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Keysight Agilent N4861B MIPI D-PHY 3 Lane Digital Stimulus Probe N4861BR

Manufacturer
Keysight Agilent
Model
N4861B
Condition
Used
In stock
1
SKU
5703 6D04
Sale price £1,695.75

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  • Electronic T&M
  • Oscilloscopes & Accessories
  • Stimulus Probe
Keysight Agilent N4861B MIPI D-PHY 3 Lane Digital Stimulus Probe N4861BR
Keysight Agilent N4861B MIPI D-PHY 3 Lane Digital Stimulus Probe N4861BR Sale price £1,695.75
Product Overview

 Condition: Used

The N4851B MIPI D-PHY acquisition probe and N4861B MIPI D-PHY stimulus probe enable users to perform real-time digital serial analysis and generate real-time digital serial stimulus of the MIPI D-PHY interface.

Both probes support the CSI-2 (Camera Serial interface) and DSI (Display Serial Interface), enabling users to comprehensively characterize the behavior of controllers as well as display or camera devices.

The Keysight Technologies N4851B acquisition probe and the N4861B stimulus probe operate in conjunction with Keysight 16800 and 16900 Series logic analyzers to provide the digital serial stimulus and acquisition capabilities required to independently debug and test MIPI D-PHY components , or integrate MIPI D-PHY based mobile designs.

MIPI D-PHY Compliant Digital Stimulus

Maximum stimulus speed: 1Gbps

Up to 3 lanes stimulus

Low power and high speed modes support

Voltage level support: Adjustable low power and high speed voltages

Stimulus Probe Features

Deterministic D-PHY, DSI, and CSI-2 pattern generation

Configurable traffic can be generated from the interface or from CSV files

Timing control of MIPI D-PHY link layer events

Captured logic analyzer trace converted to digital stimulus

Methods for Creating Stimulus

Custom programming package

Bit level to picture level stimulus generation

Captured logic analyzer trace converted to digital stimulus

Configuration Considerations

Requires probe N4851B MIPI D-PHY 4 lanes Digital Acquisition Probe

Requires 16800 or 16900 Series 68-channel (or more) logic analyzer with a pattern generator

Connects to target using SMA (m-m) connectors

Refer to data sheet for more information

Frequently Asked Questions