DCM713U063DF2B [CDE]

CAP ALUM 71000UF 63V SCREW;


型号：	DCM713U063DF2B
厂家：	CORNELL DUBILIER ELECTRONICS
描述：	CAP ALUM 71000UF 63V SCREW
文件：	总6页 (文件大小：1340K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

SCREW TERMINAL ꢀꢁꢂCIꢃORS

High Capacitance Computer Grade

Type DCM ꢀ Best Value Capacitance/ꢁype DCMX ꢂ Maximum Capacitance

(

These aluminuꢀ electꢁlytic capacitors are designed ꢂr

power supplꢃ ﬁlters, welding equipmentꢄ computer hold

up power and ꢅther industrial applications wꢆere lꢇrge

capacitance, low ESR and high ripple cuꢈent are

required.

·�

Peꢀoꢁance Highlights:

• Capacitance 66 uF to I, I00ꢀ000 uF

• Voltage 6.3 Vdc to 450 Vdc

• ꢂperatꢃng temperature -40^°C to +85^°

• Standard capacitance tolerances

< 200 Vdc = -ꢁO to +75%

ꢄ 200 Vdc ꢅ ꢆ10 to +50%

• ꢇ 000 hours fulꢈꢆrippꢈe liꢉe test at +85^°C

• ꢇ00 hoꢋrs shelf lꢃfe test at +85^°C

Leakage currentꢊ 0.005CV ꢋA (6 mA max)

Ratings:

ESR max

ohms

Ripple amps

^°C

Nomꢀnal

ESR max

ohms

Rꢁppꢂe amps

85^°C

Nominaꢃ

Capacꢆtaꢇce

Case Sꢈꢉe

Cataꢊog

Number

Capacitaꢄce

Case Size

Cataꢅog

Number

120Hz, 20kHz ꢋ20Hz. 20kHz D ꢌ L (iꢇches)

