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AUTOMOTIVE OSCILLOSCOPES

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AUTOMOTIVE OSCILLOSCOPES Specification

Response Time
Instantaneous display (<10 ms)

Frequency
20 MHz - 100 MHz

Operating Voltage
100V-240V AC

Mounting Type
Portable/Benchtop

Specimen Size
Standard automotive connectors

Accuracy
2%

Max Height
90 mm

Humidity
85% RH

Equipment Type
Automotive Oscilloscope

Number of Specimens
2 (dual channel)

Measuring Range
20 mV to 100 V

Resolution
8 bits

Automation Grade
Semi-automatic

Features
PC connectivity, Waveform storage, Multi-language support

Application
Automobile diagnosis, ECU testing, Sensor troubleshooting

Power Supply
AC 100V-240V, 50-60 Hz

Test Range
0-400 V (input Vpp)

Interface Type
USB 2.0 / LAN

Display Type
LCD

Port Size
BNC

Temperature
0C - 40C

Usage
Automotive diagnostics

Capacity
8M memory depth

Machine Weight
3 kg

Test Speed
Real-time 2 GS/s

Test Width
20 MHz to 100 MHz

Control Mode
Manual/Auto

AUTOMOTIVE OSCILLOSCOPES Trade Information

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About AUTOMOTIVE OSCILLOSCOPES

AUTOMOTIVE OSCILLOSCOPES

Bandwidth : 20 MHz
Channels : 2-4
Resolution : 12 bit (16bits enhanced)
Sampling rate : 400 MS/s
Buffer memory : 250 M samples
Input ranges : ±50 mv to ±200 V in 12 ranges
Software supplied : Pico Scope, Pico Diagnostics

Precision Diagnostics for Modern Vehicles

This oscilloscope is ideally engineered for modern automotive diagnosticsperfect for analyzing sensors, ECUs, and vehicle wiring. It provides immediate waveform capture and analysis, catering to the intricate electronics found in todays automobiles. Whether for routine maintenance or intricate fault investigation, accuracy and speed are assured with its advanced sampling and waveform recall capabilities.

Versatile Functionality and User-Friendly Design

With selectable bandwidth, wide vertical sensitivity, and both manual and auto control modes, the oscilloscope adapts to various testing scenarios. Its large LCD and intuitive operation accommodate both experienced engineers and new users. Portable and rugged, it is easily deployed in workshops or on-site for comprehensive diagnostic support.

FAQs of AUTOMOTIVE OSCILLOSCOPES:

Q: How do you operate the automotive oscilloscope for vehicle diagnostics?

A: Start by connecting the probes to the desired test points on your vehicles systems using the provided standard automotive connectors. Select appropriate input coupling (AC, DC, or GND) and probe attenuation settings (1X, 10X, or 100X) based on the signal type. Use manual or auto control modes to adjust vertical sensitivity, bandwidth, and trigger mode for optimal waveform display on the 7-inch LCD.

Q: What types of automotive systems can this oscilloscope test?

A: This automotive oscilloscope is suitable for diagnosing electronic control units (ECUs), troubleshooting sensors, inspecting ignition systems, analyzing waveforms across signals up to 100 V, and measuring components within the frequency range of 20 MHz to 100 MHz. Its high input impedance and dual channels support comprehensive automotive electronic analysis.

Q: When should you utilize various trigger modes on the oscilloscope?

A: Use the Auto mode for continuous signal monitoring, Normal mode for capturing specific signal events, and Single mode for isolating one-time anomalies. Trigger adjustments help in analyzing fluctuating signals, ensuring that transient faults in automotive systems are effectively detected and captured for diagnosis.

Q: Where can waveform data be stored and retrieved?

A: Waveform data can be stored onboard using the oscilloscopes internal memory (up to 8M depth) or exported via USB or LAN to a PC. This feature streamlines analysis, record-keeping, and future reference for repeat diagnostics or reporting.

Q: What are the benefits of using selectable bandwidth limits?

A: Selectable bandwidth limits (20 MHz, 40 MHz, 70 MHz, or 100 MHz) allow you to optimize performance for different testing applications. Narrower bandwidths filter out high-frequency noise, improving clarity for low-speed signals, while higher bandwidths ensure accurate capture of fast transientsessential for comprehensive automotive system testing.

Q: How does this oscilloscope ensure measurement accuracy and safety?

A: The device features 2% accuracy, 1 M input impedance, and is built to CE and ISO-9001 standards. It supports test voltages up to 400 Vpp, offers overvoltage protection, and operates reliably from 0C to 40C with humidity 85% RH, delivering both dependable measurements and operational safety.

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