CD10FD470J03

View detailed technical data, stock status, and sourcing information for: CD10FD470J03
DODParts.com distributes related products varnishes dopes paints, aircraft parts and consumables, electrical parts, fittings and other components for the aerospace and defense industries. Submit the short price quote form for part CD10FD470J03 to receive an up to date pricing and availability quote by email.

Federal Supply Group

Electrical and Electronic Equipment Components

Federal Supply Classification

5910 Capacitors

National Stock Number

5910-00-059-9335

Item Name Code

00005

Assigment Date

01/01/1963 (63 years ago)

A capacitor, whose capacitance value cannot be adjusted or varied, having natural sheet mica or reconstituted flaked mica formed into sheets as the dielectric material. It may be a single unit, or consist of two or more fixed units which cannot be separated.

0.370 inches maximum body length, not established reliability indicator, 1.250 inches minimum terminal length, 0.210 inches maximum body width, w/o mtg facilities terminal(s) on one surface body style

Product Characteristics

Below you’ll find the complete technical specifications and performance data for this part, including material details and compliance information.

Body Style: w/o mtg facilities terminal(s) on one surface
Reliability Indicator: not established
Terminal Length: 1.250 inches minimum
Body Length: 0.370 inches maximum
Body Width: 0.210 inches maximum
Body Height: 0.190 inches maximum
Center To Center Distance Between Terminals Parallel To Length: 0.141 inches nominal
Terminal Diameter: 0.016 inches nominal
Schematic Diagram Designator: no common or grounded electrode(s)
Insulation Resistance At Maximum Operating Temp: 10000.0 megohms
Capacitance Value Per Section: 47.000 picofarads single section
Nonderated Operating Temp: -55.0 celsius minimum and 150.0 celsius maximum
Nonderated Continuous Voltage Rating And Type Per Section: 500.0 dc single section
Temp Coefficient Of Capacitance Range Per Section In Ppm Per Deg Celsius: +0.0 to 70.0 single section
Tolerance Range Per Section: -5.00 to 5.00 percent single section
Insulation Resistance At Reference Temp: 100000.0 megohms
Dissipation Factor At Reference Temp In Percent: 0.0010
Quality Factor At Reference Temp: 1200.0000
Terminal Surface Treatment: solder
Material: plastic case
Terminal Type And Quantity: 2 uninsulated wire lead

Related Parts

This NSN group includes multiple components designed to meet specific performance and operational standards. Each listing provides detailed specs, functionality data, and replacement compatibility information:

Part Number	Name
199985-0018	Mica Dielectric Fixed Capacitor
CD10FD470J03	Mica Dielectric Fixed Capacitor
D155F470J0	Mica Dielectric Fixed Capacitor
DM10F470J	Mica Dielectric Fixed Capacitor
DM10F470J05004CR	Mica Dielectric Fixed Capacitor
DM10FD470J04CR	Mica Dielectric Fixed Capacitor

FAQs

Find helpful answers about installation, operation, maintenance, compliance, and troubleshooting.

What is the FSCG of the NSN 5910-00-059-9335?

The FSCG of the NSN 5910-00-059-9335 is 5910

Does the NSN 5910-00-059-9335 have a Schedule B code assigned?

Yes, the Schedule B code is 8532290020

Does NSN 5910-00-059-9335 require demilitarization?

Items subject to the export administration regulations (ear) in parts 730-774 of title 15, code of federal regulations (cfr) (ccli or ear99) and determined by dod to present a low risk when released out of dod control. No demil, mut, or end use certificate is required. May require an export licensefrom doc.

Does NSN 5910-00-059-9335 contain precious materials?

Precious metal content is unknown

Does NSN 5910-00-059-9335 contain hazardous materials?

Indicates there is no information in the hmirs. The nsn is in a fsc in table ii of fed std 313 and a msds may be required by the user. The requirement for a msds is dependent on a hazard determination of the supplier or the intended end use of item.

When the NSN 5910-00-059-9335 was assigned to the Federal Catalog?

It was assigned 63 years ago, on Tue, Jan 1, 1963