上海凌世电磁技术有限公司

About

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Company Profile

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Join lioncel

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Sales Engineer

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Technical support engineer

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Software Engineer

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Instrument maintenance

Shanghai Lioncel Electromagnetic Technology Co., Ltd. specializes in the maintenance of electromagnetic compatibility (EMC) immunity test equipment. It is composed of engineers with more than ten years of experience in the maintenance of imported equipment. It specializes in the maintenance of various imported brands

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Technical training

Shanghai Lioncel Electromagnetic Technology Co., Ltd., as a professional company studying electromagnetic compatibility technology, has always been adhering to the service concept of "providing professional products and more professional technology", committed to the promotion of electromagnetic compatibility technology in China

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EMC calibration services

As a professional electromagnetic compatibility testing solution supplier, Shanghai Lioncel Electromagnetic Technology Co., Ltd. has complete domestic electromagnetic compatibility testing equipment and testing environment measurement and calibration capabilities in accordance with the latest international standards.

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Attenuator for calibration esda-20b

Model: esda-20b is used to connect calibration gun target and oscilloscope.

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Electrostatic gun calibration target ect-2c

According to IEC61000-4-2 standard, the current waveform calibration target of electrostatic discharge generator, ect-1 is the target meeting the requirements of IEC61000-4-2 ed1.0, ect-1 is the target meeting the requirements of IEC61000-4-2 ed2.0, users can choose according to the calibration requirements of different versions of electrostatic discharge generator.

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Target mounting plate (excluding target) esmp

For the installation of electrostatic gun target, the current characteristics of electrostatic discharge generator are simply confirmed according to IEC61000-4-2 standard.

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Faraday cage (waveform calibration) fldc

The Faraday cage is used for the waveform calibration of electrostatic generator, and its characteristic indexes fully meet the requirements of GB / t17626.2, IEC61000-4-2 and ed.2. It also reserves space for the upgrade of calibration requirements, has advanced technology and reasonable structure, and provides a good basis for the waveform calibration of electrostatic discharge simulator.

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Discharge resistance capacitor bank

Different specifications of discharge resistance with corresponding capacitor banks can achieve different standards of capacity expansion. Optional specifications: 0 Ω, 100 Ω, 150 Ω, 200 Ω, 250 Ω, 300 Ω, 330 Ω, 400 Ω, 500 Ω, 1K Ω, 1.5k Ω, 2K Ω

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Electrostatic gun discharge head

The discharge gun has excellent characteristics and fully meets the requirements of the standard for electrostatic discharge waveform. It can be used with various specifications of resistance and capacity kits to realize the standard capacity expansion, and can be used with all kinds of Lingshi electrostatic discharge generators.

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Standard accessories of electrostatic gun

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ESD test configuration ESDD

The test environment configuration is specially designed for electrostatic discharge test in strict accordance with the requirements of IEC61000-4-2 and GB / t17626.2 standards. It is fully solid wood structure, divided into bench type equipment and floor type configuration. It can also be used for fast transient pulse group, damped oscillation and on-board electronic immunity test.

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ESD simulator ESD-203B

Series B ESD generator is a new intelligent electrostatic discharge generator developed independently by LIONCEL. It is also the first full-color touch-screen ESD generator in China. It has mature technology and high market share. With its powerful testing function and excellent discharge characteristics, it provides users reliable guarantee for EMC testing.

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ESD simulator ESD-202B

Series B ESD generator is a new intelligent electrostatic discharge generator developed independently by LIONCEL. It is also the first full-color touch-screen ESD generator in China. It has mature technology and high market share. With its powerful testing function and excellent discharge characteristics, it provides users reliable guarantee for EMC testing.

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ESD simulator ESD-203A

LIONCEL’s ESD Simulator（Series A） is an economical product for IEC 61000-4-2. It is designed to meet the requirements of the latest IEC 61000-4-2 standard, also many other standards including ISO 10605, ITU, GR1089, etc. The equipment can provide comprehensive and perfect plan in order to evaluate the electrostatic discharge immunity ability. The maximum output voltage of this series can be 30kV.

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ESD simulator ESD-202A

LIONCEL’s ESD Simulator（Series A） is an economical product for IEC 61000-4-2. It is designed to meet the requirements of the latest IEC 61000-4-2 standard, also many other standards including ISO 10605, ITU, GR1089, etc. The equipment can provide comprehensive and perfect plan in order to evaluate the electrostatic discharge immunity ability. The maximum output voltage of this series can be 20kV.

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Coupling clamp EFTC

EFTC capacitor coupling clamp is a complete set of electrical fast transient pulse group immunity test equipment. The coupling clamp, in cooperation with EFT series generator, can complete the immunity test of input / output line, communication line and control line of the tested equipment; if necessary, it can also be used for the test of AC / DC power port, fully meeting the requirements of iec61000-4-4 and GB / t17626.4 standards.

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EFT simmulator EFT-407CB

As an important part of Lingshi EMC puzzle (magic cube) series, EFT series intelligent pulse train generator is composed of powerful host and excellent pulse train module, which fully meets the requirements of the latest standards and provides an effective evaluation method for electromagnetic compatibility fast transient pulse train immunity test of products.

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EFT simmulator EFT-406CB

As an important part of Lingshi EMC puzzle (magic cube) series, EFT series intelligent pulse train generator is composed of powerful host and excellent pulse train module, which fully meets the requirements of the latest standards and provides an effective evaluation method for electromagnetic compatibility fast transient pulse train immunity test of products.

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EFT simmulator EFT-405CB

As an important part of Lingshi EMC puzzle (magic cube) series, EFT series intelligent pulse train generator is composed of powerful host and excellent pulse train module, which fully meets the requirements of the latest standards and provides an effective evaluation method for electromagnetic compatibility fast transient pulse train immunity test of products.

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EFT generator coupling/decoupling network EFT-405CN

Eft-405cn is a highly integrated and efficient test system of impulse group immunity developed by Lingshi. The whole equipment fully meets the requirements of the latest iec61000-4-4 standard, which not only provides excellent interference performance, but also integrates the latest operation and control technology of the instrument, bringing different experience to EMC test.

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Surge&Burst Generator LSE-545CB

Lse-545cb is a highly integrated and efficient testing surge and pulse group immunity test system developed by Lingshi. The whole equipment fully meets the requirements of the latest iec61000-4-4 and-5 standards. It not only provides excellent interference performance, but also integrates the latest operation and control technology of the instrument, bringing different experience to EMC test.