ꢍ20Hꢉꢎ 20kHz ꢍ20Hꢉꢏ 20kHꢉ D x ꢐ (ꢑnchesꢒ

ꢁꢋ,

ꢁꢎ

ꢁꢒꢓ

ꢁꢖ

ꢁꢒꢓ

ꢁꢎ

ꢁꢒꢓ

ꢁꢙ

ꢁꢂ

2¹/s

ꢁꢂ

2ꢂ

2ꢃ

3Ys

2ꢂ

4ꢃ

3Ys

5ꢂ

4ꢃ

4ꢟ

3Ys

4ꢡ/s

5ꢂ

4ꢅ/s

4ꢆꢇs

5ꢂ

4ꢈꢩa

5ꢂ

4ꢄ

4ꢠ/a

5Ya

4ꢄ

5ꢂ

5ꢭ

5ꢴꢵ

5ꢂ

5ꢭ

DCM233U6R3AK2B

DCM343U6R3AA2B

DCMX343U6R3Aꢐ2B

DCM493U6R3AH2B

DCMX5ꢁ3U6R3AA2B

DCM653U6R3AB2B

DCMX733U6R3AH2B

DCM953U6R3AC2B

DCMX953U6R3AB2B

DCMꢁ34U6R3BB2B

DCMꢁ44U6R3AF2B

DCMXꢁ44U6R3AC2B

DCMꢁ64U6R3EC2B

DCMXꢁ94U6R3BB2B

DCM204U6R3BC2B

DCMX2ꢁ4U6R3AF2B

DCMX234U6R3EC2B

DCMX304U6R3BC2B

DCM3ꢁ4U6R3BF2B

DCM334U6R3CC2B

DCMX454U6R3BF2B

DCM474U6R3DC2B

DCMX484U6R3CC2B

DCM504U6R3CF2B

DCM564U6R3DE2B

DCMX674U6R3DC2B

DCM7ꢁ4U6R3DF2B

DCM?44U6R3Dꢲ2B

DCMX744U6R3Cꢳ2B

DCMX904U6R3DE2B

DCMXꢁ05U6R3DF2B

DCMXꢁꢛ5U6R3Dꢯ2B

49000 0.0300 0.02ꢁ0 6.7 9ꢍ6

59000 0.0ꢁ90 8ꢀ8 ꢁ2.ꢁ

ꢁꢎ

ꢁꢒꢓ

ꢁꢎ

ꢁꢗ

ꢁꢙ

2ꢏa

31/a

DCMX493U7R5AA2B

DCM593U7R5AB2B

DCMX7ꢁ3U7R5AH2B

DCM873U7R5AC2B

DCMX923U7R5AB2B

DCMꢁ24U7R5BB2B

DCMꢁ34U7R5AF2B

DCMXꢁ44U7R5AC2B

DCMꢁ44U7R5EC2B

DCMꢁ84U7R5BC2B

DCMXꢁ94U7R5BB2B

DCMX204U7R5AF2B

DCMX224U7R5EC2B

DCM284U7R5BF2B

DCMX294U7RꢢBC2B

DCM304U7R5CC2B

DCM434U7R5DC2B

DCMX444U7R5BF2B

DCM464U7R5CF2B

DCMX474U7R5CC2B

DCM5ꢁ4U7R5DE2B

DCM654U7R5DF2B

DCMꢫ654U7R5DC2B

DCM684U7R5DP2B

DCMX7ꢁ4U7R5Cꢮ2B

DCMX874U7R5DE2B

DCMX984U7R5DF2B

DCMXꢁ05U7R5DꢯꢰB

23000 0.05ꢁ0 0ꢌ0350 4.9 7.ꢁ

ꢀ,

(

34000 0.0340 0ꢌ0240 6ꢊ3 9ꢊ0

34000 0.05ꢁ0 0ꢀ0350 4.9 7ꢀꢁ

49000 0.0240 0ꢀ0ꢁ70 7.8 ꢁ0.8

5ꢁ000 0.0300 0ꢌ02ꢁ0 6ꢊ8 9.6

65000 0.0ꢁ90 0.0ꢁ30 8.9 ꢁ2.ꢁ

73000 0.0230 0.0ꢁ60 8ꢊ0 ꢁꢑ.2

95000 0.0ꢁ40 0ꢌ0ꢁ00 ꢁ0.4 ꢕ3ꢊ6

95000 0ꢊ0ꢁ90 0ꢌ0ꢁ30 8ꢊ9 ꢁ2ꢊꢁ

ꢁ30000 0.0ꢁ40 0ꢀ0ꢁꢁ0 ꢁ2.0 ꢁ4.9

ꢚ40000 0.0ꢁꢁ0 0ꢌ008ꢛ ꢁꢁ.2 ꢁ3.8

ꢁ40000 0.0ꢁ40 0ꢌ0ꢁ00 ꢁ0.4 ꢜ3ꢊ6

ꢁ60000 0.0ꢁ20 0ꢌ0095 ꢁꢁꢞ6 ꢁ3.6

ꢁ90000 0.0ꢁ30 0.0ꢁ00 ꢁ2.6 ꢁ5.7

0.0ꢁ30

7ꢁ000 0.0230 0.0ꢁ60 7.9 ꢁꢁ.2

87000 0.0ꢁ40 0.0ꢁ00 ꢁ0ꢀ3 ꢁ3.6

92000 0.0ꢁ90 0.0ꢁ30 8ꢀ8 ꢁ2ꢍꢑ

ꢁ20000 0ꢌ0ꢁ40 0.0ꢁꢁ0 ꢁꢁ.9 ꢁ4.9

ꢁ30000 0.0ꢁꢁ0 0.008ꢁ ꢁꢁꢔꢑ ꢁ3.8

ꢁ40000 0ꢊ0ꢁ40 0.0ꢁ00 ꢁ0.3 ꢁ3.6

3Ys

3ꢏa

5ꢂ

4ꢀ

4ꢄ

3Ys

5ꢂ

4ꢠ/a

4ꢄ

4Ys

4ꢄ

5ꢄ

5ꢂ

4ꢈꢉ

5ꢭ

5ꢄ

5ꢂ

5ꢭ

ꢁ40000 0.0ꢁ20

0ꢘ0095 ꢁꢁ.5 ꢁ3.6

ꢁ80000 0ꢀ0ꢁ00 0.0074 ꢁ4.6 ꢁ7.9

ꢁ90000 0.0ꢁ30

ꢁ2ꢌ5 ꢁ5.7

0.0ꢁ00

200000 0ꢀ0ꢁ20 0.0086 ꢁ0ꢀ8 ꢁ3.4

220000 0.0095 0.0073 ꢁ3ꢀꢛ ꢁ5.4

280000 0.0070 0.0053 ꢁ6.8 20.0

ꢝ's

21ꢣꢤ

2ꢥꢦ

21ꢣꢧ

2ꢥꢦ

200000 0ꢊ0ꢁ00 0.0074

ꢁ4ꢊ7 ꢁ7ꢊ9

290000 0.0ꢁ00 0.0073

ꢁ4.6 ꢁ7.9

2ꢁ0000 0ꢊ0ꢁꢁ0 0ꢊ0086 ꢁ0ꢊ9 ꢁ3ꢊ4

230000 0.0094 0ꢌ0073 ꢁ3ꢞꢁ ꢁ5ꢊ4

300000 0.0ꢁ00 0ꢌ0073 ꢁ4.7 ꢁ7.9

3ꢁ0000 0.0069 0ꢌ0053 ꢁ6ꢊ9 20.0

330000 0.0068 0ꢀ0054 ꢁ9.6 22.6

450000 0.0069 0ꢀ0053 ꢁ6ꢊ9 20.0

470000 0.0064 0ꢀ0055 20ꢀ7 22.4

480000 0.0068 0ꢌ0054 ꢁ9.6 22.6

500000 0.0049 0ꢀ0040 22ꢌ9 25.9

ꢁꢖ

ꢁꢙ

2ꢈꢨꢦ

2ꢆꢪꢦ

2ꢬ

ꢱ

2ꢈꢨꢦ

300000 0.0069 0.0054 ꢁ9ꢌ5 22ꢊ6

430000 0ꢀ0064 0ꢊ0055 20ꢊ6 22.4

440000 0.0069 0.0053 ꢁ6ꢀ8 20.0

460000 0ꢀ0049 0.0040 22ꢀ8 25.9

470000 0ꢀ0068 0ꢊ0054 ꢁ9ꢞ5 22.6

5ꢁ0000 0ꢌ0066 0.0059 ꢁ8ꢀ9 ꢁ9.8

650000 0ꢀ0047 0.004ꢁ 24.4 26ꢊ2

650000 0ꢌ0062 0.0053 20ꢌ6 22.4

680000 0ꢌ0045 0.0040 24ꢀ7 26.4

7ꢁ0000 0ꢀ0049 0.0039 22ꢀ8 25ꢀ9

870000 0ꢀ0050 0ꢊ0043 23ꢌ4 25ꢊ2

980000 0ꢌ0046 0.0040 24ꢊ4 26.2

ꢁ000000 0ꢌ0044 0ꢀ0039 24.7 26ꢀ4

560000

0.0065 0.0059 ꢁ8.9 ꢁ9.8

670000 0.0062 0ꢀ0053 20ꢌ7 22ꢌ4

7ꢁ0000 0.0047 0ꢀ004ꢛ 24.5 26ꢀ2

740000 0ꢊ0045 0ꢌ0040

24ꢌ7 26ꢌ4

740000 0ꢊ0049 0ꢌ0039 22ꢌ9 25ꢌ9

900000 0ꢊ0049 0ꢌ0043 23ꢌ5 25ꢌ2

ꢁ000000 0.0045 0.0040 24ꢀ5 26ꢀ2

ꢁꢁ00000 0ꢊ0044 0ꢀ0039 24ꢀ7 26ꢀ4

10 Vdc

ꢁ 2 Vdc Surge

*6000 0ꢌꢁ300 0ꢀ0830 3.5 6.2

ꢷ7200 0ꢀꢁꢁ00 0ꢀ07ꢁ0 3ꢊ7 6ꢊ4

ꢁ7000 0ꢀ05ꢛ0 0ꢊ0350 4ꢞ8 7ꢊꢛ

25000 0ꢌ0350 0ꢊ0240 6ꢊ2 9.0

29000 0ꢀ05ꢛ0 0.0350 4.8 7.ꢛ

36000 0ꢌ0240 0ꢌ0ꢁ70 7ꢊ7 ꢁ0.8

43000 0ꢌ0300 0ꢌ02ꢁ0 6.7 9.6

47000 0ꢀ0ꢛ90 0ꣂ0ꢛ30 8ꢌ8 ꢁ2ꢊꢁ

ꢁꢎ

ꢝ's

ꢁꣁ

ꢁꢎ

2ꢶ

ꢁ%

2ꢶ

ꢁꣀꢓ

DCM602U0ꢛOAA2B

DCM722U0ꢁOAA2B

DCMꢁ73U0ꢛ0AK2B

DCM253U0ꢛOAA2B

DCMX293U0ꢛOAK2B

DCM363U0ꢛOAH2B

DCMX433U0ꢁOAA2B

DCM473U0ꢛOAB2B

7.5 Vdc

2ꢁ000 0ꢊ05ꢁ0 0ꢌ0350 4ꢌ8 7ꢊꢁ

9 Vdc Surge

ꢁ%

DCM2ꢁ3U7R5AK2B

DCM3ꢁ3U7R5AA2B

DCMX333U7R5AK2B

DCM453UꢾR5Aꢿ2B

ꢸ's

ꢹꢎ

ꢼ's

ꢁꢽ

ꢺꢻ

6ꢀ2 9ꢌ0

3ꢁ000 0.0350 0ꢀ0240

ꢄ

33000 0.05ꢁ0 0ꢀ0350 4ꢌ8 7ꢌꢁ

ꢁ%

;ꢀ

3ꢶ

7ꢊ7 ꢁ0ꢊ8

45000 0ꢊ0240 0ꢊ0ꢁ70

(

* Stock ꣃ꣄ꣅing

101

• ꣆꣇ (꣈꣉꣊) ꣋꣋꣌-꣊꣈꣌꣍

꣎

SCREW TꢀRMINAL ꢁꢂCITORꢃ

BestꢀValue Table

Here's how to decide ꢀhicꢁ sꢂꢃeꢀ-teꢄinal capacitor

is best ꢅr your application. Our capacitor ꢆꢇes are

ranked beloꢀ on six cꢁaracteristicsꢈ I00% is the best

score, and aꢉl loꢊeꢋꢌscoring ꢍꢇes are ranked against

the I00% best ꢆꢇeꢎ

You can get combination rankings by multiplying

scores togetꢁerꢈ As an illusꢘrationꢙ suppose tꢁat you

ꢀant to rꢚnk our ꢆꢇes by lowest cost ripple

capabiꢉiꢛꢎ Just multiply tꢁe low cost score by tꢁe

hꢜgh ripple cuꢝenꢞ score to ꢟind tꢁat the ꢠꢇe 500R is

tꢁe best value witꢁ a score oꢕ 67ꢗ2%ꢡ (0ꢗ84 x 0ꢎ80 =

0ꢗ6ꢢ2 or 6ꢢꢗ2%) compared to tꢁe 550ꢣs nextꢤbest scoꢃe

oꢕ 65%. (1ꢥ00 ꢦ 0ꢡ65 = 0ꢗ65 or 65%).

Select ꢏꢇes ꢅr reꢐew ꢀhich have higꢁ scores on

your most important cꢁaracteristics and then

compare specifꢑcations to make your ﬁnal choiceꢎ For

other cꢁaracteristiꢒ and pꢓduct strengtꢁsꢔ reꢕer to

the Appꢉꢖcation Cꢁart in this sectionꢗ

Lꢀw

High

Ripple

Currenꢁ

56%

69%

84%

100%

99%

High

Caoacitance

61%

Lꢀw

ESR

65%

25%

19%

21%

79%

93%

100%

60%

Hi-Frequency

lmoedance

94%

Lꢀng

Life

Lꢀw

Cꢀsꢁ

100%

87%

85%

74%

80%

65%

63%

55%

83%

23%

DCM

.DCMX

500

10%

25%

27%

23%

36%

10%

100%

58%

88%

87%

67%

51%

87%

6ꢁ2%

5ꢂ8%

94%

83%

94%

100%

97%

500ꢀ

500R

550

101

101ꢀ

139R

125

47%

49%

High Capacitance

LowESR

l00% means highest avaiꢀabꢁe capacitance.

l00% means ꢁowest ESR pꢂr unit capacitance and

is most representative of ꢁow voꢀtage ratingsꢃ

Low Hi�Frequency Impedance

High Ripple Cuꢀent

Long ꢁe

I00% means ꢁowest impedance at lO to 20 kHzꢃ

100% means highest avaiꢁabꢁe rippꢁe currentꢄ

I00% means ꢀongest ꢁife based on ꢁife test capabiꢁity and ·dꢅ ꢁeakage

current and adjusted for extended-ꢁife test dataꢃ

Low Cost

ꢆ00% means ꢁowest l000 piece price per unit capacitance

and is most represꢇntative of ꢈ0,000 uf and ꢈ0 Vdcꢃ

( _ꢀ

, MA (508) 9ꢀ6-8561

100

SCREW TꢀRMINAL ꢁꢂCꢃTORS

ESR mꢔx

ohms·

Ripple ꢔmps

Nominꢔꢕ

ESR mꢔꢖ

Cꢔpꢔcitꢔꢗce

as•c

Cꢔse Size

Cꢔtꢔꢘog

Nꢤꢥber

Cꢔpꢔciꢙꢔꢚce

ꢤF

oꢛms

Cꢔꢙꢔloꢜ

Nꢧmbeꢨ

ꢝꢞHꢟꢠ ꢝꢞkHꢟ 1ꢝꢞꢡꢟꢢ ꢝꢞꢣꢡꢟ D x L iꢚches)

