16089D
RÉSUMÉ TECHNIQUE 16089D :
Les pinces de test crocodile 16089D Keysight / Agilent sont conçues pour une utilisation avec des ponts RLC. Elles fonctionnent sur une plage de fréquence de 5Hz à 100KHz. Ces pinces sont compatibles avec plusieurs modèles de séries, offrant une flexibilité d’utilisation.
Les pinces de test crocodile Agilent Keysight 16089D sont des accessoires de connexion haute fidélité permettant des mesures simples et rapides sur des composants de toutes tailles avec un pont RLC.
Type de produit : Pinces de test crocodile pour pont RLC (Kelvin Clips)
Configuration : 4 terminaux (paire de terminaux Kelvin)
Gamme de fréquence : 5 Hz à 100 kHz
Ouverture des pinces : Jusqu’à 8 mm (pour composants à larges bornes)
Tension maximale : ±42 V crête (AC+DC)
Longueur du câble : Environ 0,94 mètre
Impédance de contact : Minimisée par la technologie 4 fils
Connectivité : 4 connecteurs BNC mâles standards
Compatibilité : Analyseurs LCR Keysight/Agilent (E4980A, 4263B, 4294A, etc.)
Poids : Environ 220 g
L’Agilent Keysight 16089D est une fixation de test équipée de pinces crocodile larges, spécialement conçue pour faciliter la connexion aux composants dont les bornes sont trop volumineuses ou irrégulières pour les supports de test classiques. Cet accessoire transforme votre pont RLC en un système de mesure flexible, capable de s’adapter aussi bien à des bobines de puissance qu’à des condensateurs électrolytiques ou des barres de bus.
Le système repose sur une architecture à quatre terminaux Kelvin. Contrairement aux pinces de test standard, chaque pince crocodile de la 16089D possède deux mâchoires isolées l’une de l’autre : l’une pour l’injection du courant (Force) et l’autre pour la détection de la tension (Sense). Cette méthode permet d’éliminer totalement l’erreur de mesure induite par la résistance des câbles et des contacts, garantissant une précision absolue même pour les très basses impédances.
Grâce à ses câbles blindés de près d’un mètre, cette sonde offre une grande liberté de manipulation sur le banc de test. Elle permet d’atteindre des composants insérés dans des châssis ou des montages complexes sans compromettre l’intégrité du signal. La conception robuste des pinces assure une pression de contact constante et une durabilité accrue, même lors d’utilisations répétitives en environnement de production ou de maintenance.
L’Agilent 16089D est l’outil indispensable pour les techniciens et ingénieurs souhaitant allier la commodité des pinces crocodile à la rigueur métrologique d’un instrument de laboratoire. Sa large plage de fréquence et sa compatibilité étendue avec les ponts RLC du marché en font une référence pour le diagnostic rapide et la caractérisation de composants passifs de puissance.
TYPICAL USE AND SECTOR
Pour KEYSIGHT / AGILENT / HP 16089D
Le 16089d keysight 16089d vous permet de caractériser vos systèmes et maîtrise votre budget tout en maintenant la qualité.
This refurbished instrument offers performance comparable to new and helps to reduce acquisition costs.
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.
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concrete questions about RLC Bridges
01
What does an RLC bridge measure?It evaluates the resistance (R), inductance (L) and capacitance (C) of passive components, often at different frequencies, with complementary parameters such as the dissipation factor or phase angle.
02
In what contexts are they used?They are commonly used in test laboratories, production lines, maintenance or quality inspection departments, to check the conformity of components before integration.
03
What is the expected accuracy?Modern RLC bridges offer high measurement accuracies (up to ±0.05 % depending on the range), with compensation for parasitic effects (wires, connectors) via Open/Short/Load calibrations.
04
What's the difference with a multimeter?An RLC bridge uses alternating signals and can adjust the test frequency. It provides a more accurate, context-sensitive measurement, particularly for high-frequency or polarisation-sensitive components.
05
Can these instruments be used in automation?Yes, bench or production models often have communication ports (GPIB, USB, LAN) and can integrate with automated test systems via SCPI protocols.
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