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Shanghai Lioncel won the excellent enterprise of 2019 international innovation and Entrepreneurship Competition

In January 2019, Shanghai Lioncel Electromagnetic Technology Co., Ltd. signed up to participate in the 8th China Innovation and entrepreneurship competition 2019 "entrepreneurship in Shanghai", relying on our company

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Shanghai Lioncel won the excellent enterprise of 2019 international innovation and Entrepreneurship Competition

In January 2019, Shanghai Lioncel Electromagnetic Technology Co., Ltd. signed up to participate in the 8th China Innovation and entrepreneurship competition 2019 "entrepreneurship in Shanghai", relying on our company

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Shanghai Lioncel won the excellent enterprise of 2019 international innovation and Entrepreneurship Competition

In January 2019, Shanghai Lioncel Electromagnetic Technology Co., Ltd. signed up to participate in the 8th China Innovation and entrepreneurship competition 2019 "entrepreneurship in Shanghai", relying on our company

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Shanghai Lioncel won the excellent enterprise of 2019 international innovation and Entrepreneurship Competition

In January 2019, Shanghai Lioncel Electromagnetic Technology Co., Ltd. signed up to participate in the 8th China Innovation and entrepreneurship competition 2019 "entrepreneurship in Shanghai", relying on our company

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Shanghai Lioncel won the excellent enterprise of 2019 international innovation and Entrepreneurship Competition

In January 2019, Shanghai Lioncel Electromagnetic Technology Co., Ltd. signed up to participate in the 8th China Innovation and entrepreneurship competition 2019 "entrepreneurship in Shanghai", relying on our company

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Shanghai Lioncel won the excellent enterprise of 2019 international innovation and Entrepreneurship Competition

In January 2019, Shanghai Lioncel Electromagnetic Technology Co., Ltd. signed up to participate in the 8th China Innovation and entrepreneurship competition 2019 "entrepreneurship in Shanghai", relying on our company

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EFT generator coupling/decoupling network CDN-433P

With the cooperation of EFT series generator, the network capacity can be upgraded. It has excellent coupling and decoupling performance, can meet the requirements of the latest standard IEC 61000-4-4 Ed.3. The network for EUT whose current capacity reaches 100A is specially designed for testing new energy, electric vehicle charging pile and other products

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EFT generator coupling/decoupling network CDN-4310P

With the cooperation of EFT series generator, the network capacity can be upgraded. It has excellent coupling and decoupling performance, can meet the requirements of the latest standard IEC 61000-4-4 Ed.3. The network for EUT whose current capacity reaches 100A is specially designed for testing new energy, electric vehicle charging pile and other products

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Coupling/decoupling network CDN-433P

CDN-433P is a 3 phase, 5 channel burst coupling/decoupling network, which is designed based on the request of electric fast transients test. It is used with the EFT generator series, and easy for upgrade in disturbance channel and network capacity. The coupling and decoupling function is compliant with IEC61000-4-4 and GB/T17626.4.

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Three phase pulse group surge two in one power line coupling decoupling network CDN-5432P

CDN-5432P型脉冲群浪涌二合一耦合去耦合网络可配合凌世脉冲群浪涌二合一发生器实现干扰自动注入功能，性能完全符合IEC61000-4-5 ed.3及IEC61000-4-4标准中对于输出端波形的校准要求。在相同被试品电源容量要求下，体积更小，集成度更高。

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Lighting surge generator LSG-1020

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Lighting surge generator LSG-510CBU

The new energy special lightning surge generator is used to evaluate the performance of power line and internal connecting line of new energy equipment when they are subjected to high-energy transient interference caused by switching

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Lighting surge generator LSG-506CBU

The new energy special lightning surge generator is used to evaluate the performance of power line and internal connecting line of new energy equipment when they are subjected to high-energy transient interference caused by switching and natural lightning stroke.

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Surge&Burst Generator LSE-545CB

LSE-545CB is the test system which combined surge testing with burst testing, so that it is highly integrated and efficient. The module could fully qualified kinds of standards IEC61000-4-4/-5. Provide you more efficient and accurate EMC

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Lighting surge generator LSG-510CB

LSG series intelligent lightning surge test system, as an important part of "EMC puzzle" series, is composed of powerful host, excellent surge generator and coupling decoupling network module, which fully meets the requirements of the latest standards

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Lighting surge generator LSG-506CB

As an important part of “EMC PUZZLE” of Shanghai Lioncel, the newest smart lighting surge generator includes host computer with a variety of functions and surge module with excellent performance. Our equipment meets the latest standard for the profession, and can provide an effective means to EMC immunity test.

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Power-line coupling/decoupling network for Lighting surge/Ringing wave DN-533PU

Lightning surge coupling decoupling network DN-533PU

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Power-line coupling/decoupling network for Lighting surge/Ringing wave CN-533PU

As the main component of lightning surge/ringing wave test system, surge coupling/decoupling network directly determines the consistency and repeatability of test results.

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Power-line coupling/decoupling network for high-voltage & high-current CDN-532PU

The special lightning surge coupling decoupling network for high-voltage and high-current EUT match with LIONCEL New Energy Lightning Surge Generator are used to evaluate the performance of the power-lines of new energy equipment under the high-energy transient interference caused by switch switching and natural lightning strike.

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Lightning surge high-speed signal-line CDN-508SUS

CDN-508SUS is a coupling decoupling network especially for outside testing unshielded high-speed signal lines in lightning surge test. It can satisfy the test of unshielded symmetrical line. Able to do online test of EUT and can achieve maximum communication rate of 100KHz.

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Power-line coupling/decoupling network for Lighting surge/Ringing wave CDN-532P

As the main component of lightning surge/ringing wave test system, surge coupling/decoupling network directly determines the consistency and repeatability of test results

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Electromagnetic injection clamp ZN23203

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RF conducted immunity test system CDN-M series CDN-T series CDN-S series CDN-AF series

RF conducted immunity power-line or signal-line coupling decoupling network CDN series products.

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Integrated test host RIS-6091

综合测试主机 RIS-6091

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RF conducted immunity test system RIS-6091 series

RIS-6091 is the first set of mature multifunctional radiofrequency conducted immunity test system developed by LIONCEL.

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RF conducted immunity test system CDN-M series CDN-T series CDN-S series CDN-AF series

RF conducted immunity power-line or signal-line coupling decoupling network CDN series products.