ꢝꢞHꢟꢠ ꢝꢞꢣꢦz

62000 0.0230 0ꢩ0160 7ꢪ9 11ꢫ2

70000 0.0140 0.0100 10.3 13.6

81000 0.0190 0.0130 8.8 12.1

97000 0.0140 0ꢫ0110 11.9 ꢱ4.9

ꢱ00000 0.0ꢱꢱ0 0.0081 11.1 13ꢫ8

120000 0.0140 0.0100 10ꢶ3 13.6

120000 0ꢫ0120 0.0100 11.5 13.6

ꢱ50000 0.0ꢱ00 0.0074 14.6 ꢱ7.9

ꢱ70000 0ꢅ0130 0.0100 ꢱ2.5 15.7

180000 0.0120 0.0086 10.8 13.4

200000 0ꢫ0095 0.0073 13ꢫꢾ 15.4

230000 0ꢅ0070 0ꢅ0054 16ꢅ8 20.0

240000 0.0069 0.0054 19.5 22ꢫ6

250000 0.0100 0.0074 14.6 17ꢅ9

350000 0.0066 0ꣃ0056 20.6 22.4

370000 0ꢅ0050 0ꢅ0040 22ꢳ8 25.9

390000 0.0069 0.0053 16.8 20ꢫ0

4꣆0000 0ꢫ00꣇8 0.0054 19.5 22.6

1ꢀ

2ꢬ

4Ya

3Ya

3Yꢴ

5ꢃ

4ꢷ

4ꢀ

3ꢼ

5ꢃ

4ꢀ

5ꢃ

4ꢀ

4ꢄ

4Ya

5ꢃ

4Yꢴ

5Yꢴ

5ꢃ

5꣋

4Ya

5ꢃ

5Ya

5ꢃ

5꣎ꢴ

ꢭꢮMX623U01OAꢯ2B

ꢭꢮM703U01OAꢮ2ꢰ

ꢭꢮMX813U01OAꢰ2ꢰ

ꢭꢮM973U010ꢰꢰ2ꢰ

ꢭꢮM104U010Aꢵ2ꢰ

ꢭꢮMX124U01OAꢮ2ꢰ

ꢭꢮM124U010ꢹꢮ2ꢰ

ꢭꢮM154U01OBꢮ2B

ꢭꢮMX174U010ꢰꢰ2ꢰ

ꢭꢮMX184U0ꢱ0Aꢵ2ꢰ

ꢭꢮMX204U01Oꢹꢮ2ꢿ

ꢭꢮM234U01OBꢵ2ꢰ

ꢭꢮM244U01Oꢮꢮ2ꢰ

ꢭꢮMX254U010Bꢮ2ꢰ

ꢭꢮM354U010ꢭꢮ2ꢰ

ꢭꢮM374U01Oꢮꢵ2ꢰ

ꢭꢮMX394U010ꢰꢵ2B

ꢭꢮMX414U0ꢱ0ꢮꢮ2ꢰ

ꢭꢮM454U010ꢭꢹ2ꢰ

ꢭꢮM544U010ꢭꢵ2ꢰ

ꢭꢮM564U010ꢭP2ꢰ

ꢭꢮMX584U010ꢭꢮ2B

ꢭꢮMX634U01Oꢮꢵ2ꢰ

ꢭꢮMX784U010ꢭ꣍2ꢰ

ꢭꢮMX884U010ꢭꢵ2ꢰ

ꢭꢮMX924U010ꢭP2ꢰ

*5500 0ꢫ0720 0.0450

*5600

*6800 0.0660 0.0450 4ꢫ3 6ꢳꢱ

8.2

1ꢀ

ꢱꢀ

1ꢀ

ꢱꢀ

1ꢀ

ꢱꢀ

1ꢀ

4.8

3Ya

3ꢲ

2ꢲ

4Ya

3Ya

3ꢲ

3ꢁ

2ꢽꢐ

4Ya

ꢱꢃ

4Ya

2ꣁ

4Ya

4ꢽ꣄

2Ya

3Ya

4V,

4꣉꣄

2ꣁ

4Ya

3Ya

4'!,

4ꢽꢐ

3ꢼ

4Ya

5꣏

4ꢼ

4ꢀ

4ꢁ

4ꢀ

3ꢼ

5꣙

4ꢼ

5꣖

4Ya

4꣉ꢐ

4ꢼ

5꣖

5ꢃ

4ꢼ

ꢭꢮM552U025Aꢰ2ꢰ

ꢭꢮM562U025Aꢰ2ꢰ

ꢭꢮM682U025AA2ꢰ

ꢭꢮM792U025AK2ꢰ

ꢭꢮM822U025Aꢮ2ꢰ

ꢭꢮM892U025Aꢰ2ꢰ

ꢭꢮM902U025Aꢰ2ꢰ

ꢭꢮM103U025Aꢰ2ꢰ

ꢭꢮM123U025AA2ꢰ

ꢭꢮMꢱ33U025Aꢮ2ꢰ

ꢭꢮMX143U025AK2ꢰ

ꢭꢮM163U025Aꢮ2ꢰ

ꢭꢮM173U025Aꢯ2ꢰ

ꢭꢮMꢱ83U025ꢰꢮ2ꢰ

ꢭꢮM183U025Aꢮ2ꢰ

ꢭꢮMX213U025AA2ꢰ

ꢭꢮM223U025Aꢰ2ꢰ

ꢭꢮM293U025ꢰꢮ2ꢰ

ꢭꢮM303U025ꢰꢮ2ꢰ

ꢭꢮMX303U025A꣊2ꢰ

ꢭꢮM323U025ꢰꢮ2ꢰ

ꢭꢮM333U025Aꢮ2ꢰ

ꢭꢮMX393U025Aꢰ2ꢰ

ꢭꢮM4ꢱ3U025ꢰꢮ2ꢰ

ꢭꢮM433U025ꢮꢮ2ꢰ

ꢭꢮM463U025ꢰꢰ2ꢰ

ꢭꢮM473U025ꢰꢮ2ꢰ

ꢭꢮM493U025Aꢵ2ꢰ

ꢭꢮM503U025ꢮꢮ2ꢰ

ꢭꢮM553U025ꢹꢮ2ꢰ

ꢭꢮMX573U025Aꢮ2ꢰ

ꢭꢮM703U025ꢰꢮ2ꢰ

ꢭꢮMX793U025ꢰꢰ2ꢰ

ꢭꢮMX853U025Aꢵ2ꢰ

ꢭꢮMX953U025ꢹꢮ2ꢰ

ꢭꢮ꣛114U025ꢰꢵ2ꢰ

ꢭꢮM124U025ꢮꢮ2ꢰ

ꢭꢮMX124U025ꢰꢮ2ꢰ

ꢭꢮMꢱ74U025ꢭꢮ2ꢰ

ꢭꢮM184U025ꢮꢵ2ꢰ

ꢭꢮMX194U025ꢰꢵ2ꢰ

ꢭꢮMX204U025ꢮꢮ2ꢰ

0.0710 0.0440 4.8 8.3

7900 0.0540

6ꢫ9

0.0360 4.6

1ꢀ

1ꢸ

*8200 0.0500 0.0320 5.8 9.4

*8900 0ꢳ0480 0ꢫ0310 5ꢩ6 8.5

*9000 0.04ꢺ0 0.0310 5.6 8.5

*10000 0.04ꢻ0 0.0290

8.5

5.8

ꢱ2000 0.0370 0.0240 5.9 8.8

*13000 0.0340 0ꢫ0230 6ꢂ7 9.6

1ꢀ

1ꢸ

14000

6.9

9.5

0.0540 0.0360 4.6

*16000 0.0290 0.0200

17000 0.0260

7.0

2ꣀ

0.0170 7.4 ꢱ0.7

*18000 0.0350 0.0250 8ꣂ0 10.8

*18000 0.0270

0.0ꢱ90 7.ꢱ

�.5

9ꢅ5

2ꣅ

21000

0.0320 0.0210 6.4

22000 0ꢫ0200

0.0140 8.4 ꢱꢱ.9

2꣈

*29000 0.0210 0.0140 10.9 15.6

450000 0.0070 0ꢳ0063

*30000 0.0200

18.9 19.8

0.0ꢱ30 11.0 15.6

30000 0.0240 0.0160 7.6 11.0

*32000

33000 0.0140 0.0100 10.0 13.5

39000 0.0200 0.0ꢱ40

*41000 0.0ꢱ60 0ꢂ0120 11.5 14.9

540000 0.0048 0.0042 24.4 26ꢫ2

560000 0.0046 0.0040 24.7 26ꢫ4

580000 0ꢅ0063 0ꢫ0054 20ꣂ6 22.4

630000 0ꢅ0049 0.0040 22ꣂ8 25.9

780000 0.0050 0.0044 23.4 25.2

880000 0.0046 0.0040 24.4 26ꢫ2

920000 0ꢅ0045 0.0039 24.7 26.4

0ꢂ0ꢱ90 0ꢫ0130 11.1 15ꢂ5

1ꢀ

2꣈

2꣌,

8.4 11.9

*43000

0.0160 0.0120 13.4 17ꢳ1

46000 0.0150 0.0ꢱ10 11ꢂ5 14.7

*47000 0.0150 0.0110 11.6 14.5

