DIGITAL OSCILOSCOPE

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DIGITAL OSCILOSCOPE Specification

Core Components
Microcontroller, Display, Probes

Power Source
220V AC

Feature
Highly Efficient

Temperature Range
0C to 40C

Automation Grade
Automatic

Voltage
220 V

Model No
DSO-3161

Capacity
2 Channels

Frequency
Up to 100 MHz

Accuracy
100 %

Measurement Range
2 mV/div to 10 V/div

Equipment Materials
ABS Plastic Body

Type
Digital Oscilloscope

Usage
Laboratory

Display Type
LCD Digital Display

Dimension (L*W*H)
310 x 150 x 140 mm

Weight
Approx 2.5 kg

About DIGITAL OSCILOSCOPE

DIGITAL OSCILOSCOPE

For engine diagnostics and testing.
High tech test screens.
Scanner interface ability w/ printers and exhaust gas analyzers.
Simplified keyboard design.
Expanded memory can save up to 32 screens.
Can be operated w/ electricity or w/ battery for portability.
Primary diagnostic test screen: primary waveform,primary parade waveform, dwell bar graph, duty cycle. graph,burn time bar graph /dwell bar graph, duty cycle/voltage bar graph.
Secondary diagnostic test screen: secondary waveform,secondary parade waveform, kV histograph, kV bar.
Diagnostic test screen: voltage waveform, lab scope wave form, fuel injector waveform, alternator waveform.
Cylinder test screen: vacuum waveform, balance wave form, cylinder time balance bar graph, cylinder shorting power even/odd bar graph, cranking amps bar graph.
AC operation: 120 VAC, .55 A, 70 W; 240 VAC, .27 A,70 W.
DC operation: 9-16 VAC, 3.5 A, negative ground.
Operating temp range: 35-100 deg F.
Storage temp range: -20-130 deg F15] Relative humidity range: 0-85 percent .(non-condensing)
Engine testing capability: 1-16 cylinders, 2- or4-stroke cycles.

Advanced Sampling and Measurement Accuracy

With its maximum sample rate of 1 GS/s and a measurement range spanning from 2 mV/div to 10 V/div, the DSO-3161 ensures precise signal analysis. Its robust input impedance and 8 bit vertical resolution contribute to reliable and accurate readings, making it ideal for laboratory and industrial applications where measurement fidelity is essential.

User-Friendly Design and Controls

The oscilloscopes layout features intuitive rotary encoders and push buttons on the front panel, enabling easy adjustments. Its bright LCD digital display offers clear visualization of waveforms, while USB connectivity supports fast data transfer and waveform storage. Accessories such as standard probes, a power cord, and a user manual facilitate immediate and efficient use upon setup.

Built for Versatility and Longevity

Designed with a rugged ABS plastic body and rated for use in ambient temperatures from 0C to 40C, the DSO-3161 is both durable and reliable. It fits comfortably in diverse laboratory settings, measuring just 310 x 150 x 140 mm and weighing approximately 2.5 kg. Its automation grade streamlines processes, while the waveform storage capability supports ongoing analysis and extended research.

FAQs of DIGITAL OSCILOSCOPE:

Q: How is the DSO-3161 digital oscilloscope utilized in laboratory settings?

A: The DSO-3161 digital oscilloscope is commonly used in laboratories to observe, analyze, and diagnose electrical signal patterns. Its accurate readings, dual-channel capacity, and versatile triggers make it ideal for electronic diagnostics, circuit development, and educational demonstrations.

Q: What benefits does the 1 M input impedance provide?

A: A 1 M input impedance ensures minimal disruption to the measured circuit, preserving signal integrity and enabling precise voltage measurements across a wide range of applications.

Q: When should I use AC, DC, or GND input coupling on this oscilloscope?

A: AC coupling is suitable for removing DC offset from signals, DC coupling is used for viewing total signal including DC and AC components, and GND is selected for baseline calibration or reference purposes. The choice depends on the signal type and measurement requirements.

Q: Where can waveform data be stored and accessed?

A: Captured waveform data can be conveniently stored in the oscilloscopes built-in memory or exported via the USB port for further analysis, reporting, or archiving on external devices.

Q: What process is involved in setting up the DSO-3161 for accurate measurement?

A: Setting up the DSO-3161 involves connecting the supplied probes to the target circuit, configuring the time base and voltage range, selecting the appropriate trigger type, and using the rotary encoders to fine-tune display parameters. The user manual guides through step-by-step instructions for optimal performance.

Q: How does the oscilloscopes automatic grade benefit users?

A: Its automation grade streamlines measurement and analysis by reducing manual intervention, thereby enhancing efficiency, consistency, and reliability during repetitive testing procedures.

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