2 – Hardware-based serial protocol decode and triggering

The 1000 X-Series is a powerful protocol analyzer that enables hardware-based specialized serial communication analysis (standard).

Other vendors’ oscilloscopes use software post-processing techniques that slow down the waveform and decode update rate, but the 1000 X-Series has faster decoding based on hardware technology that enhances scope usability and the probability of capturing infrequent serial communication errors.

The EDUX models support I2C and UART/RS232 (standard). The DSOX models support I2C, SPI, UART/RS232, CAN and LIN (standard).

3 – WaveGen (built-in 20 MHz function generator with modulation capability). 

(EDUX1052G, DSOX1202G, and DSOX1204G models only)

The 1000 X-Series offers an integrated 20 MHz function generator with modulation capability. It’s ideal for educational or design labs where bench space and budget are at a premium. The integrated function generator provides stimulus output of sine, square, ramp, pulse, DC and noise waveforms to your device under test. Add modulation to the signal with customizable AM, FM and FSK settings. No need to buy a separate function generator when you can get one integrated into your new oscilloscope.

4 – Frequency Response Analyzer (EDUX1052G, DSOX1202G, and DSOX1204G models only)

Frequency response analysis (gain & phase Bode plots) is a critical measurement to characterize amplifiers, passive networks, and power supply feedback networks. Bode plots are also fundamental concepts that every electrical engineering student should learn. The 1000 X-Series’ frequency response analyzer capability (standard in “G” models) is the perfect tool to help students understand the gain and phase performance of passive RLC circuits and amplifiers. This capability is achieved with a gain and phase measurement versus frequency (Bode plot). Vector network analyzers (VNAs) and low-cost frequency response analyzers are typically used for these measurements, but now an easy-to-use and affordable gain and phase analysis is possible by utilizing the 1000 X-Series’ built-in WaveGen and Bode plot capability.

Also available is the DSOXBODE Bode plot training kit along with a downloadable tutorial and lab guide for engineering students learning about frequency response measurements (Bode plots).

5 – Digital Voltmeter

The 1000 X-Series has an integrated 3-digit voltmeter (DVM) inside each oscilloscope. The voltmeter operates through probes connected to the oscilloscope channels, but its measurement is decoupled from the oscilloscope triggering system so both the DVM and triggered oscilloscope measurements can be made with the same connection. You can quickly measure AC RMS, DC, and DC RMS without configuring the oscilloscope capture. The voltmeter results are always displayed, keeping these quick characterization measurements at your fingertips. The built-in DVM comes standard in 1000 X-Series oscilloscopes.

6 – Frequency Counter

There is an integrated 5-digit frequency counter inside each oscilloscope. The frequency counter operates through probes connected to the oscilloscope channels so that both the counter and triggered oscilloscope measurements can be made with the same connection. You can quickly measure frequency without configuring the oscilloscope capture. The high-resolution frequency measurement results are always displayed, keeping these quick characterization measurements at your fingertips.

Up to 200,000 waveforms/sec update rate captures glitch easily

Training Signals

Fast Fourier Transforms with an Oscilloscope (FFT)

What is Oscilloscope Segmented Memory?

5 Tips That Will Save You Time in Your Setup

Mask Testing

2 – Hardware-based serial protocol decode and triggering

The 1000 X-Series is a powerful protocol analyzer that enables hardware-based specialized serial communication analysis (standard).

Other vendors’ oscilloscopes use software post-processing techniques that slow down the waveform and decode update rate, but the 1000 X-Series has faster decoding based on hardware technology that enhances scope usability and the probability of capturing infrequent serial communication errors.

The EDUX models support I2C and UART/RS232 (standard). The DSOX models support I2C, SPI, UART/RS232, CAN and LIN (standard).

3 – WaveGen (built-in 20 MHz function generator with modulation capability). 

(EDUX1052G, DSOX1202G, and DSOX1204G models only)

The 1000 X-Series offers an integrated 20 MHz function generator with modulation capability. It’s ideal for educational or design labs where bench space and budget are at a premium. The integrated function generator provides stimulus output of sine, square, ramp, pulse, DC and noise waveforms to your device under test. Add modulation to the signal with customizable AM, FM and FSK settings. No need to buy a separate function generator when you can get one integrated into your new oscilloscope.

4 – Frequency Response Analyzer (EDUX1052G, DSOX1202G, and DSOX1204G models only)

Frequency response analysis (gain & phase Bode plots) is a critical measurement to characterize amplifiers, passive networks, and power supply feedback networks. Bode plots are also fundamental concepts that every electrical engineering student should learn. The 1000 X-Series’ frequency response analyzer capability (standard in “G” models) is the perfect tool to help students understand the gain and phase performance of passive RLC circuits and amplifiers. This capability is achieved with a gain and phase measurement versus frequency (Bode plot). Vector network analyzers (VNAs) and low-cost frequency response analyzers are typically used for these measurements, but now an easy-to-use and affordable gain and phase analysis is possible by utilizing the 1000 X-Series’ built-in WaveGen and Bode plot capability.