16 Vdc

20 Vꢀc Surge

49000 0ꢫ0ꢱ10

10ꢂ8 13.7

1ꢀ

2꣌,

1ꢀ

0ꢂ0082

*5500 0.0980 0ꢫ0640

*7500 0.0760 0.0510 4.3 6꣓4

6.3

*9200 0.0590 0.0390 5ꢳ4 8.6

6ꢫ4

1꣐꣑

1ꢀ

ꢱꢀ

1ꢀ

ꢱ%

1ꢀ

ꢱ%

1ꢀ

1꣘a

1ꢀ

2ꢲ

ꢭꢮM552U016AA2ꢰ

ꢭꢮM752U016AA2ꢰ

ꢭꢮM892U016AA2ꢰ

ꢭꢮM922U016Aꢰ2B

ꢭꢮM113U016AK2ꢰ

ꢭꢮM133U016Aꢮ2ꢰ

ꢭꢮM173U016AA2B

ꢭꢮ꣝X203U016AK2ꢰ

ꢭꢮM243U016Aꢯ2ꢰ

ꢭꢮM313U016Bꢮ2ꢰ

ꢭꢮMX313U016AA2ꢰ

ꢭꢮM323U016Aꢰ2ꢰ

ꢭꢮMX443U016A꣊2ꢰ

ꢭꢮM473!꣢0꣞6Aꢮ2B

3ꢆ9

꣒50000 0.0150 0.0110 13.5 16.5

55000 0.0130 0ꢂ0100 ꣔1ꢂ2 13.5

57000 0 0140 0ꢂ0100 10.0 13.5

2ꢲ

*8900 0.0670 0.0460

2Ya

4.4

3Yꢴ

70000 0ꢇ0ꢱ00

14.2 ꣕7ꢇ7

0ꢫ0075

79000 0.0140 0ꢂ0꣗00 ꣗2ꢂ2 15.5

85000 0.0120

ꢱ0ꢂ4 13.3

7ꢇ0

9.6

8.9

7.0

ꢱꢱ000 0ꢫ0510 0.0350 4.8

*꣔3000 0.0430 0.0290 6.3

17000 0.0350 0.0240 6ꢳ2

20000 0.0510 0.0350 4ꢫ8

1꣖

4ꢼ

0.0087

꣕꣘a

ꢀA

2Ya

95000 0ꢂ0꣕00 0.0075 12ꢶ꣚ 15ꢂ3

110000 0.0073 0ꢂ0054 16.4 19ꢇ9

120000 0.0072 0ꢂ0055 19ꢂ1 22.5

꣜ꢃ

24000 0.0240 0.0꣞70 7.7 10.8

*31000 0.0300 0.0230 8.4 10.5

2ꢃ

2꣟

4Ya

120000 0ꢇ0100

14ꢫ2 17.7

0.0075

�

9ꢇ6

31000 0.0300 0.0210 6.7

2Yꢴ

170000 0.0069 0.0058 20.4 22ꢂ3

180000 0.0052 ·6.0040 22ꢂ3 25ꢂ7

190000 0.0073 0ꢂ0054 ꢱ6ꢂ4 19.9

200000 0ꢇ0072 0ꢳ0055 19.1 22ꢂ5

"--

32000 0.0190 0ꢫ0130 8.8 12.꣠

44000 0ꢫ0230 0.0꣞60 7ꢂ9 1꣡.2

47000 0.0140 0.0100 10.3 ꣔3ꢫ6

*50000 0.0꣞70 0.0120 1꣞ꢫ7 15ꢳ4

58000 0.0190 0ꢳ0130 8.8 12.1

65000 0ꢇ0140 0.0꣞10 11.9 14.8

69000 0.0110 0.0081 11.1 13ꢂ8

3Ya

2꣌,

2ꢃ

4Ya

2꣌,

4Ya

ꢭꢮM503U0꣗6_ꢰꢮ2B

220000

0ꢇ0075 0ꢳ0067 18.8 ꣞9ꢇ8

5ꢼ

5꣖

5꣋

4ꢀ

5꣖

5Ya

8ꢃ

5꣩

5ꢈ

8ꣁ

ꢭꢮM224U025ꢭꢹ2ꢰ

ꢭꢮM264U025ꢭꢵ2ꢰ

ꢭꢮM274U025ꢭP2B

ꢭꢮMX294U025ꢭꢮ2ꢰ

ꢭꢮMX314U025ꢮ꣧2ꢰ

ꢭꢮMX404U025ꢭꢹ2ꢰ

ꢭꢮM374U025ꢭG2ꢰ

ꢭꢮMX454U025ꢭꢵ2B

ꢭꢮMX474U025ꢭP2B

ꢭꢮMX594U025ꢭG2ꢰ

3ꢼ - ꢭꢮMX583U꣣꣤6Aꢰ2B

260000 0.0050

24ꢂ1 26ꢳ1

24ꢇ4 26.4

20ꢌ4 22ꢇ3

0.0043

3Yꢴ

5ꣁ

ꢁ'!ꢂ

ꢁꢃa

4Ya

3ꢼ

5꣖

4꣪a

5ꢃ

4Ya

ꢭꢮM653U016BB2ꢰ

ꢭꢮM693U016Aꢵ2ꢰ

ꢭꢮM783U0꣗6ꢹꢮ2ꢰ

ꢭꢮMX853U016Aꢮ2ꢰ

ꢭꢮM104U016ꢰꢮ2ꢰ

ꢭꢮMX124U016ꢰꢰ2ꢰ

ꢭꢮMX134U016Aꢵ2ꢰ

ꢭꢮMX144U016ꢹꢮ2B

ꢭꢮM154U016ꢰꢵ2ꢰ

ꢭꢮ꣫164U0꣞6ꢮꢮ2ꢰ

ꢭꢮMX184U016Bꢮ2ꢰ

ꢭꢮM244U016ꢭꢮ2ꢰ

ꢭꢮM254U016ꢮꢵ2ꢰ

ꢭꢮMX284U016ꢰꢵ2B

ꢭꢮMX304U016ꢮꢮ2B

ꢭꢮM314U016ꢭꢹ2B

ꢭꢮM374U016ꢭꣶ2ꢰ

ꢭꢮ꣫384U0꣞6ꢭP2ꢰ

ꢭꢮ꣫X434U016ꢭꢮ2B

ꢭꢮMX454U0꣞6ꢮꢵ2ꢰ

ꢭꢮ꣫X574U0꣜6ꢭꢹ2B

ꢭꢮM484U0꣞6ꢭG2B

ꢭꢮ꣫X654U0꣞6ꢭꢵ2ꢰ

ꢭꢮ꣫X꤄84U0꣞6ꢭP2B

ꢭꢮ꣫꤅꤆34U0꣗6ꢭG2ꢰ

270000

290000 0ꢇ0068

0ꢂ0048 0.0041

꣞ꢀ

1꣥꣦

1ꢀ

0.0057

78000 0.0꣞20 0.0100

1꣞ꢇ5 13ꢳ6

310000 0.0051 0ꢇ0040 22ꢂ3 25ꢇ7

400000 0ꢂ0054 0.0046 23ꢂ1 25.꣞

370000 0ꢇ0076 0ꢂ0072 16ꢇ7 17.1

2꣟

85000 0.0140 0ꢫ0100 10.3 13.6

100000 0ꢫ0100 0.0074 14ꢳ6 17.8

120000 0.0130 0.0꣞00 12.5 ꢱ5ꢇ6

꣨30000 0ꢂ0꣞20 0ꢇ0086 10ꢂ8 ꣗3ꢫ4

140000 0.0100 0ꢂ0074 13ꢇ1 15ꢳ4

150000 0ꢇ0070 0.0054 ꢱ6ꢳ8 20ꢂ0

ꢱ60000 0.0069 0.0055 19.5 22ꢂ6

450000 0ꢇ0050 0ꢇ0042

4.꣜ 26ꢫ1

470000 0.0048 0.0041 24.4 26ꢇ4

590000 0.0074 0.0070

1ꢀ

ꢀA

ꢱ6ꢇ4 16.8

40 Vdc

50 Vdc Surgꢁ

2ꢄꢅ

ꢱ80000 0.0꣞00

4¹

꣒2200

ꤌ

0ꢇ0074 14ꢂ6 17ꢳ8

240000 0.0067 0.0057 20ꢫ6 22ꢇ4

250000

22ꢇ8 25ꢳ8

0ꢂ1200 0ꢂ0740 3ꢌ4 5.6

1ꢀ

1ꢉa

2꣪a

2꣬꣭a

2ꢍa

3'!,

3ꢍa

2^ꢀ꣹ꢴ

3Y꣺

꣗꣖

ꢭꢮM222U040AA2ꢰ

ꢭꢮM272U040AA2ꢰ

ꢭꢮM292U040AA2ꢰ

ꢭꣲM362U040Aꢰ2ꢰ

ꢭꢮM402U040Aꢰ2ꢰ

ꢭꢮM422U040Aꢰ2ꢰ

ꢭꢮM472U040AA2ꢰ

ꢭꢮM5꣗2U040AB2ꢰ

ꢭꢮM532U040AK2ꢰ

ꢭꢮM582U040Aꢰ2B

ꢭꢮM602U040Aꢰ2ꢰ

ꢭꢮM622U040Aꢮ2ꢰ

ꢭꢮM752U040Aꢮ2ꢰ