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Multifunctional magnetic field test module MFAC-001

Mainly according to the test requirements of GB / T 17215.321 and GB / t15284-2002 for frequency and phase modulation test, it is used to collect the phase and frequency of the power grid, so as to generate a magnetic

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DC magnetic field generator DMS1005

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DC magnetic field generator DMS1003

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Magnetic field antenna MFA-201B

All standards above mainly related to power frequency magnetic immunity test, impulse magnetic immunity test and damped-oscillatory immunity test, and mainly measure immunity capability of electric equipments when they are suffering from current caused electromagnetic interference of conductor or other equipments(like leaked transformer) under environment such as residence, business and industry.

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Magnetic field antenna MFA-201A

All standards above mainly related to power frequency magnetic immunity test, impulse magnetic immunity test and damped-oscillatory immunity test, and mainly measure immunity capability of electric equipments when they are suffering from current caused electromagnetic interference of conductor or other equipments(like leaked transformer) under environment such as residence, business and industry.

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Magnetic field antenna MFA-101A

All standards above mainly related to power frequency magnetic immunity test, impulse magnetic immunity test and damped-oscillatory immunity test, and mainly measure immunity capability of electric equipments when they are suffering from current caused electromagnetic interference of conductor or other equipments(like leaked transformer) under environment such as residence, business and industry.

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Alternating current magnetic field generator AMS8010

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Alternating current magnetic field generator AMS8006

交流磁场发生源 AMS8006

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Alternating current magnetic field generator AMS8003

交流磁场发生源 AMS8003

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MFA Series

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ISO9001

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ISO9001

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Damped Oscillating Wave magnetic field immunity test system SWCS-103CB PFM-801C-A

SWCS-103CB damped oscillating wave magnetic field immunity test system consists of generator SWCS-103CB and single-loop coil PFM-801C-A. The system adopts the EMC PUZZLE framework, which is composed of powerful mainframe and excellent damping oscillation wave module. It fully meets the requirements of the latest standards and provides an effective evaluation method for the test of magnetic field immunity to damping oscillation.

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Ring Wave Generator RWG-126CB

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Ring Wave Generator RWG-126CBU

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3-phase AC high-voltage dip simulator SS-DIP

SS-DIP three-phase AC high-voltage dip simulator is a special voltage dip and short interruption immunity testing equipment developed by LIONCEL in China according to "General Technical Requirements for High Voltage Watt-hour Meters". This project fills the blank of high-voltage watt-hour meter test in China, and it is also another high-tech product of Shanghai LIONCEL to unswervingly do professional products.

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Single-phase voltage dip simulator VDS-1103

LIONCEL VDS-1103 single-phase AC voltage dip simulator is a high-reliability and high-precision test equipment specially designed for the characteristics and requirements of voltage dip, short interruption and voltage variation immunity test. The unique modular product structure makes it the best scalable AC-power-supply voltage fault simulation test equipment on the market. The performance of the equipment fully meets the requirements of IEC 61000-4-11 and GB/T17626.11 standards.

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Single-phase adjustable power supply module RGL-210

The voltage regulating power module can cooperate with the VDS-1103 voltage dip simulator to realize automatic control and regulation of voltage in testing. One module can support automatic regulation of voltage dip, and two modules can easily realize the simulation of the universal power-grid. Users can configure it according to their needs.

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Single-phase adjustable power supply module RGL-220

The voltage regulating power module can cooperate with the VDS-1103 voltage dip simulator to realize automatic control and regulation of voltage in testing. One module can support automatic regulation of voltage dip, and two modules can easily realize the simulation of the universal power-grid. Users can configure it according to their needs.

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Single-phase adjustable power supply module RGL-232

The voltage regulating power module can cooperate with the VDS-1103 voltage dip simulator to realize automatic control and regulation of voltage in testing. One module can support automatic regulation of voltage dip, and two modules can easily realize the simulation of the universal power-grid. Users can configure it according to their needs.

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3-phase Voltage Dip Simulator VDS-1132A

LIONCEL VDS-1132A 3-phase AC voltage dip simulator with high-reliability and high-precision， specially designed for the characteristics and requirements of voltage dip, short interruption and voltage variation immunity test of 3-phase electrical equipment.

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3-phase Regulated Power Supply Module TGL-332

The voltage regulated power can cooperate with VDS-1132A 3-phase voltage dip simulator to realize automatic control and regulation of test voltage.

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DC Voltage Dip Simulator VDS-2903

LIONCEL VDS-2903 DC voltage dip simulator with high reliability and high precision specially designed for the characteristics and requirements of DC voltage dip and short interruption immunity test.

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Pulsed magnetic field test system LSG-506CB PMF-801C-A

Pulsed magnetic field test system of LIONCEL can simulate the pulsed magnetic field generated near industrial facilities, power plants, medium/high voltage substations. It has the advantages of smooth pulse waveform, stable performance, easy operation and reducing repeated investment. It provides a standard and ideal basis for evaluating the performance of pulsed magnetic field immunity of electrical and electronic equipment.

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Pulsed magnetic field test system LSG-510CB PMF-801C-A

Pulsed magnetic field test system of LIONCEL can simulate the pulsed magnetic field generated near industrial facilities, power plants, medium/high voltage substations. It has the advantages of smooth pulse waveform, stable performance, easy operation and reducing repeated investment. It provides a standard and ideal basis for evaluating the performance of pulsed magnetic field immunity of electrical and electronic equipment.

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GTEM Radiofrequency electromagnetic radiation immunity test system GTEM-EMS

GTEM RF radiation immunity test system is developed by LIONCEL according to IEC 61000-4-3 standard and based on GTEM technology. With reliable performance, convenient operation and comparable test results，it can be comparable with chamber. It has been widely used in power, communications, military industry, quality inspection and other fields to evaluate the sensitivity of equipment to radiated electromagnetic interference of small electronics.

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GTEM RF electromagnetic radiation emission limit (EMI) test system GTEM-EMI

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TEM chamber L-TEM

The L-TEM chamber is a test environment developed by LIONCEL according to ISO11452-3 and CISPR25 standards and based on the principle of transverse electromagnetic wave generation. It also provides a predictive test system for the immunity and emission measurement of automotive electronic components. The TEM chamber is a professional automobile with excellent fabrication, excellent characteristics and complete functions which is professional automotive electronic parts testing environment.

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Strip-line L-SL50

Strip line L-SL50 is a test environment developed by LIONCEL according to the requirements of ISO11452-5 standard with the principle of transverse electromagnetic wave generation. It also provides a predictive test system for automotive electronic components based on this test environment. The strip-line is well-made and has excellent characteristics. It is a professional testing environment for automotive electronic parts.

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Damped oscillatory wave generator SWCS-183CB

The new intelligent damped oscillatory wave generator adopts the technical framework of EMC PUZZLE. It is composed of powerful mainframe and excellent damped oscillatory wave module. It fully meets the requirements of the latest standard for slow-speed damped oscillatory wave and provides an accurate evaluation method for the test of damping oscillation immunity of electronic products.