Also available is the DSOXBODE Bode plot training kit along with a downloadable tutorial and lab guide for engineering students learning about frequency response measurements (Bode plots).

5 – Digital Voltmeter

The 1000 X-Series has an integrated 3-digit voltmeter (DVM) inside each oscilloscope. The voltmeter operates through probes connected to the oscilloscope channels, but its measurement is decoupled from the oscilloscope triggering system so both the DVM and triggered oscilloscope measurements can be made with the same connection. You can quickly measure AC RMS, DC, and DC RMS without configuring the oscilloscope capture. The voltmeter results are always displayed, keeping these quick characterization measurements at your fingertips. The built-in DVM comes standard in 1000 X-Series oscilloscopes.

6 – Frequency Counter

There is an integrated 5-digit frequency counter inside each oscilloscope. The frequency counter operates through probes connected to the oscilloscope channels so that both the counter and triggered oscilloscope measurements can be made with the same connection. You can quickly measure frequency without configuring the oscilloscope capture. The high-resolution frequency measurement results are always displayed, keeping these quick characterization measurements at your fingertips.

Up to 200,000 waveforms/sec update rate captures glitch easily

Training Signals

Fast Fourier Transforms with an Oscilloscope (FFT)

What is Oscilloscope Segmented Memory?

5 Tips That Will Save You Time in Your Setup

Mask Testing

2 – Hardware-based serial protocol decode and triggering

The 1000 X-Series is a powerful protocol analyzer that enables hardware-based specialized serial communication analysis (standard).

Other vendors’ oscilloscopes use software post-processing techniques that slow down the waveform and decode update rate, but the 1000 X-Series has faster decoding based on hardware technology that enhances scope usability and the probability of capturing infrequent serial communication errors.

The EDUX models support I2C and UART/RS232 (standard). The DSOX models support I2C, SPI, UART/RS232, CAN and LIN (standard).

3 – WaveGen (built-in 20 MHz function generator with modulation capability). 

(EDUX1052G, DSOX1202G, and DSOX1204G models only)

The 1000 X-Series offers an integrated 20 MHz function generator with modulation capability. It’s ideal for educational or design labs where bench space and budget are at a premium. The integrated function generator provides stimulus output of sine, square, ramp, pulse, DC and noise waveforms to your device under test. Add modulation to the signal with customizable AM, FM and FSK settings. No need to buy a separate function generator when you can get one integrated into your new oscilloscope.

4 – Frequency Response Analyzer (EDUX1052G, DSOX1202G, and DSOX1204G models only)

Frequency response analysis (gain & phase Bode plots) is a critical measurement to characterize amplifiers, passive networks, and power supply feedback networks. Bode plots are also fundamental concepts that every electrical engineering student should learn. The 1000 X-Series’ frequency response analyzer capability (standard in “G” models) is the perfect tool to help students understand the gain and phase performance of passive RLC circuits and amplifiers. This capability is achieved with a gain and phase measurement versus frequency (Bode plot). Vector network analyzers (VNAs) and low-cost frequency response analyzers are typically used for these measurements, but now an easy-to-use and affordable gain and phase analysis is possible by utilizing the 1000 X-Series’ built-in WaveGen and Bode plot capability.

Also available is the DSOXBODE Bode plot training kit along with a downloadable tutorial and lab guide for engineering students learning about frequency response measurements (Bode plots).

5 – Digital Voltmeter

The 1000 X-Series has an integrated 3-digit voltmeter (DVM) inside each oscilloscope. The voltmeter operates through probes connected to the oscilloscope channels, but its measurement is decoupled from the oscilloscope triggering system so both the DVM and triggered oscilloscope measurements can be made with the same connection. You can quickly measure AC RMS, DC, and DC RMS without configuring the oscilloscope capture. The voltmeter results are always displayed, keeping these quick characterization measurements at your fingertips. The built-in DVM comes standard in 1000 X-Series oscilloscopes.

6 – Frequency Counter

There is an integrated 5-digit frequency counter inside each oscilloscope. The frequency counter operates through probes connected to the oscilloscope channels so that both the counter and triggered oscilloscope measurements can be made with the same connection. You can quickly measure frequency without configuring the oscilloscope capture. The high-resolution frequency measurement results are always displayed, keeping these quick characterization measurements at your fingertips.

Up to 200,000 waveforms/sec update rate captures glitch easily

Training Signals

Fast Fourier Transforms with an Oscilloscope (FFT)

What is Oscilloscope Segmented Memory?

5 Tips That Will Save You Time in Your Setup

Mask Testing