ꢭꢮMX772U040AK2ꢰ

ꢭꢮꤊ792U040AA2ꢰ

ꢭꢮM822U040Aꢰ2ꢰ

ꢭꢮM872U040Aꢮ2ꢰ

ꢭꢮM902U040Aꢮ2ꢰ

ꢭꢮM113U040A꣊2ꢰ

ꢭꢮM123U040Aꢮ2ꢰ

4ꢁ

5ꢊꢋ

5꣖

4ꢼ

꣒2700 0.1000 0.0630 3ꢂ6 5.6

*2900

2꣮,

0ꢇ0050 0ꢂ0040

0ꢇ0950 0ꢂ06꣞0 3꣯7 5ꢒ6 rn

꣰

280000 0ꢌ0070 0ꢳ0054 ꣗6.8 20.0

300000 0.0069 0ꢫ0054 19.5 22ꢇ6

310000 0ꢇ0072 0ꢂ0065 18ꢇ9 19ꢌ8

370000 0ꢇ0048 0.0042 24ꢇ4 26ꢌ2

380000 0.0047 0.0041 24.7 26ꢇ4

430000 0ꢂ0065 0ꢳ0056 20ꢂ6 22ꢇ4

450000 0ꢫ0049 0ꢒ0040 22ꢇ8 25꣼8

570000 0꣼0052 0.0045 23ꢂ4 25ꢒ2

480000 0ꢳ0070 0ꢳ0067 16.8 17ꢒ1

650000 0.0047 0ꢇ0041 24.4 26ꢇ2

680000 0ꢇ0046 0.0040 24꤃7 26ꢇ4

730000 0ꢌ0065 0ꢂ0063 16ꢂ5 ꣞6.8

꣒3600

꣒4000

*4200 0ꢒ0640

0ꢳ0730 0ꢇ0450 4ꢇ6 7ꢌ6

0.0670 0.0420 4ꢌ8 7ꢒ7

꣞ ꣱a

ꢀꢁ

ꣴ'ꣵ

꣸'a

ꣴ'꣄

1ꢀ

꣨ꢉa

꣗ꣿa

1꤂꣱a

1꤇꤈

꣞ꢀ

1꤇a

1ꤏ

꣗꤇a

1꤇a

2ꣳ,

5 ꣭a

7ꢒ7

0ꢂ0400 4ꢂ9

5꣖

5ꢈ

ꢁꢆꢇ

5ꣽ꣑

5ꢍꢐ

8ꢃ

5ꢑa

5꣋

8꣖

ꣷ꣒4700 0ꢳ0690 0ꢌ0480 4ꢂ0 5ꢌ2

꣒5꣞00 0ꢂ0550

0.0350 5ꢇ2 7ꢂ7

5300 0.05ꣻ0 0ꢂ0380

꣒5800 0ꢌ0500 0ꢇ0320

6.0

7ꢌ7

4ꢂ3

5ꢏ3

2ꢎ/,

3'!,

ꢁ

꣒6000 0꣼0480

0.0320 5ꢓ4 7ꢏ7

ꣾa

꣒6200 0.0450 0꣯0290

*7500 0ꢒ0390 0ꢇ0250 6ꢂ2 8ꢓ9

7700

7900 0ꢂ0380 0ꢒ0260 5ꢂ6 7ꢌ7

ꤋ8200 OꢇQ400

8ꢂ8

4꣬꣭a

4꤀꤁a

1ꢃ

2꤉꣄꣭

3ꢼ

4^ꢀꢂa

4ꤐ

2ꢃ

4ꢍa

5ꢂ9

0꣼0570 0.0380 4ꢌ3 6꤃0

0꤃0280 5ꢂ6 7ꢒ4

8꣼8

25 Vdc

꣒2700 0ꢇ1400 0ꢒ0880 3ꢂ2 6ꢇ0

꣒4500 0ꢇ0910 0ꢂ0580 3ꢒ9 6꣯3

꣒4700 0.0880 0ꢇ0560 4꤃0 6ꢂ3

30 Vdc Suꢂgꢁ

꣒8700

0ꢂ0350 0.0230 6ꢓ4

ꤍa

1ꢉa

ꤌ

2ꤎ꣭a

2ꢍa

2ꢁ

ꢭꢮ꣫272U025AA2ꢰ

ꢭꢮ꣫452U025AA2B

ꢭꢮ꣫472U025AA2ꢰ

꣒9000 0.0340 0ꢂ0230 6ꢏ4 8ꢂ8

꣞1000 0_0210 0ꢇ0꣗80

6ꢒ9 9ꢓ4

꣒꣞2000 0꣼0290

0ꢂ0200 6ꢓ7 8ꢏ5

ꤑꤒꤓꤔꤕ ꤖꤗꤘꤙꤚꤛ

• ꤜꤝ (ꤞꤟꤠꤡ ꤢꤢꤣꤤꤠꤞꤣ1

102

SCREW TERMINAL ꢀꢁPꢂCITORS

ESR max

ESRꢍax

oꢒꢍs

Ripplꢎ aꢍps

Noꢍinaꢏ

Casꢎ Sꢓzꢎ

Capacꢐtancꢎ

ohꢍꢑ

Capacitancꢎ

_ꢟꢗꢘHa_zs_,•_ꢗc_ꢘkHz

Cataꢔoꢕ

ꢙꢚꢍbꢎꢡ

Catalog

ꢙꢚꢍbꢎr

ꢖꢗꢘHz, ꢗꢘkHz

ꢛꢗꢘHzꢜ ꢗꢘkꢝꢞ

D x L ꢐꢠchꢎs

ꢄ20ꢣ0

0ꢃ0220

1ꢤ

ꢥꢦMX123U040AA2B

ꢥꢦM153U040AB2ꢧ

ꢥꢦMX173U040Aꢨ2ꢧ

ꢥꢦM173U040BB2ꢧ

ꢥꢦM203U040Bꢦ2ꢧ

ꢥꢦM223U040Aꢦ2B

ꢥꢦMX223U040AB2ꢧ

ꢥꢦM233U040Bꢦ2B

ꢥꢦM313U040ꢧꢧ2ꢧ

ꢥꢦMX323U040Aꢦ2ꢧ

ꢥꢦM333U040Bꢦ2ꢧ

ꢥꢦM333U040Aꢩ2ꢧ

ꢥꢦM373U040ꢭꢦ2B

ꢥꢦMX453U040BB2ꢧ

ꢥꢦM473U040Bꢦ2B

ꢥꢦM473U040ꢦꢦ2ꢧ

ꢥꢦMX483U040Aꢩ2ꢧ

ꢥꢦMX543U040ꢭꢦ2B

ꢥꢦMX693U040Bꢦ2ꢧ

ꢥꢦM713U040Bꢩ2ꢧ

ꢥꢦM773U040ꢦꢦ2ꢧ

ꢥꢦMXꢄ04U040Bꢩ2B

ꢥꢦMXꢄ14U040ꢦꢦ2ꢧ

ꢥꢦM124U040ꢦꢩ2B

ꢥꢦM124U040ꢥꢦ2ꢧ

ꢥꢦM164U040ꢥꢭ2ꢧ

ꢥꢦMXꢄ74U040ꢦꢩ2ꢧ

ꢥꢦMXꢄ74U040ꢥꢦ2ꢧ

ꢥꢦM184U040ꢥP2B

ꢥꢦM184U040ꢥꢩ2ꢧ

ꢥꢦMX234U040ꢥꢭ2ꢧ

ꢥꢦMX264U040ꢥꢩ2ꢧ

ꢥꢦMX274U040ꢥP2B

ꢥꢦM304U040ꢥG2ꢧ

ꢥꢦMX404U040ꢥG2B

81000 0ꢅ0087

16ꢢ5 ꢄ9.3

4ꢀ

4Vo

4ꢀ

5ꢀ

5ꢂe

5ꢁ•

5ꢆ

ꢥꢦMX813U050ꢦꢦ2B

ꢥꢦM893U050ꢥꢦ2ꢧ

ꢥꢦM903U050ꢦꢩ2ꢧ

ꢥꢦMXꢄ24U050ꢦꢩ2ꢧ

ꢥꢦMXꢄ24U050ꢥꢦ2ꢧ

ꢥꢦM124U050ꢥꢭ2ꢧ

ꢥꢦM134U050ꢥꢩ2ꢧ

ꢥꢦMꢄ44U050ꢥP2B

ꢥꢦMXꢄ64U050ꢥꢭ2B

ꢥꢦMXꢄ84U050ꢥꢩ2ꢧ

ꢥꢦMXꢄ94U050ꢥP2ꢧ

ꢥꢦM234U050ꢥG2B

ꢥꢦMX294U050ꢥG2ꢧ

0.0330

6ꢢ0 8.3

7ꢃ9 10ꢃ6

7ꢃꢄ 9ꢃ7

2ꢀ

3ꢀ

3Ve

4ꢀ

3ꢀ

4Vo

3Ve

4ꢀ

4Vo

3Ve

4Vo

4ꢀ

4Vo

4ꢀ

4Vo

5ꢀ

4Vs

5ꢆ

5ꢀ

5ꢆ

0.0066

2ꢁ

ꢄ5000 0.0210 0.0140

89000 0ꢃ0089 0ꢃ0075 ꢄ7.4 ꢄ8.9

ꢄ7000

0.0ꢄ70

90000 0.0061 0ꢃ0047 ꢄ9.7 22.6

2ꢁ

0.0250

ꢄ9ꢃ7 22ꢃ6

12000ꢫ 0.0061 0.0047

*17000 0ꢪ0230 0ꢇ0ꢄ50 9ꢢ9 14ꢃ3

*ꢬ0000

0ꢃ02ꢄ0 0ꢃ0ꢄ40 ꢄ0ꢇ3 ꢄ3.9

ꢄ20000 0.0088 0ꢃ0074 17.4 ꢄ8.9

120000 0ꢇ0ꢄ00 0ꢅ0090 ꢄ6ꢇ0 16ꢅ8

130000 0.0063 0ꢅ0054 20ꢇ9 22.6

22000 0.0ꢄ50 0.0100

9ꢃ4 12ꢃ2

1ꢤ

22000 0ꢃ02ꢄ0 0ꢃ0140 7.9 10.6

*23000 0ꢃ0190 0.0ꢄ30 ꢄ0ꢃ5 ꢄ3ꢅ5

