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Capacitor - 630V, Polypropylene, axial leads

Customer image:<br/>"Recapped Detrola 321 Chassis"

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Customer image: "Recapped Detrola 321 Chassis"


SKU:	C-U-630V
Item ID:	004967


List Price:	$0.75
Starting at:	$0^.68
You Save:	$0.07 (9%)

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Voltage Rating

630 V

Capacitance

0.001 µF 0.0022 µF 0.0033 µF 0.0047 µF 0.01 µF 0.022 µF 0.047 µF 0.1 µF 0.22 µF 0.47 µF

Type

Film Polypropylene

Termination Style

Axial Leads

± 10% tolerance. Rated to 105°C. Non-inductive, polypropylene film axial lead capacitor with self healing windings. Made by Illinois Capacitor.

Capacitance	SKU	Original Part Number	Dimensions
.001 µF	C-UD001-630	102K630V	0.25" x 0.58"
.0022 µF	C-UD0022-630	222K630V	0.25" x 0.58"
.0033 µF	C-UD0033-630	332K630V	0.25" x 0.58"
.01 µF	C-UD01-630	103K630V	0.26" x 0.58"
.022 µF	C-UD022-630	223K630V	0.34" x 0.58"
.047 µF	C-UD047-630	473K630V	0.36" x 0.81"
.1 µF	C-UD1-630	104K630V	0.42" x 1.15"
.22 µF	C-UD22-630	224K630V	0.50" x 1.34"
.47 µF	C-UD47-630	474K630V	0.71" x 1.34"

Part Numbers
Capacitance - µF	Our Part Number	Illinois Capacitor Part Number	UPC/EAN
.001 µF	C-UD001-630	102MPW630K
.0022 µF	C-UD0022-630	222MPW630K
.0033 µF	C-UD0033-630	332MPW630K
.0047 µF	C-UD0047-630	472MPW630K
.01 µF	C-UD01-630	103MPW630K
.022 µF	C-UD022-630	223MPW630K
.047 µF	C-UD047-630	473MPW630K
.1 µF	C-UD1-630	104MPW630K
.22 µF	C-UD22-630	609722163927	224MPW630K
.47 µF	C-UD47-630	609722163934	474MPW630K

RoHS Compliant

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Specifications, Files, and Documents

Specification Sheet

2.79 MB

Product Measurements by Type (click to expand)

Product Measurements by Type
Capacitance Change		≤ 3% of initially measured value
D.F. Change		≤ 125% of maximum specified value
Diameter	.001 µF version	0.18 in.
	.0022 µF version	0.2 in.
	.0033 µF version	0.2 in.
	.0047 µF version	0.21 in.
	.01 µF version	0.21 in.
	.022 µF version	0.28 in.
	.047 µF version	0.35 in.
	.1 µF version	0.36 in.
	.22 µF version	0.43 in.
	.47 µF version	0.61 in.
Dissipation Factor		0.001% max @ 100 Hz, 25°C
Equivalent Series Resistance (esr)	.001 µF version	176.839 Ω @ 20°C, 1 kHz
	.0022 µF version	53.588 Ω @ 20°C, 1 kHz
	.0033 µF version	53.588 Ω @ 20°C, 1 kHz
	.0047 µF version	37.625 Ω @ 20°C, 1 kHz
	.01 µF version	17.684 Ω @ 20°C, 1 kHz
	.022 µF version	8.038 Ω @ 20°C, 1 kHz
	.047 µF version	3.763 Ω @ 20°C, 1 kHz
	.1 µF version	1.768 Ω @ 20°C, 1 kHz
	.22 µF version	0.804 Ω @ 20°C, 1 kHz
	.47 µF version	0.376 Ω @ 20°C, 1 kHz
I.R. Change		> 50% of minimum specified value
Item Length	.001 µF version	0.43 in.
	.0022 µF version	0.53 in.
	.0033 µF version	0.41 in.
	.0047 µF version	0.53 in.
	.01 µF version	0.54 in.
	.022 µF version	0.53 in.
	.047 µF version	1.05 in.
	.1 µF version	1.05 in.
	.22 µF version	1.27 in.
	.47 µF version	1.27 in.
Lead Diameter		0.6 mm ±0.05 mm
Lead Length		35mm
Lead Type		axial
Load Life		2,000 hours @ 85°C with 125% of rated voltage
Rated Voltage		630 V
Reliability		3 failures per billion component hours
Self Inductance		≤ 1 nH / mm of body length and lead length
Temperature Coefficient		-200ppm/°C
Temperature Rating		-55°C to 105°C
Tolerance		±10%
VAC		250 VAC
dV/dT	.001 µF version	22 V/µs
	.0022 µF version	22 V/µs
	.0033 µF version	22 V/µs
	.0047 µF version	22 V/µs
	.01 µF version	22 V/µs
	.022 µF version	22 V/µs
	.047 µF version	16 V/µs
	.1 µF version	12 V/µs
	.22 µF version	7 V/µs
	.47 µF version	7 V/µs

Packaging Information
Packaging Dimensions	.001 µF version	3.8 in. × 0.2 in. × 0.2 in.
	.0022 µF version	3.8 in. × 0.2 in. × 0.2 in.
	.0033 µF version	3.8 in. × 0.3 in. × 0.3 in.
	.0047 µF version	3.8 in. × 0.2 in. × 0.2 in.
	.01 µF version	3.8 in. × 0.2 in. × 0.2 in.
	.022 µF version	3.8 in. × 0.3 in. × 0.3 in.
	.047 µF version	4 in. × 0.3 in. × 0.3 in.
	.1 µF version	4.3 in. × 0.4 in. × 0.4 in.
	.22 µF version	4.5 in. × 0.5 in. × 0.5 in.
	.47 µF version	4.5 in. × 0.7 in. × 0.7 in.
Weight (Packaging)	.001 µF version	0.001 lbs.
	.0022 µF version	0.001 lbs.
	.0033 µF version	0.001 lbs.
	.0047 µF version	0.001 lbs.
	.01 µF version	0.001 lbs.
	.022 µF version	0.002 lbs.
	.047 µF version	0.003 lbs.
	.1 µF version	0.005 lbs.
	.22 µF version	0.007 lbs.
	.47 µF version	0.015 lbs.

