Conducted Immunity EMC Test System Integration Automated 9kHz-30MHz

Conducted Disturbance Immunity Test System Integration 9kHz-30MHz​

The sum of EMC is not necessarily equal to its parts; any modular electronic device from a complete aircraft down to a mobile phone needs to meet EMC requirements for the device itself, even if all the individual modules are compliant. For the enormous range of types of modular device requiring EMC test, MEIGAOLAN offers extremely flexible and scalable EMC test systems; practically as modular as the devices under test.

Description of Conducted Disturbance Immunity Test System Integration

The conducted disturbance test system is mainly used to measure the electromagnetic interference emitted by EUT to the public connection network through power supply and all kinds of electrical signal port cables under typical working conditions, to determine whether to meet the standard limit requirements. Typical ports include ports that are not limited to power, network, phone, USB, and other devices that are connected to a fixed connection when they are working properly.

Composition of Conducted Disturbance Immunity Test System Integration

Features

• Comply with CISPR,EN,GB,FCC,VCCI standard 

• Compatible with receiver of KEYSIGHT/R&S or other brand

• Support for 9kHz-30MHz test,Intelligent processing of segmented frequency points

• Support step scan and FFT fast scan (if receiver support)

• Support for user flexibility in diversifying test requirements

• Support  for automatic test, complete with one-key 

• Support automatic output of test data, complete report with one-key 

Application

Frequency:  9kHz-30MHz

Standards: CISPR32,ANSI C63.4,CISPR 16-1-1,CISPR 16-2-1, GB/T 6113.101,

                   GB/T 6113.102,GB/T 6113.201

Applicable Product Range : ICT/ MME/ ISM  civil product

Receiver 

The Keysight N9038A is a standards-compliant MXE EMI test receiver and diagnostic signal analyzer built on an upgradeable platform. You choose the frequency coverage you need to fully test devices with outstanding accuracy and sensitivity across required ranges.

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