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Signal-line coupling/decoupling network CDN-184S

CDN-184S is a 4-line coupling/decoupling network for Damped oscillatory waves. It is used to inject damp oscillatory interference into the signal-line port of EUT for manual control.

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Power frequency magnetic field immunity test system PMF-801C

PMF-801C Series power-frequency magnetic field immunity testing system is developed and manufactured by LIONCEL, which meets the requirements of the latest IEC 61000-4-8 standards and GB/T17626.8-2006 standards. It can fulfill all the test requirements specified in the standards.

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Power frequency magnetic field generator host PMF-801C-C

PMF-801C-C is the source of the power frequency magnetic field immunity generator. It can generate 1-100A/m continuous magnetic field with PMF-801C-A.

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Power frequency magnetic field short time generator PMF-801C-T

The power frequency magnetic field short time generator module is mainly used for short time test of power frequency magnetic field immunity, which meets the test requirements of IEC 61000-4-8 and GB/T17626.8 latest standards.

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Power frequency atenna PMF-801C-A

Power frequency magnetic field antenna，it meets the requirements of IEC 61000-4-8, IEC 61000-4-9 and IEC 61000-4-10 standards. It can be tested by proximity method and immersion method.

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Impulse voltage test system LSG-2551

LSG2551 series impulse voltage test system is used to test insulation performance of electronic and electrical products.

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Impulse voltage test system LSG-2551T

LSG2551 series impulse voltage test system is used to test insulation performance of electronic and electrical products.

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Impulse voltage test system LSG-2551TJ

LSG2551 series impulse voltage test system is used to test insulation performance of electronic and electrical products. The system is developed by LIONCEL with our Surge Generator Manufacturing Technology.

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Multi-function impulse voltage test system LSG-2551L

LSG-2551L impulse voltage tester has three kinds of impedance, which is suitable for impulse voltage test under different output impedance.

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10kV Audio & Video impulse voltage generator LSG-6510

LSG-6510 Audio & Video Impulse Voltage Generator is mainly used to test the insulation performance of audio & video products according to the requirements of IEC60065 and GB/T8898 standards.

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Line impulse voltage test system LSG-7284

LSG-7284 line impulse voltage generator is mainly used for impulse voltage test of telephone, fax and other communication lines according to YD/T728 standard.

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Impulse current test system LSG-0820

The LSG-0820 impulse current tester is suitable for the surge current test of electronic appliances or components.

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High electromagnetic compatibility checking device for watt-hour meter EMC-215A

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Short-time overcurrent generator for watt-hour meter SOC-321A

LIONCEL SOC-321A/B short-time overcurrent generator is a special testing equipment for watt-hour meter products according to the testing requirements of GB/T17215.301, GB/T17215.321 and GB/T17215.322.

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Short-time overcurrent generator for watt-hour meter SOC-321B

LIONCEL SOC-321A/B short-time overcurrent generator is a special testing equipment for watt-hour meter products according to the testing requirements of GB/T17215.301, GB/T17215.321 and GB/T17215.322.

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Shielding room LSS series

LSS series electromagnetic compatibility shielding room is a professional electromagnetic compatibility testing environment designed and constructed by LIONCEL especially for electromagnetic compatibility testing.

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Chamber LSA series

LSA Series Chamber is a professional electromagnetic compatibility test environment designed and manufactured by LIONCEL. This series of products is compact electromagnetic compatibility chamber.

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Vehicle electronic bulk current injection（BCI） test system BCI-4012

BCI-4012 is the only domestic bulk current injection test system (BCI) which fully meets the ISO 11452-4 standard.

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Vehicle electronic interference simulation test system

LIONCEL LAS-7600 Vehicle Electronic Interference Simulation Test System is a complete set of vehicle electronic immunity test system developed according to the latest requirements of ISO 7637-2 " Road vehicles—Electrical disturbances from conduction and coupling— Part 2: Electrical transient conduction along supply lines only " The system is an indispensable test and evaluation basis for quality assurance and product testing of electrical and electronic equipment for automobile matching.

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ProfLine 2100

Single-phase Three-phase Complete measurement system It can use the existing regulated power supply or direct power supply circuit

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ProfLine 2103

Low cost system for small DUT Complete test system, including pure power supply Analog flicker impedance without expensive physical impedance

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ProfLine 2105

Complete test system for IEC 61000-3-2 and - 3-3 Single phase test system up to 16 Amps Analog flicker impedance without expensive physical impedance Power supply suitable for testing immunity standard

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ProfLine 2115

Complete test system for IEC 61000-3-2 and - 3-3 Three phase test system up to 16 amps per phase Power supply suitable for testing immunity standard

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ProfLine 2130

Complete test system For IEC 61000-3-2, - 3-3, - 3-11 and - 3-1 Three phase test system up to 43 amps per phase Power supply suitable for testing immunity standard

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ProfLine 2145

完整测试系统适用于IEC 61000-3-2，-3-3, -3-11 和 -3-12 每相高达62 安培的三相测试系统适合于测试抗扰度标准的供电电源

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VVL1530 three loop antenna

This type of antenna is called the Van Veen loop defined in CISPR 16-1-4 and consists of three orthogonal loops that surround the platform where the EUT is located.

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VDH30 test system

The VDH 30 consists of a conductive sphere with a diameter of 210 mm, a connecting wire with a length of 300 mm, a protection network for the EMI receiver, and a wooden tripod.

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SW04 external switch box

The coil adopts a large wire section to ensure the continuous current carrying capacity. In a short time (10 minutes), twice the high current is allowed.

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PAT20M pulse limiter

In the conduction test, the high spike signal (including very high spectral density/pulse energy) from LISN may cause damage to the input attenuator, preamplifier, preselector or input mixer in the EMI test receiver.

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LS16C/10_LT32C/10 LISN artificial power network

It complies with the CISPR 16-1-2 international standard conducted electromagnetic interference measurement requirements, according to the electromagnetic interference international European standard and product standard measurement requirements, the measurement range is from 9KHz to 30MHz, used for DC-63Hz power measurement, manual and program control are both possible.

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FFT3010_3030EMI measurement receiver

Full FFT digital electromagnetic interference test receiver can measure 9KHz-300MHz conducted electromagnetic interference

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DDA55 click sound analyzer

Exquisite design and manufacturing comply with CISPR 16 standards, and fully comply with CISPR 14-1 for discontinuous interference test (called "click") international standard specifications.

