Français
English Deutsch Français русский español Português Italia 한국의 العربية Türk dili polski Suomi Indonesia Tiếng Việt ภาษาไทย Nederland Pilipino Čeština 繁体中文 Magyarország Svenska Ελλάδα Български език✕
À propos de nous | Nous contacter | Demander un devis |
Accueil > Centre des produits > Bobines, bobines, bobines d’arrêt > Inductances fixes > NRH2410T1R5MNV
NRH2410T1R5MNV
Modèle de produit:
NRH2410T1R5MNV
Fabricant:
Taiyo Yuden
La description:
FIXED IND 1.5UH 1.16A 132 MOHM
la quantité en dépôt:
58572 Pieces
Heure de livraison:
1-2 days (We have stocks to ship now)
Temps de production:
4-8 weeks
Fiche technique:
NRH2410T1R5MNV.pdf
Enquête

introduction

We can supply NRH2410T1R5MNV, use the request quote form to request NRH2410T1R5MNV pirce and lead time.XXX.com a professional electronic components distributor. With 3+ Million line items of available electronic components can ship in short lead-time, over 250 thousand part numbers of electronic components in stock for immediately delivery, which may include part number NRH2410T1R5MNV.The price and lead time for NRH2410T1R5MNV depending on the quantity required, availability and warehouse location.Contact us today and our sales representative will provide you price and delivery on Part# NRH2410T1R5MNV.We look forward to working with you to establish long-term relations of cooperation

Spécifications

Numéro de pièce interne RO-NRH2410T1R5MNV
État Original New
Pays d'origine Contact us
Top Marking email us
Remplacement See datasheet
Type:Wirewound
Tolérance:±20%
Package composant fournisseur:-
Taille / Dimension:0.094" L x 0.094" W (2.40mm x 2.40mm)
Blindage:Shielded
Séries:NR, H Type
évaluations:AEC-Q200
Q @ Freq:-
Emballage:Tape & Reel (TR)
Package / Boîte:Nonstandard
Autres noms:LM NRH2410T 1R5MN V
Température de fonctionnement:-40°C ~ 125°C
Type de montage:Surface Mount
Matériau - Noyau:Ferrite
Délai de livraison standard du fabricant:6 Weeks
Fréquence d'inductance - Test:100kHz
Inductance:1.5µH
Hauteur - Installé (max):0.039" (1.00mm)
Fréquence - Auto résonance:94MHz
Caractéristiques:-
Description détaillée:1.5µH Shielded Wirewound Inductor 1.16A 132 mOhm Max Nonstandard
Résistance cc (DCR):132 mOhm Max
Note actuelle:1.16A
Courant - Saturation:1.55A
Email:[email protected]

Requête rapide Quote

Modèle de produit
Quantité
Compagnie
Email
Téléphone
Remarques / Notes

pièces connexes NRH2410T1R5MNV

image Modèle de produit Fabricant La description Vue
NRH2410T100MNV Image NRH2410T100MNV Taiyo Yuden FIXED IND 10UH 450MA 828 MOHM Enquête
NRH2412T100MNGH Image NRH2412T100MNGH Taiyo Yuden FIXED IND 10UH 450MA 600 MOHM Enquête
NRH2410T150MN Image NRH2410T150MN Taiyo Yuden FIXED IND 15UH 370MA 1.224 OHM Enquête
NRH2410T3R3MN Image NRH2410T3R3MN Taiyo Yuden FIXED IND 3.3UH 770MA 264 MOHM Enquête
NRH2410T150MNV Taiyo Yuden FIXED IND 15UH 370MA 1.224 OHM Enquête
NRH2410T6R8MNV Image NRH2410T6R8MNV Taiyo Yuden FIXED IND 6.8UH 570MA 492 MOHM Enquête
NRH2410T220MN Image NRH2410T220MN Taiyo Yuden FIXED IND 22UH 300MA 1.764 OHM Enquête
NRH2410T2R2MN Image NRH2410T2R2MN Taiyo Yuden FIXED IND 2.2UH 970MA 180 MOHM Enquête
NRH2410T1R0NN4V Image NRH2410T1R0NN4V Taiyo Yuden FIXED IND 1UH 1.41A 84 MOHM SMD Enquête
NRH2410TR68NN4 Image NRH2410TR68NN4 Taiyo Yuden FIXED IND 680NH 1.57A 72 MOHM Enquête
NRH2410T220MNV Image NRH2410T220MNV Taiyo Yuden FIXED IND 22UH 300MA 1.764 OHM Enquête
NRH2410T3R3MNV Taiyo Yuden FIXED IND 3.3UH 770MA 264 MOHM Enquête
NRH2410T4R7MN Image NRH2410T4R7MN Taiyo Yuden FIXED IND 4.7UH 670MA 348 MOHM Enquête
NRH2410T4R7MNV Image NRH2410T4R7MNV Taiyo Yuden FIXED IND 4.7UH 670MA 348 MOHM Enquête
NRH2410T100MN Image NRH2410T100MN Taiyo Yuden FIXED IND 10UH 450MA 828 MOHM Enquête
NRH2410T1R5MN Image NRH2410T1R5MN Taiyo Yuden FIXED IND 1.5UH 1.16A 132 MOHM Enquête
NRH2410TR68NN4V Taiyo Yuden FIXED IND 680NH 1.57A 72 MOHM Enquête
NRH2410T1R0NN4 Image NRH2410T1R0NN4 Taiyo Yuden FIXED IND 1UH 1.41A 84 MOHM SMD Enquête
NRH2410T6R8MN Image NRH2410T6R8MN Taiyo Yuden FIXED IND 6.8UH 570MA 492 MOHM Enquête
NRH2410T2R2MNV Image NRH2410T2R2MNV Taiyo Yuden FIXED IND 2.2UH 970MA 180 MOHM Enquête

Latest Nouvelles