locks) its value at a constant level for a specified minimum period of time (hold time). They are typically used in analog-todigital converters to eliminate variations in input signal...

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Academic Labs 20 October 2014
Resonant Filter (without inductor)
Understand the concept of Resonant filter, Quality factor,Bandwidth and cutoff frequency of thefilter designed.Compare the designed cut-off frequency with the desired cut-off frequencyUnderstand the working of μA741 IC (Op Amp)

More Detail

Academic Labs 20 October 2014
Pulse Position Modulation
Digital modulation techniques require the analog signal to be sampled in accordance with the sampling theorem. This sampling can be accomplished using rectangular waves of very low duty cycle.The pulse position waveform is obtained when pulses of constant amplitude and duration change position within the sampling interval, in accordance with the magnitude of the analog signal at the instants of sampling

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Academic Labs 20 October 2014
Pulse Width Modulation
Digital modulation techniques require the analog signal to be sampled in accordance with the sampling theorem. This sampling can be accomplished using rectangular waves of very low duty cycle.In this form of digital modulation, the width of the pulse varies inaccordance with the magnitude of the signal at the instant of sampling.

More Detail

Academic Labs 20 October 2014
PAM Modulation - Time Division Multiplexing
PAM is one basic type of analog pulse modulation . In PAM, the amplitude of regurlarly spaced rectanglar pulses vary with the instantaneous sample values of an analog signal in a one to one fashion.TDM is a technique used for transmitting several analog message signals over a communication channel by dividing the time frame into slots, one slot for each message signal. we have used LF 398 in this experiment.LF398 is a monolithic sample-and-hold circuit utilizing BI-FET technology for...

More Detail

Academic Labs 20 October 2014

TBS1000B-EDU Series Digital Oscilloscope Related Information

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TBS1000B-EDU Oscilloscope with Monitor

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