Product Measurements by Item (click to expand)

Product Measurements by Item
C-UD001-630 - .001 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.18 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	176.839 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	0.43 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	22 V/µs
C-UD0022-630 - .0022 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.2 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	53.588 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	0.53 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	22 V/µs
C-UD0033-630 - .0033 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.2 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	53.588 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	0.41 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	22 V/µs
C-UD0047-630 - .0047 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.21 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	37.625 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	0.53 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	22 V/µs
C-UD01-630 - .01 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.21 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	17.684 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	0.54 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	22 V/µs
C-UD022-630 - .022 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.28 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	8.038 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	0.53 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	22 V/µs
C-UD047-630 - .047 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.35 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	3.763 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	1.05 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	16 V/µs
C-UD1-630 - .1 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.36 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	1.768 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	1.05 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	12 V/µs
C-UD22-630 - .22 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.43 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	0.804 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	1.27 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	7 V/µs
C-UD47-630 - .47 µF version	Capacitance Change	≤ 3% of initially measured value
	D.F. Change	≤ 125% of maximum specified value
	Diameter	0.61 in.
	Dissipation Factor	0.001% max @ 100 Hz, 25°C
	Equivalent Series Resistance (esr)	0.376 Ω @ 20°C, 1 kHz
	I.R. Change	> 50% of minimum specified value
	Item Length	1.27 in.
	Lead Diameter	0.6 mm ±0.05 mm
	Lead Length	35mm
	Lead Type	axial
	Load Life	2,000 hours @ 85°C with 125% of rated voltage
	Rated Voltage	630 V
	Reliability	3 failures per billion component hours
	Self Inductance	≤ 1 nH / mm of body length and lead length
	Temperature Coefficient	-200ppm/°C
	Temperature Rating	-55°C to 105°C
	Tolerance	±10%
	VAC	250 VAC
	dV/dT	7 V/µs

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Product Reviews

4.94 out of 5 based on 16 reviews

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5 out of 5

used as tone cap in a guitar. Nice to work with non surface mount parts that don't vanish into the aether when you drop them on the floor

jimmyA - October 29th, 2020

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5 out of 5

used for tone cap in guitars. Top quality part, not fragile in the least. So nice to work with parts you don't need a microscope to find.

jimmyA - October 29th, 2020

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4 out of 5

Works, wish they were banded to show outer layer orientation.

Nort - September 10th, 2020

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5 out of 5

I purchased the Illinois capacitors on advice from Mr. Carlson and I couldn't be more pleased. My radio is over 80 years old and sounds like new again.

Scott Heath
Owensboro, KY

sheath - August 27th, 2020

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5 out of 5

These certainly clean things up and take less space the the originals. Noting people
mentioning vib hash, that is what a vib does. I wonder if they checked the big battery
bypass caps to contain hash, mine were open circuit.

BRUCE ROE - March 11th, 2020

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5 out of 5

Perfect!

Rocco DeSimone - January 27th, 2020

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5 out of 5

Recapped an old Airline twin guitar amp with Atoms for filter caps. Works perfectly.

Scott Ferris - November 11th, 2019

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5 out of 5

Fine Capacitors For A Great Price.

Steve Shaw - July 29th, 2019

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5 out of 5

Fine capacitors. I installed seven and they function very well.

Steve4572 - November 13th, 2018

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5 out of 5

Every single part from Illinois Condenser , is excellent !! I've always used them without any problem !! I recommend

refference57 - May 3rd, 2016

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Questions and Answers

Click each question to see its answers.

Are these polypropylene caps 600v good for usage in audio crossovers in DIY speakers builds?2 answers

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Asked by Anonymous on March 22nd, 2017.

Answers (2)

Matt H.

Staff Member

March 23rd, 2017

Yes, polypropylene caps are often used in crossovers and are a good choice.

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Anonymous

March 25th, 2017

thanks Matt H.

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I would like to know which is the positive side.2 answers

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Asked by Anonymous on December 12th, 2017.

Answers (2)

Matt H.

Staff Member

December 13th, 2017

These are non-polarized capacitors.

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Anonymous

March 13th, 2020

These capacitors don't have a polarity, bit you should determine which side is the outside foil in order to minimize noise and hum introduced into the circuit. Normally, the capacitor that you are replacing has the outside foil marked. These do not. The outside foil should normally go to the low level or "chassis ground" side of the circuit. There is a video on this on youtube. Look up Mr. Carlson's lab, "how to determine outside foil of film capacitors" It will really help.

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.0022 µF C-UD0022-630 222K630V 0.25" x 0.58" just wonder why these .002 and .02 have the same 222k and 223k .022 µF C-UD022-630 223K630V1 answers

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Asked by nhattran1 on March 20th, 2020.

Answers (1)

BradWbr

Staff Member

March 24th, 2020

If one capacitor says 222k and the other says 223K, the third character is a multiplier used by the manufacturer. In this case it would be 0.0022uf and 0.022uf.

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