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Traveling wave tube amplifier TWAL 0408_4GHz-8GHz

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RF power amplifier BLWA 2010_200MHz-1GHz

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RF solid state power amplifier BLMA1040_1GHz-4GHz

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Traveling wave tube amplifier TWAL 1840_18GHz-40GHz

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Traveling wave tube amplifier TWAL 0618_6GHz-18GHz

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RF power amplifier BTA 0122_9kHz-220MHz

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RF power amplifier BSA 0122_9kHz-220MHz

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RF power amplifier BSA 0106_9kHz-6000MHz

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RF power amplifier BSA 0101_9kHz-1000MHz

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RF power amplifier BSA 0040_4kHz-400MHz

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Pulse solid state power amplifier BPA 2731_2.7GHz-3.1GHz

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Pulse solid state power amplifier BPA 2427_2.4GHz-2.7GHz

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Pulse solid state power amplifier BPA 1231_1.2GHz-3.1GHz

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Pulse solid state power amplifier BPA 1214_1.2GHz-1.4GHz

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RF power amplifier BLWA 0860_80MHz-6GHz

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RF power amplifier BLWA 0818_80MHz-18GHz

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RF power amplifier BLWA 0810_80MHz-1GHz

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RF solid state power amplifier BLMA6018_6GHz-18GHz

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RF solid state power amplifier BLMA2640_26.5GHz-40GHz

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RF solid state power amplifier BLMA1840_18GHz-40GHz

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RF solid state power amplifier BLMA1826_18GHz-26.5GHz

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RF solid state power amplifier BLMA1060_1GHz-6GHz

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RF solid state power amplifier BLMA1018_1GHz-18GHz

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RF solid state power amplifier BLMA1060_1GHz-6GHz

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RF solid state power amplifier BLMA1018_1GHz-18GHz

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RF solid state power amplifier BLMA0860_0.8GHz-6GHz

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RF solid state power amplifier BLMA0830_0.8GHz-3GHz

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RF solid state power amplifier BLMA0818_0.8GHz-18GHz

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EMI preamplifier Pre-BLNA0360_30MHz-6GHz

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EMI preamplifier Pre-BLNA0240_20MHz-4GHz

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EMI preamplifier Pre-BLNA0220_20MHz-2GHz

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EMI preamplifier Pre-BLNA0160_10MHz-6GHz

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EMI preamplifier Pre-BLNA0130_100MHz-3GHz

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EMI preamplifier Pre-BLNA0125_9kHz-2.5GHz

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EMI preamplifier Pre-BLNA0118_10MHz-18GHz

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EMI preamplifier Pre-BLNA_0110_9kHz-1GHz

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EMI preamplifier Pre-BLMA_2640_26.5GHz-40GHz

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EMI preamplifier Pre-BLMA_1840_18GHz-40GHz

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EMI preamplifier low noise amplifier with optional antenna Pre-BLMA1826_18GHz-26.5GHz

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EMI preamplifier low noise amplifier with optional antenna Pre-BLMA0126_1GHz-26.5GHz

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EMI preamplifier Pre-BLMA0118_1GHz-18GHz

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Current probe F-52B

F-52B is a clamp-type probe designed for EMI testing and measuring RF current on conductors. It is often used in the training and engineering practice of radio frequency technicians in the laboratory.

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Ferrite decoupling clamp F-203I-A-DCN-32mm

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Ferrite decoupling clamp F-203I-A-DCN-23mm

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Coupling and decoupling network FCC-801-USB-2.0

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Coupling and decoupling network FCC-801-T2-RJ11

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Coupling and decoupling network FCC-801-S25

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Coupling and decoupling network FCC-801-S2

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Coupling and decoupling network FCC-801-M5-200A-1

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Coupling and decoupling network FCC-801-M5-75A-1

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Coupling and decoupling network FCC-801-M5-32A

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Coupling and decoupling network FCC-801-M5-25A

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Coupling and decoupling network FCC-801-M5-16A

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Coupling and decoupling network FCC-801-M4-200A-1

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Coupling and decoupling network FCC-801-M3-32A

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Coupling and decoupling network FCC-801-M3-25A

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Coupling and decoupling network FCC-801-M2/M3-16A

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Coupling and decoupling network FCC-801-M2-200A-1

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Coupling and decoupling network FCC-801-M2-125A

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Coupling and decoupling network FCC-801-M2-100A-1

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Coupling and decoupling network FCC-801-M2-50A

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Coupling and decoupling network FCC-801-M2-32A

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Coupling and decoupling network FCC-801-M2-25A

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Coupling and decoupling network FCC-801-M2-16A-10kHz

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Coupling and decoupling network FCC-801-M2-16A

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Coupling and decoupling network FCC-801-M1-100A-1

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Coupling and decoupling network FCC-801-M1-32A-1

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Coupling and decoupling network FCC-801-M1-25A-1

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Coupling and decoupling network FCC-801-AF25

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Coupling and decoupling network FCC-801-AF2

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Current injection probe calibration fixture FCC-BCICF-150-2

The injection probe calibration fixture is part of the test equipment required by most high current test procedures. The FCC-BCICF-150-2 calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture FCC-BCICF-150-1

The injection probe calibration fixture is part of the test equipment required by most high-current test procedures. The FCC-BCICF-150-1 calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture FCC-BCICF-150

The injection probe calibration fixture is part of the test equipment required by most high current test procedures. The FCC-BCICF-150 calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture FCC-BCICF-6-150

FCC-BCICF-6-150 is designed to meet the standard IEC 61000-4-6 Ed 4.0 section 6.2.3.1–6.2.3.2, which stipulates that "...when the current injection clamp is inserted, the test fixture transmission loss shall not increase More than 1.6dB". This 1.6dB requirement is verified by subtracting the insertion loss when the calibration fixture is not in place from the insertion loss when the calibration fixture is in place.

