Autel MaxiScope MP408 4 Channel Automotive Oscilloscope MP408 Auto Scanner

Product Description

Autel MaxiScope MP408 4 Channel Automotive Oscilloscope

Basic Kit Works with Maxisys Tool

Product Description

Autel MaxiScope MP408 works with PC or Autel MaxiSys Tool

Featuring the user-friendly UI design combined with the unrivalled hardware specs, the MP408 system is able to measure and test virtually all the electrical and electronic components and circuits in any modern vehicles. Power for the MaxiScope MP408 Module comes directly from the USB port of the connected PC, making the system very versatile and portable to use.

Autel MaxiScope MP408 4 Channel Automotive Oscilloscope MP408 Auto Scanner

Features & Functions

  • Features one-click auto setup of voltage scale and time base
  • Works on all makes and models of modern vehicles
  • Compatible with LIN, CAN and FlexRay data bus standards
  • Reads and displays electrical signals in high resolution waveforms
  • Allows manual editing of measurement parameter display
  • Records and plays back waveform data
  • Features color coded 4-channel control panel
  • Intuitive UI design features easy trigger point adjustment and real time scale info display
  • Direct power supply through USB connection
  • Free online software update through the Internet
  • Portable design with strong housing and protective rubber boot
Autel MaxiScope MP408 4 Channel Automotive Oscilloscope MP408 Auto Scanner

Specifications

Parameter Specification Details
Vertical resolution 12 bits
Channels 4
Bandwidth 20MHz
Accuracy 1%
Sensitivity 10mV/div to 20V/div
PC Interface USB 2.0 – Cable supplied
Power Requirements Powered from USB port
Input Ranges (full scale) ±50mV to ±100V in 11 ranges
Input Impedance 1MΩ in parallel with 22pF
Input Type Single-ended, BNC connector
Input Coupling Software selectable AC/DC
Overload Protection ±200V on single input
Buffer Memory 32M samples shared among active channels
Waveform Buffer Up to 1000 waveforms
Timebase Ranges 100ns/div to 1000s/div
Operating Temperature Range 0°C to 50°C (15°C to 40°C for quoted accuracy)
Storage Temperature Range -20°C to +60°C
Storage Humidity Range 5% to 95%RH, Non-condensing
Dimensions 190X115X38mm
Weight < 0.5kg
Maximum Sampling Rate (Single Shot)
1 or 2 channels in use 80MS/s
3 or 4 channels in use 20MS/s

Package Including

1pcs x Autel MaxiScope MP408 Interface
1pcs x Compact Disc (CD)
1pcs x 1.5m USB Cable
4pcs x 3m (10ft) Screened Test Leads
1pcs x Secondary Ignition Pickup
1pcs x 2-pin Breakout Lead
2pcs x Attenuators 20:1
1pcs x Large Crocodile Clip Set
1pcs x Small Crocodile Clip Set
1pcs x Acupuncture Probe Set
1pcs x Multimeter Probes
Autel MaxiScope MP408 4 Channel Automotive Oscilloscope MP408 Auto Scanner

Product Gallery

Autel MaxiScope MP408 Hardware Details

Frequently Asked Questions

Does the Autel MaxiScope MP408 require an external power supply?

No. Power for the MaxiScope MP408 module is supplied directly through the USB port of the connected PC or compatible diagnostic tablet, making it highly portable and easy to use on site.

With which diagnostic systems is the MP408 compatible?

The MaxiScope MP408 is designed to work seamlessly with PC diagnostic software systems as well as the Autel MaxiSys tools and tablets.

What are the bandwidth and vertical resolution specs of this device?

The device features a 20MHz bandwidth, a high-resolution 12-bit vertical resolution across 4 channels, and an overall voltage accuracy of 1%.

What is the maximum sampling rate of the MaxiScope MP408?

When 1 or 2 channels are actively in use, the maximum sampling rate is 80MS/s. When 3 or 4 channels are in use, the maximum rate is 20MS/s.

Which automotive communication standards does the MP408 support?

The MaxiScope MP408 is fully compatible with LIN, CAN, and FlexRay data bus systems, allowing you to test modern vehicle electronic components effectively.

Does the software allow manual adjustments of signal displays?

Yes, while it features a one-click auto setup of the voltage scale and time base, it also allows manual editing of measurement parameter displays to fit specific diagnostic requirements.

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