HP-102
RÉSUMÉ TECHNIQUE HP-102 :
La sonde HP-102 PMM est conçue pour mesurer les champs magnétiques dans une plage de fréquence de 30 MHz à 1000 MHz. Elle offre un niveau de champ mesurable de 0.01 à 20 A/m. Avec une dynamique supérieure à 60 dB, elle garantit des mesures précises et fiables.
La sonde HP-102 PMM est un instrument de mesure des champs magnétiques. Voici ses principales caractéristiques :
Plage de fréquence : 30 MHz à 1000 MHz
Niveau en champs : 0.01 – 20 A/m
Dynamique : > 60 dB
Spécifications: HP-102 PMM Sonde de champs magnétiques : 30 MHz à 1000 MHz, Niveau en champs 0.01 – 20 A/m, Dynamique : > 60 dB.
TYPICAL USE AND SECTOR
Pour KEYSIGHT / AGILENT / HP HP-102
Le Hp-102 pmm hp-102 vous permet d’analyser vos systèmes et maîtrise votre budget tout en maintenant la qualité.
This reconditioned instrument offers performance comparable to new and helps to reduce acquisition costs. By choosing second life, you benefit from rapid availability without compromising on accuracy.
Applications :
- Electricity & testing
- Continuity measurement
- Isolation tests
- Quality Control & Metrology
Sectors :
- Industrial maintenance
- Metrology & accredited laboratories
- Telecoms & networks
Designed for :
- Maintenance technician
- Technical manager
This reconditioned equipment can be made available quickly with ISO 17025 verification, and combines reliability, economy and durability.
How do you choose between a portable calibrator and a laboratory calibrator to combine precision and mobility?
Energy (production & distribution)
Industrial maintenance
Metrology & accredited laboratories
Reconditioning and recovery of test instruments: transforming dormant equipment into operational leverage
Electronics & instrumentation
Metrology & accredited laboratories
CSR & circular economy
Our continuous improvement recognised by Ecovadis
Industrial maintenance
Metrology & accredited laboratories
CSR & circular economy
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ANY DOUBTS ABOUT A BRAND?
A REFERENCE YOU CAN'T FIND?
Our role does not end with the models displayed.
Some references are not listed, others can be sourced, replaced or adapted to your requirements.Contact us if you are looking for a particular device or if you need compatibility advice.
concrete questions about CEM
01
Why do EMC tests carried out in-house often differ from accredited laboratory results?Deviations are generally due to the test environment and implementation conditions. In-house, tests are carried out in simplified configurations, without fully standardised chambers or strict control of external disturbances. Nevertheless, these tests remain essential for detecting sources of noise and guiding corrections before an official campaign.
02
At what stage of development should EMC testing be included?As early as possible. Incorporating EMC testing at the design stage means that sources of emissions or susceptibility can be identified quickly, before the architecture is set in stone. Late detection often leads to costly corrective measures, project delays and technical compromises that are difficult to absorb.
03
Why is repeatability a major issue in EMC testing?In EMC, a tiny variation in wiring, positioning or configuration can significantly alter the result. Without repeatability, it becomes impossible to compare two tests or to assess the effectiveness of a correction. Stable methods and equipment are therefore essential if results are to be interpreted correctly.
04
Does the EMC pre-qualification equipment have to be identical to that used in certified laboratories?No. The aim of pre-qualification is not to reproduce a standard test exactly, but to reduce the risks before certification. Suitable equipment that is properly controlled and consistent with the standards in question is sufficient to detect major non-conformities and to guide corrective action.
05
Is reconditioned EMC equipment suitable for in-house testing?Yes, in many cases. Reconditioned, verified and documented EMI receivers, spectrum analysers, LISNs or RF generators offer a level of performance that is suited to development and pre-qualification testing. They enable you to acquire equipment more quickly, at a lower cost, while maintaining a reliable and usable measurement base.
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