3ꢄ000 0ꢪ0ꢄ70 0ꢃ0ꢄ20 ꢄ0.4 ꢄ2.5

32000 0ꢃ0ꢄ50 0ꢃ0ꢄ00 9.4 ꢄ2.2

*33000 0.0ꢄ30 0.0091 ꢄ2ꢢ8 16.7

33000 0ꢃ0120 0.0085 ꢄ0.3 12ꢃ7

0ꢃ006ꢄ

0ꢃ0069

21ꢃ2 22ꢢ8

20ꢃ0 21ꢅ6

ꢄ40000

160000

0.0052

0.0058

ꢄ80000 0.0063 0ꢃ0053 20.9 22ꢃ6

ꢄꢤ

2ꢄꢃ2 22ꢃ8

190000 0ꢇ0061 0.0052

230000 0ꢃ0ꢄꢄ0 0ꢢ0ꢄꢄ0 1ꢮ4ꢃ4 ꢄ4ꢃ7

1ꢤ

1ꢯ

290000 0.0ꢄꢄ0 0ꢃ0100 ꢄ4ꢇ2 ꢄ4.5

37000 0.0ꢄ50 0.0ꢄꢄ0

45000 0ꢃ0150 0ꢃ0ꢄꢄ0

10ꢃ1 11ꢇ6

ꢄ1.0 ꢄ3.3

63 Vdc

75 Vdc Surge

47000 ꢰ0ꢃ0ꢄ10 0.0085 12ꢃ9 15ꢃ4

*47000 0.0ꢄ60 0.0140 11.7 ꢄ2.8

48000 0.0ꢄ30 0.0091 9ꢃ9 ꢄ2ꢃ3

54000 0ꢃ0110 0ꢪ0089 ꢄꢄꢢ4 13ꢃ2

69000 0ꢪ0110 0ꢃ0085 12ꢃ9 15.4

7ꢄ000 0ꢪ0079 0ꢃ006ꢄ ꢄ5ꢃ1 ꢄ7ꢃ6

77000 0.0082 0.0065 ꢄ7ꢃ0 ꢄ9.4

100000 0ꢃ0079 0ꢃ0061 ꢄ5ꢅ1 17.6

3ꢃ6

5ꢃ8

3300 0ꢃ0730 0.0390

ꢄꢤ

1ꢤ

ꢄꢤ

ꢴ

ꢄ%

2ꢀ

3ꢀ

3Vꢳ

4ꢀ

3Ve

4Vo

3ꢀ

4ꢀ

4Vo

4ꢀ

5ꢀ

5ꢆ

5ꢀ

ꢥꢦM332U063AK2ꢧ

ꢥꢦMX412U063AK2ꢧ

ꢥꢦM492U063AA2ꢧ

ꢥꢦMX6ꢄ2U063AA2ꢧ

ꢥꢦM7ꢄ2U063Aꢨ2B

ꢥꢦMX892U063Aꢨ2ꢧ

ꢥꢦM932U063AB2B

ꢥꢦMX123U063AB2ꢧ

ꢥꢦMꢄ43U063Aꢦ2ꢧ

ꢥꢦMXꢄ73U063Aꢦ2ꢧ

ꢥꢦMꢄ93U063ꢧꢧ2B

ꢥꢦM203U063Aꢩ2B

ꢥꢦM233U063ꢭꢦ2B

ꢥꢦMX243U063ꢧꢧ2ꢧ

ꢥꢦMX253U063Aꢩ2ꢧ

ꢥꢦMX283U063ꢭꢦ2B

ꢥꢦM293U063Bꢦ2ꢧ

ꢥꢦMX363U063Bꢦ2ꢧ

ꢥꢦM443U063Bꢩ2B

ꢥꢦM483U063ꢦꢦ2ꢧ

ꢥꢦMX553U063Bꢩ2ꢧ

ꢥꢦMX603U063ꢦꢦ2B

ꢥꢦM723U063ꢥꢦ2B

ꢥꢦM733U063ꢦꢩ2ꢧ

ꢥꢦMX893U063ꢥꢦ2ꢧ

ꢥꢦMX9ꢄ3U063ꢦꢩ2B

ꢥꢦM973U063ꢥꢭ2ꢧ

ꢥꢦM1ꢄ4U063ꢥP2ꢧ

ꢥꢦMꢄꢄ4U063ꢥꢩ2B

ꢥꢦMX124U063ꢥꢭ2ꢧ

ꢥꢦMX144U063ꢥꢩ2ꢧ

ꢥꢦMꢄ94U063ꢥG2ꢧ

ꢥꢦMX2ꢄ4U063ꢥG2ꢧ

2ꢁ

1ꢤ

1ꢯ

4100 0ꢇ0730 0ꢃ0390 3ꢃ6 5.8

0ꢢ0490

4ꢃ7 7ꢃ5

4900

0ꢇ0260

6ꢄ00

0.0430 0ꢢ0230 5.0 8.0

9ꢃ1

7ꢄ00 0ꢃ0350 0.0ꢄ90 5ꢃ8

8900 0.0320 0ꢃ0ꢄ80 6.0 9.4

9300 0ꢃ0270 Oꢃꢲ150 6ꢃ7 ꢄ0ꢅ3

12000 0ꢃ0270 0ꢃ0150 6ꢃ7 ꢄ0.3

2Vꢱ

110000

0ꢪ0065 ꢄ7.0 19ꢃ4

2ꢁ

0.0082

0ꢢ0ꢄ90

0ꢃ0ꢄ90

8ꢃꢄ 11ꢃ9

8ꢅꢄ 1ꢄꢃ9

14000

ꢄ7000

0.0ꢄꢄ0

0.0ꢄ10

ꢄ20000 0ꢃ005ꢵ 0ꢶ0047 20ꢃ2 22.7

120000 0ꢪ0086 0.0074 ꢄ7ꢅ1 ꢄ8ꢢ9

19000 0ꢃ0210 0ꢇ0ꢄ30 9.2 12.4

160000

0.0090 16ꢃ2 ꢄ6ꢇ8

0ꢃ0100

0ꢃ0150

9ꢃ0 ꢄ2ꢅ5

20000

0.0088

1ꢤ

1ꢯ

ꢄ70000 0ꢃ0058 0ꢃ0047 20ꢢ2 22ꢢ7

170000 0.0085 0ꢃ0074 17.7 18ꢃ9

ꢄ80000 0ꢃ0059 0.0052 21ꢃ6 22.9

180000 0ꢃ0061 0ꢅ0053 21ꢇ3 22ꢃ6

230000 0.0067 0ꢃ0058 20.3 2ꢄꢃ6

260000 0ꢃ006ꢄ 0.0053 21ꢢ3 22ꢈ6

270000 0ꢃ0059 0ꢃ0051 21.6 22ꢃ9

300000 0ꢅ0ꢄꢄ0 0ꢃ0110 14ꢇ5 14.7

400000 0ꢃ0ꢄꢄ0 0ꢃ0100 ꢄ4ꢢ3 14.5

2ꢁ

23000 0.0170 0ꢃ0120 9.1 ꢄꢄ.5

24000 0.0180

9ꢃ7 13ꢢ1

8ꢃ7 12ꢃ1

0.0110

0ꢃ0093

0ꢃ0ꢄ60

25000

ꢄꢤ

H<I

28ꢷ00 0ꢈ0ꢄ40 0ꢃ0090 10.3 13ꢅ0

29000 0.0ꢄ40 0ꢇ0087 1ꢄꢃ5 15ꢃ2

0ꢃ0140

11ꢃ5 15.2

36000

0.0087

44000 0ꢃ0100 0ꢃ0062 ꢄ3ꢅ5 17ꢃ4

0.0100

0ꢃ0100

15ꢃ6 ꢄ9.2

13ꢃ5 17ꢪ4

15ꢃ6 19ꢇ2

2ꢁ

48000

55000

0.0066

0.0062

0.0066

50 Vdc

65 Vdc Suꢁge

60000 0.0100

2Vꢸ

ꢥꢦM222U050AA2B

ꢥꢦM242U050AA2ꢧ

ꢥꢦM402U050AK2B

ꢥꢦM4ꢄ2U050AB2B

ꢹꢦM432U050AB2ꢧ

ꢥꢦM482U050AB2B

ꢥꢦM502U050AB2B

ꢥꢦMX552U050AK2B

ꢥꢦM612U050Aꢦ2ꢧ

ꢥꢦM612U050AA2B

ꢥꢦM752U050Aꢦ2ꢧ

ꢥꢦMX832U050AA2ꢧ

ꢥꢦM882U050Aꢨ2B

ꢥꢦMꢄ03U050Aꢦ2ꢧ

ꢥꢦM113U050AB2B

ꢥꢦMX123U050Aꢽ2B

ꢥꢦMX163U050AB2ꢧ

ꢥꢦM163U050Bꢦ2ꢧ

ꢥꢦM173U050Aꢦ2B

ꢥꢦM203U050Bꢦ2ꢧ

ꢥꢦM233U050ꢧꢧ2B

ꢥꢦMX233U050Aꢦ2B

ꢥꢦM253U050ꢦꢦ2B

ꢥꢦM253U050Aꢩ2ꢧ

ꢥꢦM253U050Bꢦ2ꢧ

ꢥꢦM273U050ꢦꢦ2B

ꢥꢦM283U050ꢭꢦ2B

ꢥꢦM313U050ꢦꢦ2ꢧ

ꢥꢦMX323U050ꢧꢧ2ꢧ

ꢥꢦM333U050ꢦꢦ2B

ꢥꢦMX343U050Aꢩ2B

ꢥꢦM363U050Bꢦ2ꢧ

ꢥꢦMX393U050ꢭꢦ2ꢧ

ꢥꢦMX493U050Bꢦ2ꢧ

ꢥꢦM553U050Bꢩ2ꢧ

ꢥꢦM593U050ꢦꢦ2B

ꢥꢦMX753U050Bꢩ2B

72000

73000

0ꢢ0100 0.0075 16ꢃ8 ꢄ8.8

0ꢃ0620

3ꢢ4 5ꢃ5

1ꢤ

ꢄꢤ

1ꢤ

ꢻꢤ

1ꢤ

2Ve

2v.