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Current injection probe calibration fixture FCC-BCICF-4-HV

The injection probe calibration fixture is part of the test equipment required by most high current test procedures. The FCC-BCICF-4-HV calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture FCC-BCICF-3

The injection probe calibration fixture is part of the test equipment required by most high current test procedures. The FCC-BCICF-3 calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture FCC-BCICF-2-1

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Current injection probe calibration fixture FCC-BCICF-2

The injection probe calibration fixture is part of the test equipment required by most high current test procedures. The FCC-BCICF-2 calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture FCC-BCICF-1-HV

FCC-BCICF-1-HV is designed for high voltage applications. This calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture FCC-BCICF-1

The injection probe calibration fixture is part of the test equipment required by most high current test program specifications. The FCC-BCICF-1 calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture F-170421-1008-1

The injection probe calibration fixture is part of the test equipment required by most high current test procedures. The F-170421-1008-1 calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture F-161012-1008-2

The injection probe calibration fixture is part of the test equipment required by most high-current test procedures. This test fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture F-080728-1008-2

The injection probe calibration fixture is part of the test equipment required by most high current test procedures. The F-080728-1008-2 calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture F-080409-1008-2

The injection probe calibration fixture is part of the test equipment required by most high current test procedures. The F-080409-1008-2 calibration fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe calibration fixture F-040128-1008-2A

The injection probe calibration fixture is part of the test equipment required by most high current test procedures. The test fixture allows users to quickly and easily calibrate the injection probe before performing compliance testing.

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Current injection probe F-170701-1008-1

F-170701-1008-1 is an efficient high-power injection probe for 10MHz-400MHz frequency band. Its typical insertion loss data is shown below, the input rated continuous power can reach 1000W for 30 minutes.

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Current injection probe F-170501-1008-1

F-170501-1008-1 can inject very large RF currents into signal or power circuits. The probe has an inner diameter of 40mm, and the usable frequency range is 10MHz-400MHz. The typical insertion loss in the 10MHz-400MHz frequency band is less than 7dB, and the input rated power can reach 2.5kW, lasting 30 minutes.

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Current injection probe F-161012-1008-1

F-161012-1008-1 is a high-efficiency injection probe, mainly used for low frequency conduction immunity test. The input rated power of the injection probe reaches 2.5kW, which can last for 30 minutes.

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Current injection probe F-120501-1008-1

F-120501-1008-1 is a high-efficiency injection probe, mainly used for low-frequency conducted immunity testing.

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Current injection probe F-080915-1008-1

F-080915-1008-1 is designed for the conducted immunity test in the 3.0GHz-4.0GHz frequency band. It has high efficiency, high power and small size. It can be used to test independent cable bundles and in-vehicles during bench tests. Cable harness.

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Current injection probe F-080728-1008-1

F-080728-1008-1 is a large-diameter (65mm), high-efficiency injection probe, designed for a working frequency range of 500MHz-1GHz.

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Current injection probe F-080409-1008-1

F-080409-1008-1 is designed for conducted immunity testing in the 2.0GHz-3.0GHz frequency band, with high efficiency, high power and small size. It can be used to test independent cable bundles and cable bundles in vehicles during bench tests.

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Current injection probe F-070601-1008-1

F-070601-1008-1 is suitable for BCI testing in accordance with the automotive specification ISO 11452-4 and diagnostic high current injection testing up to 1 GHz. The usable frequency range is 100 kHz-1 GHz. Input continuous power of 500W, which can last for 30 minutes.

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Current injection probe F-150-2

F-150-2 is designed for conduction immunity test in the 800MHz-2.1GHz frequency band, with high efficiency, high power and small size. It can be used to test independent cable bundles and cable bundles in vehicles during bench tests.

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Current injection probe F-150-1

F-150-1 is designed for conducted immunity testing in the 2.3GHz-7.0GHz frequency band. In order to achieve this goal, the probe has high efficiency, high power and small size. It can be used to test independent cable bundles and cable bundles in vehicles during bench tests.

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Current injection probe F-150

F-150 is designed for conduction immunity test in the 800MHz-2.1GHz frequency band, with high efficiency, high power and small size. It can be used to test independent cable bundles and cable bundles in vehicles during bench tests.

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Electromagnetic injection clamp F-120615-1006-1

The electromagnetic clamp is a high-efficiency broadband fixed-aperture clamp injection device, which is used to test the immunity of electronic equipment when direct capacitive coupling technology is not feasible or inappropriate.

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Electromagnetic injection clamp F-230I-A-32mm

The electromagnetic clamp F-203I-A-32mm is a high-efficiency broadband clamp injection device used to test the immunity of electronic equipment when direct capacitive coupling technology is not feasible or inappropriate. When F-203I-A-32mm is used together with F-203I-A-CF3-32mm-150 and F-203I-A-CF3-32mm-50 calibration fixtures, it is fully compliant with IEC61000-4-6 version 4.0.

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Electromagnetic injection clamp F-230I-A-23mm

Radio frequency electromagnetic fields can degrade the performance of electronic devices by generating common-mode currents on the cables. By injecting common-mode current into the cable of the device under test, it is possible to verify the RF immunity of the device under test to these fields.

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TEM cell FCC-TEM-JM series

FCC-TEM-JM1 and FCC-TEM-JM2 are ideal models for conducting radiation emission testing of semiconductor devices according to SAE 1752/3.

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TEM cell FCC-TEM-JM5

FCC-TEM-JM5 extends the operating frequency range beyond existing equipment and now allows 3GHz conducted emission and immunity tests on integrated circuits.

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IC test strip line FCC-STRPL-8G

FCC-STRPL-8G extends the operating frequency range beyond the existing equipment, and now allows the conducted emission and immunity test of integrated circuits to reach 8 GHz.

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Current injection probe F-140-HV

F-140-HV is used for BCI test according to DO-160 section 20, and pulse induction damped sine wave test according to DO-160 section 22.

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Current injection probe F-140

F-140 is suitable for BCI testing in compliance with automotive specifications and diagnostic high-current injection testing up to 1 GHz. The available frequency range is 100 kHz-1 GHz.

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Current injection probe F-130A-1

F-130A-1 is used for BCI testing according to automotive specifications (such as SAE J15447) and diagnostic high current testing up to 400 MHz.

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Current injection probe F-130-3

F-130-3 is a large inner diameter (65mm), high-efficiency injection probe designed for use in the 100 kHz-500 MHz frequency band.

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Current injection probe F-120-9A

F-120-9A is designed for conducting immunity test in the frequency band of 10kHz-230MHz. The usable frequency range is 10kHz-230MHz, the insertion loss between 150kHz-200MHz is less than 8dB, the input rated power is 100W, and it can last for 30 minutes.

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Current injection probe F-120-8F

F-120-8F is designed for conducted immunity test in the frequency band of 10 kHz-400 MHz. The available frequency range is 10 kHz-400 MHz. The typical calibration diagram is as follows.

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Current injection probe F-120-8

The F-120-8 clamp injection probe is a high-efficiency, broadband injection probe developed to meet the performance requirements of GM 3100 and ISO 11452-4.

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Current injection probe F-120-7B

F-120-7B is a large inner diameter (65mm), high-efficiency injection probe, suitable for injection testing in the 10kHz-400MHz frequency band.

