help desk software
715P10452LD3 by cornell dubilier
Image is representational - see mfr. specs

715P10452LD3

Cornell Dubilier

Orange Drop® - Polypropylene Film/Foil Capacitor - 100000pF ±5% - 200VDC - Hockey Stick Crimp #20 AWG leads - -55° to 85°C ...

Fiche technique
RoHS Compliant
BAG Emballage
ACCESSOIRES
This product is backed by Electro Sonic' Certificate of Compliance Guarantee. Rest assured you will receive the Manufacturer's Certificate of Compliance with your order. Certificate of Compliance Guarantee

DESCRIPTION

715P10452LD3 is a polypropylene film/foil capacitor from Cornell Dubilier's Orange Drop series, designed for high-performance applications requiring excellent stability and low dissipation factor. The capacitor features non-inductively wound construction with extended foil and tinned copper leads, providing superb high frequency response. It operates over a temperature range of -55°C to +85°C, with extended operation up to +105°C with proper voltage derating. The encapsulation consists of flame retardant orange epoxy meeting UL94V-0 specifications. These capacitors are commonly used in audio, filtering, and timing circuits where precision and reliability are essential.

Search Keywords: 715P10452LD3

SPÉCIFICATION

Product Attribute
Attribute Value
Select Attribute
Products found: 0
fournisseur:
Cornell Dubilier
Référence:
715P10452LD3
Unité de mesure:
Per Each
RoHS:
Yes
HTS:
8532250070
COO:
MX
ECCN:
EAR99
Référence: This information is provided for customers who prefer to buy in multiples of the Manufacturer’s Standard Package quantity. Minimum Order Quantities and Required Order Multiples are presented with our price and availability information.
100
Package Type:
BAG

EN STOCK: 500

Peut être expédié immédiatement

Commande min Quantitè: 10

DÉLAI DE L'USINE 20 Weeks

PRICE (USD)

QTÉ
Prix unitaire
10
$3.74
50
$2.94
100
$2.74
300
$2.71
500
$2.44
1 000
$2.30
2 500
$2.26
5 000 +
$2.24
Emballage standard du fournisseur
Log in for special pricing Click for Quote Price Match Request

Tools/3D Models

ressources