ꢄ%

3ꢀ

3Vꢳ

3Ve

4Va

2Ve

4Vꢂ

2Ve

4Vs

3Ve

3Vs

4ꢀ

3ꢀ

4Vo

4ꢀ

4Vo

4ꢀ

3Ve

4Vo

4ꢀ

4Vs

4ꢄ

4Vo

*2200

*2400 0ꢇ0980

0ꢪ1100

0ꢢ0068

18ꢅ6 22.5

0ꢢ0048

5ꢃ5

5.9

7ꢅ6

2ꢁ

0ꢃ0590 3.5

89000 0.0ꢄ00 0ꢃ0075 16ꢢ8 ꢄ8ꢃ8

91000 0.0068 0.0048 18ꢃ6 22.5

4000 0ꢅ0620 0ꢅ0380 4ꢃ0

0ꢃ0350

2ꢁ

*4100 0ꢃ0580

4.9

4ꢅ9

0ꢃ0110

15ꢃ7 ꢄ6.8

0.0091

97000

*4300 0.0560 0ꢃ0340

ꢄ10000 0.0065 0ꢅ0052 20.5 22ꢃ8

*4800

0ꢃ05ꢄ0 0.0320

5ꢇ1 7ꢃ5

110000

0ꢇ0068 0ꢅ0054 20.3 22ꢢ5

0ꢃ0310 5ꢃ1

7ꢃ5

5ꢃ9

*5000 0.0500

5500 0ꢈ0620

*6ꢄ00 0ꢃ0400

ꢄ20000 0ꢅ0074 0ꢃ0059 19ꢃ3 21ꢇ5

140000 0ꢇ0067 0ꢅ0054 20.3 22ꢢ5

190000 0ꢇ0ꢄ20 0ꢪ0110 14ꢅ3 14ꢃ7

0ꢃ0380

0ꢃ0250

0.0260

0.0220

4ꢢ0

3 ꢺ ꢴ 5%

5ꢇ9 8ꢅ7

0ꢃ0420

5ꢃ2

6ꢃ2

7ꢅ6

8ꢅ6

6100

0ꢃ0120

210000

0.0ꢄ10

ꢄ4ꢪ1 14ꢃ5

*7500 0.0350

8300

0ꢃ0360 0ꢃ0230 5.6 8ꢈ1

75 Vdc

95 Vdc Suꢂge

0.0180 6ꢃ5 9ꢈ3

�800 0.0290

5ꢢ6

ꢴ

2vꢼ

3ꢀ

2ꢀ

4ꢀ

3ꢉ

4ꢉ

4Vo

3ꢀ

3ꢉ

4ꢀ

4ꢉ

4ꢃ

4Vo

ꢥꢦM222U075AK2ꢧ

ꢥꢦMX242U075AK2ꢧ

ꢥꢦM322U075AA2B

ꢥꢦM332U075AB2ꢧ

ꢥꢦMX372U075AA2ꢧ

ꢥꢦM472U075Aꢨ2B

ꢥꢦMX532U075Aꢨ2ꢧ

ꢥꢦM562U075Aꢦ2B

ꢥꢦM592U075Aꢦ2B

ꢥꢦM612U075AB2B

ꢥꢦMX692U075AB2ꢧ

ꢥꢦM902U075Aꢦ2B

ꢥꢦMX103U075Aꢦ2ꢧ

ꢥꢦMꢄ23U075ꢧꢧ2B

ꢥꢦMꢄ33U075Aꢩ2B

ꢥꢦMX143U075BB2ꢧ

ꢥꢦMX153U075Aꢩ2ꢧ

ꢥꢦM153U075ꢭꢦ2B

ꢥꢦMXꢄ73U075ꢭꢦ2B

ꢥꢦM193U075Bꢦ2B

ꢥꢦMX223U075Bꢦ2ꢧ

ꢥꢦM293U075Bꢩ2B

ꢥꢦM323U075ꢦꢦ2ꢧ

ꢥꢦMX333U075Bꢩ2ꢧ

ꢥꢦMX363U075ꢦꢦ2B

2200 0.1000 0ꢃ0520

3ꢈ2

1ꢤ

ꢄꢤ

1ꢤ

*10000

0ꢅ0290 0ꢢ0200 6.4 8ꢃ3

2400 0.ꢄ000 0ꢃ0520 3.2 5.6

1ꢄ000 0ꢅ0230 0ꢃ0150 7.5 10.5

12000 0ꢃ0270 0ꢃ0170

9ꢅ6

16000 0ꢃ0230 0.0150 7ꢃ5 10ꢃ5

0ꢃ0670

4ꢅ1 7ꢢ2

4ꢃ3 7ꢃ0

3200

0.0350

6ꢅ7

*3300 0ꢢ0690 0ꢅ0370

0ꢇ0580 0ꢈ0300

4ꢪ4

7.7

3700

4700

8ꢪ1

*16000 0ꢃ0340 0.0260 7ꢢ0

0ꢅ0470

5ꢃꢄ 8.8

0ꢈ0250

0ꢃ0110 8ꢢ9 12ꢃꢄ

0ꢃ0130 10ꢃꢄ 13ꢃ0

0.0130 10ꢃ0 12.4

1ꢤ

17000 0.0ꢄ60

*20000 0ꢃ0200

23000 0ꢃ0ꢄ80

23000 0ꢃ0160

5300 0ꢢ0440 0ꢢ0230 5ꢢ3 9ꢃꢄ

*5600 0ꢃ0440 0ꢢ0250 5ꢃ4 8.0

0ꢃ0420

5ꢃ4 8ꢢ0

*5900

0ꢃ0ꢾ40

0ꢅ0ꢄꢄ0

1ꢤ

2ꢁ

ꢄꢤ

8ꢢ9 12ꢃ1

6100 0ꢅ0360 0ꢃ0ꢄ90 5.9 10ꢅ0

*25000

0ꢅ0180 0ꢃ0130 1ꢄ.8 ꢄ4ꢅ4

0ꢃ0360

5.9 ꢄ0.0

6900

0.0190

25000 0ꢃ0130 0ꢃ0087 ꢿꢢ8 12.6

9000 0.0260 0ꢅ0140 7ꢃ2 ꢄꢄꢅ6

10000 0.0260 0ꢅ0140 7.2 ꢄꢄꢢ6

12000 0ꢃ0270 0ꢅ0150 8ꢢ4 12ꢢ3

*25000 0ꢃ0180

*27000 0ꢅ0180

0.0130 ꢄ0ꢢ1 ꢄ2ꢃ3

0.0130 11ꢢ8 14ꣀ0

2Vꢸ

ꢄꢯ

2Vꢱ

28000 0ꢅ0ꢄ60 0ꢃ0110 ꢿꢅ7 11ꢅ5

8ꢢ1 12ꣁ2

13000 0ꢇ0190 0ꢅ0ꢄ10

1ꢤ

0ꢅ0130

*3ꢄ000 0ꢃ0170

32000 0.0ꢄ60

*330ꣃ0 0ꢃ0170

1ꢄꢃ6 ꢄ3ꢢ5

14000 0ꢇ0240 0ꢢ0140 8ꢃ9 12ꢢ9

0ꢢ02ꢄ0 7ꢃ8 1ꢄꢃ8

0ꢃ0110 10ꢅ5 13ꢃ2

0ꢃ0ꢄ30 11ꢢ5 ꣂ3ꢃ2

15000

0ꢢ0ꢄ20

ꢄꢤ

ꢄꢊ

ꢄꢋ

2Vꢱ

1ꢤ

15000 0ꢃ0220 0ꢃ0ꢄ40 8ꢅ4 11ꢅ4

34000 0ꢢ0130 0ꢢ00꣄2 9.5 12ꢢ2

0ꢃ0ꢄ70

0ꢃ0ꢄ80

9ꢃ6 13ꢃ0

10ꢢ5 ꢄ5ꢃ0

ꢄ0ꢢ5 ꢄ5ꢅ0

ꢄ2ꢃ5 17ꢢ2

14ꢃ5 ꢄ9ꢃ2

17000

꣆9000

0ꢃ0110

0ꣀ00ꣅ6 12ꢃ4 15.3

36000 0ꢢ0120

ꢄꢯ

39000 0ꢃ0ꢄ20 0ꢃ0089 1ꢄꢇ0 13ꢃ1

49000 0ꢃ0120 0ꢃ0086 12ꢃ4 15ꢅ3

22000 0.0180 0ꢅ0110

29000 0ꢃ0120 0.0074

32000 0ꢃ0120 0ꢅ0077

55000 0.0085 ꣇ꢅ꣈꣇61 14ꢢ5 17ꢃ5

2Vꢸ

0ꢃꢌ066 16ꢢ5 19ꢃ3

2ꢁ

59000 0.0087

33000 0ꢢ0120 0ꢅ0074 12.5 17ꢢ2

36000 0ꢢ0ꢄ20 0ꢢ0077 14ꢃ5 19ꣁ2

75000 0ꢅ0085 0ꢃ0061 ꢄ4ꢃ5 ꢄ7ꢃ5

2Yꢸ

ꢀ_

Stock Raꢀing

•