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Current injection probe F-120-6A-3

F-120-6A-3 is a broadband, high-efficiency injection probe that can couple large RF currents to the signal or power circuit under test in the 10kHz-400MHz frequency band.

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Current injection probe F-120-5

F-120-5 is designed for conducted immunity testing in the 10 kHz-100 MHz frequency band. This probe is an efficient injection probe, mainly used for low-frequency conducted immunity testing.

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Current probe calibration fixture FCC-MPCF-3-32-40/71/19

FCC-MPCF-3-32-40/71/19 is a calibration fixture for current probe calibration. Four latches fix the upper cover to the upper half of the fixture. When the upper cover of the fixture is removed, the current probe can It is easily clipped around the center conductor.

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Current probe calibration fixture FCC-MPCF-3-32/71/19

FCC-MPCF-3-32/71/19 is a calibration fixture for current probe calibration. Four latches fix the upper cover to the upper part of the fixture. When the upper cover of the fixture is removed, the current probe can be easily The ground is clamped around the center conductor.

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Current probe calibration fixture FCC-MPCF-2K

FCC-MPCF-2K is a calibration fixture for current probe calibration. Two thumb screws fix the upper cover to the upper part of the fixture. When the upper cover of the fixture is removed, the current probe can be easily clamped around the center conductor .

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Current probe calibration fixture FCC-MPCF-2-70/125/38

FCC-MPCF-2-70/125/38 is a calibration fixture for current probe calibration. Four latches fix the upper cover to the upper part of the fixture. When the upper cover of the fixture is removed, the current probe can be easily The ground is clamped around the center conductor.

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Current probe calibration fixture FCC-MPCF-2-67/142/53

FCC-MPCF-2-67/142/53 is a calibration fixture for current probe calibration. Four latches fix the upper cover to the upper part of the fixture. When the upper cover of the fixture is removed, the current probe can be easily The ground is clamped around the center conductor.

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Current probe calibration fixture FCC-MPCF-2-32-40/71/19

FCC-MPCF-2-32-40/71/19 is a calibration fixture for current probe calibration. Four latches fix the upper cover to the upper part of the fixture. When the upper cover of the fixture is removed, the current probe can It is easily clipped around the center conductor.

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Current probe F-180907-1005-3

F-180907-1005-3 is suitable for laboratory and field testing.

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Current probe F-180907-1005-2

F-180907-1005-2 is suitable for laboratory and field testing.

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Current probe F-180907-1005-1

F-180907-1005-1 is suitable for laboratory and field testing.

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Current probe F-170804-1005-1

F-170804-1005-1 is suitable for laboratory and field testing. The available frequency range is 10kHz-400MHz. The typical calibration curve is shown below.

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Current probe F-170710-1005-1

F-170710-1005-1 is suitable for laboratory and field testing. A typical calibration curve is shown below.

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Current probe F-170705-1005-1

The available frequency range of F-170705-1005-1 is 100kHz-30MHz.

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Current probe F-170329-1005-1

The available frequency range of F-170329-1005-1 is 10kHz-30MHz. The primary power supply current can reach 1000A (DC-400Hz) without changing the transmission impedance.

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Current probe F-170317-1005-1

F-170317-1005-1 is suitable for laboratory and field testing. The probe has a large inner diameter of 305mm, which can accommodate large cable bundles.

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Current probe F-170308-1005-1

F-170308-1005-1 is used to measure the conducted emission in the 10Hz-50MHz frequency band. It can handle the 50A primary power line current from DC-400 Hz without saturation or affecting the transmission impedance.

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Current probe F-170302-1005-1

F-170302-1005-1 is suitable for measuring pulse current.

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Current probe F-2000-40mm-1

-2000-40mm-1 is suitable for laboratory and field testing. The outer diameter of the probe is small, about 80 mm, and the inner diameter is 40 mm. DC-400Hz power supply current can reach 350A, RF (CW) current 3A, peak pulse current 100A.

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Current probe F-2000-32mm-1

F-2000-32mm-1 is suitable for laboratory and field testing. The outer diameter of the probe is small, about 71 mm, and the inner diameter is 32 mm. DC-400Hz power supply current can reach 350A, RF (CW) current 3A, peak pulse current 100A.

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Current probe F-2000-12mm

F-2000-12mm is suitable for laboratory and field testing, and the frequency range is 10MHz-3GHz.

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Current probe F-75B

The advantage of F-75B is that it is equipped with a large aperture of 70 mm, which is ideal for large cable bundles. F-75B can be used to measure pulse currents up to 100A, with a rise time of 800 picoseconds and a pulse width of 40 nanoseconds.

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Current probe F-65

F-65 is suitable for laboratory and field testing. It can measure pulse transients with a rise time of 200 picoseconds and a pulse width of 35 nanoseconds. The probe has a small outer diameter of about 71mm, an inner diameter of 32 mm, and a transmission impedance of 1Ω in the 1MHz-1GHz frequency band. DC-400Hz power supply current can reach 350A, RF (CW) current 3A, peak pulse 100A.

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Current probe F-57

F-57 is suitable for laboratory and field testing. The typical calibration diagram is as follows. This clip-on current probe can be used for: Mil-Std 461F CS114, Mil-Std. 461F CS115, Mil-Std. 461F CS116, DO-160 Section 20, CISPR 32.

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Current probe F-55A

F-55A is suitable for laboratory and field testing. It can measure pulse transients with a rise time of 800 picoseconds and a pulse width of 3 microseconds. The probe has a small outer diameter of about 71mm, an inner diameter of 32 mm, and a transmission impedance of 0.1Ω in the 100kHz-500MHz frequency band. DC-400Hz power supply current can reach 350A, RF (CW) current 10A, peak pulse 100A.

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Current probe F-52A

　F-52A is a clamp-on probe designed for EMI testing and measuring RF current on conductors. It is often used in the training and engineering practice of radio frequency technicians in the laboratory.

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Current probe F-42A

F-42A is suitable for laboratory and field testing, and the available frequency range is 1kHz-100MHz. A typical calibration curve is shown below. The outer diameter of the probe is small, about 71 mm, and the inner diameter is 32 mm.

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Current probe F-40-5

The available frequency range of F-40-5 is 10Hz-50MHz. DC-400Hz primary power supply current can reach 1000A, pulse 5000A, without changing the transmission impedance.

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Current probe F-39-4

F-39-4 current probe adopts split core mechanical design, which can be easily clamped and separated. It has a very small shape and is suitable for clamping conductors in small spaces. F-39-4 provides broadband measurement capabilities for laboratory and workbench environments.

