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Capacitor - 630V, Polypropylene, radial leads

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SKU:	C-L
Item ID:	004949

Starting at: $0^.34

In stock

Type

Film Polypropylene

Termination Style

Radial Leads

Polypropylene film capacitor.

Tolerance: ±10%
Radial leads
Voltage rating: 630VDC

Part Numbers
Capacitance - µF	Our Part Number	UPC/EAN
.001 µF	C-LD001-630
.0022 µF	C-LD0022-630	841358103421
.0047 µF	C-LD0047-630	841358103469
.01 µF	C-LD01-630	841358103483
.022 µF	C-LD022-630	841358103636
.047 µF	C-LD047-630
.1 µF	C-LD1-630
.22 µF	C-LD22-630
.47 µF	C-LD47-630	609722162272
.68 µF	C-LD68-630	841358106408

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Product Measurements (click to expand)

Product Measurements
Item Height	.001 µF version	0.27 in.
	.0022 µF version	0.29 in.
	.0047 µF version	0.4 in.
	.01 µF version	0.27 in.
	.022 µF version	0.45 in.
	.047 µF version	0.35 in.
	.1 µF version	0.46 in.
	.22 µF version	0.52 in.
	.47 µF version	0.65 in.
	.68 µF version	0.66 in.
Item Length	.001 µF version	0.46 in.
	.0022 µF version	0.46 in.
	.0047 µF version	0.48 in.
	.01 µF version	0.45 in.
	.022 µF version	0.45 in.
	.047 µF version	0.65 in.
	.1 µF version	0.67 in.
	.22 µF version	0.95 in.
	.47 µF version	0.94 in.
	.68 µF version	1.14 in.
Item Width	.001 µF version	0.16 in.
	.0022 µF version	0.18 in.
	.0047 µF version	0.23 in.
	.01 µF version	0.17 in.
	.022 µF version	0.3 in.
	.047 µF version	0.19 in.
	.1 µF version	0.26 in.
	.22 µF version	0.27 in.
	.47 µF version	0.42 in.
	.68 µF version	0.406 in.
Lead Type		radial
Rated Voltage		630 VDC
Tolerance		±10%

Packaging Information
Packaging Dimensions	.001 µF version	1.5 in. × 0.5 in. × 0.3 in.
	.0022 µF version	0.75 in. × 0.5 in. × 0.3 in.
	.0047 µF version	1.5 in. × 0.5 in. × 0.3 in.
	.01 µF version	1.5 in. × 0.5 in. × 0.3 in.
	.022 µF version	0.2 in. × 0.5 in. × 0.4 in.
	.047 µF version	1.5 in. × 0.8 in. × 0.3 in.
	.1 µF version	1.5 in. × 0.8 in. × 0.4 in.
	.22 µF version	1.5 in. × 1 in. × 0.4 in.
	.47 µF version	1.5 in. × 1 in. × 0.5 in.
	.68 µF version	1.144 in. × 0.652 in. × 0.401 in.
Weight (Packaging)	.001 µF version	0.001 lbs.
	.0022 µF version	0.001 lbs.
	.0047 µF version	0.002 lbs.
	.01 µF version	0.001 lbs.
	.022 µF version	0.002 lbs.
	.047 µF version	0.002 lbs.
	.1 µF version	0.003 lbs.
	.22 µF version	0.003 lbs.
	.47 µF version	0.01 lbs.
	.68 µF version	0.01 lbs.

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Product Reviews

4.64 out of 5 based on 11 reviews

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5 out of 5

All of the products I have ordered from Antique have been excelent as well as the service.

Jonarch Jones - December 24th, 2018

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5 out of 5

I be used a lot of different types of capacitors and these are my favorite.

Glenn N - September 6th, 2018

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1 out of 5

Leg snapped off of one of the caps when I was working with it!

Aden - February 3rd, 2016

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5 out of 5

Fast shipping with many thanks great Int'l seller.

Tad Fujisawa - September 22nd, 2015

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5 out of 5

As described, good value

DLC - September 6th, 2015

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5 out of 5

I purchased these caps in several different values for a Hallicrafters restoration. They were well within tolerance and performed well in the IF stages. I will buy them again.

tonymontana - August 31st, 2015

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5 out of 5

Excellent capacitor, used in my Marshall DSL "red channel" modification. A couple of resistor changes, three capacitor changes and no more fizzies and the channel is useful, end to end. Red channel now takes off where green channel ends.

Craig516 - July 4th, 2015

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5 out of 5

Quality product at a reasonable price! Great service, Thanks

Bob Jury - May 5th, 2015

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5 out of 5

I'm impressed with the tone of these caps!

Gil Felix - March 19th, 2015

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5 out of 5

I have ordered several items from Antique Electric and have been very satisfied with there service. This is a good item as have the other parts I have received. Jon

J Jones - October 1st, 2014

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Questions and Answers

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does 103k = .01uf or .1uf ?1 answers

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Asked by Anonymous on June 17th, 2016.

Answers (1)

Anonymous

June 17th, 2016

The tolerance code of 103k equals .01uf. Here is how you read these: First number equals: first number of the value (1) Second number equals: second number of the value (0) Third number equals: the number of zeros (3). 103 turns into: 10,000p. This converts into 10nf. Finally, 0.01uf. F = 1% tolerance, J=5% tolerance, and k=10% tolerance. 103k translates to: .01uf with a 10% tolerance.

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Are these caps inductive or non-inductive type?1 answers

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Asked by John McDuffie on August 29th, 2017.

Answers (1)

Anonymous

August 29th, 2017

Unfortunately we do not know if these caps inductive or non-inductive. If you need a non-inductive cap, the Orange Drops, Mallory 150M's or Illinois Polypropylene's are all non-inductive.

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Who is the manufacturer?1 answers

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Asked by Anonymous on September 27th, 2017.

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Anonymous

September 27th, 2017

These are unbranded caps made in Taiwan.

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Are these capacitors polarized?1 answers

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Asked by Anonymous on May 21st, 2018.

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Anonymous

May 22nd, 2018

These are non-polarized caps.

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I’m trying to replace two caps on my Hickok 533a tube tester. Would this be a good replacement for the 0.1uF-400v paper capacitor currently in the unit ?1 answers

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Asked by Anonymous on November 12th, 2018.

Answers (1)

BradWbr

Staff Member

November 14th, 2018

These should be acceptable as replacements for the cap in question. You may also want to consider the orange drop 0.1uf @ 400V, part number C-PD1-400.

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I'm restoring an old amateur transceiver (Drake TR 3) and need replacements for the old axial lead paper capacitors. I need 3 .47uF 100 VDC and a 0.1uF 200 VDC capacitors with a 5-10% tolerance. Thanks in advance; Philip Brzezinski pj12161@hotmail.com1 answers

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Asked by Anonymous on December 22nd, 2018.

Answers (1)

BradWbr

Staff Member

December 28th, 2018

These caps are available in both of those values. We can not verify these are the correct caps for your application.

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