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Current probe F-39-2

F-39-2 current probe adopts split core mechanical design, which can be easily clamped and separated. It has a very small shape and is suitable for clamping conductors in small spaces. F-39-2 provides broadband measurement capabilities for laboratory and workbench environments.

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Current probe F-39-1

The F-39-1 current probe adopts a split core mechanical design, which can be easily clamped and separated. It has a very small shape and is suitable for clamping conductors in small spaces. F-39-1 provides broadband measurement capabilities for laboratory and workbench environments.

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Current probe F-38-4

F-38-4 current probe adopts split core mechanical design, which can be easily clamped and separated. It has a very small shape and is suitable for clamping conductors in small spaces. F-38-4 provides broadband measurement capabilities for laboratory and workbench environments.

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Current probe F-38-2

The F-38-2 current probe adopts a split core mechanical design, which can be easily clamped and separated. It has a very small shape and is suitable for clamping conductors in small spaces. F-38-2 provides broadband measurement capabilities for laboratory and workbench environments.

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Current probe F-38-1

The F-38-1 current probe adopts a split core mechanical design, which can be easily clamped and separated. It has a very small shape and is suitable for clamping conductors in small spaces. F-38-1 provides broadband measurement capabilities for laboratory and workbench environments.

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Current probe F-37-2

F-37-2 is suitable for laboratory and field testing, and the available frequency range is 10kHz-1GHz. The typical transmission impedance of F-37-2 in the 500kHz – 1GHz frequency band is 1Ω (+ 2 dB), the RF current range is a continuous maximum 10A, and the duty cycle is 0.1 peak pulse 100A. The maximum primary power line current is 60A (DC-400 Hz).

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Current probe F-33-2

F-33-2 is suitable for laboratory and field testing, and the available frequency range is 1kHz-250MHz. A typical calibration curve is shown below. The outer diameter of the probe is small, about 71 mm, and the inner diameter is 32 mm.

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Current probe F-35A-L

F-35A-L is suitable for laboratory and field testing, and is used for emission measurement in the 10Hz-108MHz frequency band. The F-35A-L test current can reach 200A (DC-400 Hz), and the peak pulse can reach 100A.

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Current probe F-33-1

F-33-1 is suitable for laboratory and field testing. The outer diameter of the probe is small, about 71 mm, and the inner diameter is 32 mm. The available frequency range of F-33-1 is 10kHz-250MHz.

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Current probe F-14A

F-14A is used to measure the current on 50Hz, 60Hz and 400Hz power lines, and the available frequency is 10Hz-500kHz. The test current of F-14A can reach 400A (DC-400 Hz) without changing the transmission impedance.

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Cone

Energy-saving lamp test fixture, with E27 socket, meets the requirements of CISPR 15 Figure 7B.

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Artificial power supply network NNBL 8226

The NNBL 8226 line impedance stabilization network (LISN) conforms to the military standard MIL-STD-461E/F, which is equivalent to the single channel of CISPR 16–1-2 chapter 4.2, with an impedance of 50µH+5Ω)||50Ω.

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Broadband artificial network BAN 8530

Broadband Artificial Networks (BAN) are used in the automotive industry to directly inject RF power into signals or power lines. This method is called "direct power injection."

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Broadband artificial network BAN 8508

Broadband Artificial Networks (BAN) are used in the automotive industry to directly inject RF power into signals or power lines. This method is called "direct power injection."

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Broadband high gain horn antenna BBHA 9120J

Broadband horn antenna BBHA9120J is a linear polarization high gain antenna used in the frequency range of 800MHz-6.2GHz.

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Standard Horn Antenna HA 9250-12

Schwarzbeck's HA 9250-12 is a standard gain horn antenna, linearly polarized, equipped with a 7/16 connector, suitable for high-power testing.

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Test head VDHH 9502

An der Hoofden test head VDHH 9502 is used to measure the effects of lighting equipment on human exposure in accordance with the standards DIN IEC 62493:2015 and VDE 0848-493.

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High-voltage artificial power network NNHV 8123

NNHV 8123 series asymmetric single-channel artificial power network (AMN) is mainly used to measure the electromagnetic interference of shielded cables in accordance with CISPR 25 ed4 or BMW GS 95025-1, with a frequency range of 0.1-150 MHz.

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High-voltage artificial power supply network NNHV 8123-800

NNHV 8123-800 series asymmetric single-channel artificial power network (AMN) is mainly used to measure the electromagnetic interference of shielded cables in accordance with CISPR 25 ed4 or BMW GS 95025-1. The frequency range is 0.1-150 MHz.

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High-voltage artificial power network NNHV 8123-400

NNHV 8123-400 series asymmetric single-channel artificial power network (AMN) is mainly used to measure the electromagnetic interference of shielded cables in accordance with CISPR 25 ed4 or BMW GS 95025-1. The frequency range is 0.1-150 MHz.

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High-voltage artificial power supply network NNHV 8123-200

NNHV 8123-200 series asymmetric single-channel artificial power network (AMN) is mainly used to measure the electromagnetic interference of shielded cables in accordance with CISPR 25 ed4 or BMW GS 95025-1. The frequency range is 0.1-150 MHz.

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FESP 5134-40 Magnetic Field Coil Sensor

The hand-held magnetic field sensor coil FESP 5134-40 is designed to determine the magnetic field strength during the immunity test together with an appropriate voltmeter

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Coupling and decoupling network CDNE M3

The CDN coupling and decoupling network can be used for EMI testing. Typically, the lighting products are tested according to the standard CISPR 15, and the CDN can also be tested for conducted immunity according to the standard IEC 61000-4-6.

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Coupling and decoupling network CDNE M2

The CDN coupling and decoupling network can be used for EMI testing. Typically, the lighting products are tested according to the standard CISPR 15, and the CDN can also be tested for conducted immunity according to the standard IEC 61000-4-6.

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50Ω stripline TETZ 5231

Open, asymmetrical 50W strip line, used for immunity test of auto parts. (The wooden frame structure needs to bear the ribbon line, which is not included in the delivery).

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Low loss coaxial cable (covering DC-18G)

50 ohm RF Cabel.

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XSLP9142 Dual Polarization Log Periodic Antenna (0.8-3G)

Linear dual-polarization log-period broadband antenna (aluminum tube) for receiving and transmitting. XSLP9142 has two perpendicularly intersecting polarization planes, each of which can be accessed through an N-type connector.

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WAND0918 stick antenna (800M-2G)

Linearly polarized dipole, H-face omnidirectional handheld antenna, made of aluminum. Suitable for GSM band electromagnetic wave immunity test.

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