꣉꣊ (꣋꣌꣍) ꣎꣎꣏-꣍꣐꣏꣑

103

SCREW TERMINꢀ ꢁACITORS

ESRmax

ohms

Nomꢑnaꢒ

Ripplꢐ amps

Capacꢑtancꢐ

uꢜ

oꢔms

Catalog

Numbꢐꢟ

Capacꢑtancꢐ

as•c

Casꢐ Sꢑzꢐ

Caꢓalog

Numbꢐr

ꢕꢖꢗꢝzꢞ ꢖꢗkHz

ꢕꢖꢗHzꢘ ꢖꢗkHz ꢕꢖꢗHzꢙ ꢖꢗkꢚz Dx L ꢑꢛcꢔꢐs

ꢀ

ꢈ3000 0.0160 0ꢃ0ꢈ20

ꢈ4.1 ꢈ6.2

ꢩ

5Ve

5ꢁ

4ꢆ

5ꢆ

8ꢁ

5ꢁ

ꢠꢡM133Uꢈ50ꢠꢣ2ꢢ

ꢠꢡMꢈ53U150ꢠꢥ2ꢢ

ꢠꢡM163Uꢈ50ꢠP2ꢢ

ꢠꢡMXꢈ73U150ꢡꢥ2ꢢ

ꢠꢡMXꢈ73Uꢈ50ꢠꢡ2ꢢ

ꢠꢡMX223Uꢈ50ꢠꢣ2ꢢ

ꢠꢡM253Uꢈ50ꢠG2ꢢ

ꢠꢡMX253Uꢈ50ꢠꢥ2ꢢ

ꢈ6ꢃ2 ꢈ9.0

2ꢦ,

4ꢀ

5ꢁ

4ꢀ

5ꢁ

5ꢀ

5ꢁ

5ꢀ

5ꢁ

8ꢁ

ꢠꢡM473U075ꢠꢡ2ꢢ

ꢠꢡM483U075ꢡꢥ2ꢢ

ꢠꢡMX543U075ꢠꢡ2ꢢ

ꢠꢡMX553U075ꢡꢥ2ꢢ

ꢠꢡM643U075ꢧꢣ2ꢢ

ꢠꢡM723U075ꢠꢥ2ꢢ

ꢠꢡMX723U075ꢠꢣ2ꢢ

ꢠꢡM753U075ꢠP2ꢢ

ꢠꢡMX823U075ꢠꢥ2ꢢ

ꢠꢡMX853U075ꢠP2ꢢ

ꢠꢡMꢈ24U075ꢠG2ꢢ

ꢠꢡMX144U075ꢠG2ꢢ

47000 0ꢄ0ꢈꢈ0 0.0081

ꢈ5000 0ꢄ0140 0ꢤ0ꢈꢈ0 ꢈ4.9 ꢈ7.1

ꢈ6000 0.0140 0.0100 ꢈ5.1 ꢈ7.3

ꢈ7000 0ꢄ0ꢈ60 0ꢤ0ꢈꢈ0 ꢈ2ꢄ9 16ꢄ3

ꢈ7000 0ꢄ02ꢈ0 0ꢃ0150 ꢈ2ꢄ2 14.3

22000 0.0160 0ꢃ0120 ꢈ4.1 16.4

25000 0ꢄ0140 0ꢄ0ꢈ20 ꢈ3ꢄ8 14ꢄ8

25000 0.0140 0ꢃ0ꢈꢈ0 ꢈ4ꢄ9 17.3

48000 0ꢄ0084 0ꢄ0055 17ꢃ5 22ꢄ4

54000 0.0110 0ꢃ0081 16ꢃ2 19ꢄ0

55000 0ꢄ0084 0ꢄ0055 17ꢄ5 22ꢄ4

64000 0ꢄ0120 0ꢤ0094 15ꢄ4 ꢈ7ꢤ0

72000 0.0077 0ꢃ0058 19.6 22.7

2ꢂ

18.7 2ꢈ.7

72000 0ꢄ0085 0ꢤ0063

75000 0ꢄ0074 0ꢄ0056 ꢈ9.9 23ꢄ0

82000 0.0077 0.0058 ꢈ9ꢃ6 22.7

85000 0.0074 0.0056 ꢈ9ꢃ9 23.0

ꢈ20000 0ꢄ0120 0ꢤ01ꢈ0 14ꢄ3 15ꢄ0

140000 0.0120 0.01ꢈ0 14ꢄ1 14.7

26000 0.0140

0ꢃ0100

43000 0ꢄ0140 0ꢄ0ꢈ20 ꢈ3ꢄ8 14ꢄ8

200 Vdc

ꢈ5.1 17.5

5% ꢨ ꢠꢡMX263Uꢈ50ꢠP2ꢢ

8ꢁ

ꢠꢡMX433Uꢈ50ꢠG2ꢢ

250 Vdc Surge

ꢈ90 0.2600 0.ꢈ600 2.0 2.9

3ꢈ0 0ꢄ1600 0.ꢈ000 2ꢪ6 3ꢄ9

1ꢁ

ꢈꢁ

1ꢁ

ꢈꢁ

2ꢀ

ꢈꢁ

2ꢁ

3ꢆ

2ꢀe

2ꢁ

4ꢆ

ꢅꢆ

3ꢆ

5ꢁ

4ꢆ

5ꢁ

3ꢆ

4ꢇe

5ꢁ

4ꢀ

4ꢇe

4ꢀ

5ꢁ

4ꢀ

5ꢆ

5ꢁ

4ꢀ

5ꢁ

8ꢁ

5ꢉꢊ

5ꢁ

ꢠꢡM191T200AK2ꢢ

ꢠꢡM311T200AA2ꢢ

ꢠꢡMX381T200AK2ꢢ

ꢠꢡM461T200Aꢬ2ꢢ

ꢠꢡM611T200Aꢢ2ꢢ

ꢠꢡMX6ꢈ1T200AA2ꢢ

ꢠꢡMX9ꢈꢈT200Aꢬ2ꢢ

ꢠꢡM921T200Aꢡ2ꢢ

ꢠꢡM122T200ꢢꢢ2ꢢ

ꢠꢡMXꢈ22T200Aꢢ2ꢢ

ꢠꢡM142T200Aꢥ2ꢢ

ꢠꢡM142T200ꢢꢡ2ꢢꢮ

ꢠꢡM152T200ꢣꢡ2ꢢ

ꢠꢰMXꢈ82T200Aꢡ2ꢢ

ꢠꢡM192T200ꢢꢡ2ꢢ

ꢠꢡM222T200ꢢꢡ2ꢢ

ꢳꢡM252T200ꢢꢥ2ꢢ

ꢠꢡMX252Tꢴ00ꢢꢢ2ꢢ

ꢠꢡM272Tꢵꢶ0ꢢꢡ2ꢢ

ꢠꢡMX272T200Aꢥ2ꢢ

ꢠꢡM302T200ꢢꢥ2ꢢ

ꢠꢡMX302T200ꢣꢡ2ꢢ

ꢠꢡM322T200ꢡꢡ2ꢢ

ꢠꢡMX392T200ꢢꢡ2ꢢ

ꢠꢡM482T200ꢠꢡ2ꢢ

ꢠꢡM502T200ꢡꢥ2ꢢ

ꢠꢡMX602T200ꢢꢥ2ꢢ

ꢠꢡMX642T200ꢡꢡ2ꢢ

ꢠꢡM662T200ꢠꢣ2ꢢ

ꢠꢡM742T200ꢠꢥ2B

ꢠꢡM782T200ꢠP2ꢢ

ꢠꢡMX952T200ꢠꢡ2ꢢ

ꢠꢡMX982T200ꢡꢥ2ꢢ

ꢠꢡM133T200ꢠG2ꢢ

ꢠꢡMX133T200ꢠꢣ2ꢢ

ꢠꢡMX153T200ꢠP2ꢢ

ꢠꢡMXꢈ53T200ꢠꢥ2ꢢ

ꢠꢡMX253T200ꢠG2ꢢ

1 00 Vdc

ꢁ25 Vdc Surge

2.7

5ꢤ4

ꢈꢁ

1ꢁ

ꢈꢁ

1ꢁ

ꢈꢁ

1ꢁ

2ꢇe

2ꢁ

2Vꢊ

3ꢆ

2ꢁ

4Yꢊ

3ꢆ

3Yꢊ

5ꢁ

4ꢱ

4Ye

3ꢆ

4ꢆ

5ꢁ

4ꢆ

5ꢁ

4Yꢊ

4ꢆ

5ꢁ

4ꢆ

5ꢁ

5ꢀ

4ꢀ

5ꢁ

5Vꢊ

5ꢁ

8ꢁ

ꢠꢡM112UꢈOOAK2ꢢ

ꢠꢡMXꢈ62U1OOAK2ꢢ

ꢠꢡM172UꢈOOAA2ꢢ

ꢠꢡM242UꢈOOAꢬ2ꢢ

ꢠꢡMX252U1OOAA2ꢢ

ꢠꢡM322U1OOAꢢ2ꢢ

ꢠꢡMX362U1OOAꢬ2ꢢ

ꢠꢡM462UꢈOOAꢡ2ꢢ

ꢠꢡMX472U1OOAꢢ2ꢢ

ꢠꢡM652Uꢈ00ꢢꢢ2ꢢ

ꢠꢡM692U1OOAꢥ2ꢢ

ꢠꢡMX692U100Aꢡ2ꢢ

ꢠꢡM782U1OOꢣꢡ2ꢢ

ꢠꢡMX952U100ꢢꢢ2ꢢ

ꢠꢡM992U100ꢢꢡ2ꢢ

ꢠꢡMXꢈ03U1OOAꢥ2ꢢ

ꢠꢡMXꢈꢈ3U1OOꢣꢡ2ꢢ

ꢠꢡM153Uꢈ00ꢢꢥ2ꢢ

ꢠꢡMXꢈ53U100ꢢꢡ2ꢢ

ꢠꢡM163Uꢈ00ꢡꢡ2ꢢ

ꢠꢡMX223U100ꢢꢥ2ꢢ

ꢠꢡMX243U1OOꢡꢡ2ꢢ

ꢠꢡM243U1OOꢠꢡ2ꢢ

ꢠꢡM253UꢈOOꢡꢥ2ꢢ

ꢠꢡM333U1OOꢠꢣ2ꢢ

ꢠꢡMX363U1OOꢠꢡ2B

ꢠꢡMX373U1OOꢡꢥ2B

ꢠꢡM373U1OOꢠꢥ2ꢢ

ꢠꢡM393UꢈOOꢠP2ꢢ

ꢠꢡMX493U100ꢠꢣ2ꢢ

ꢠꢡMX553U1OOꢠꢥ2B

ꢠꢡMX573U1OOꢠP2ꢢ

ꢠꢡM633U100ꢠG2ꢢ

ꢠꢡMX933U1OOꢠG2ꢢ

380 0ꢄ2700 0ꢄꢈ700 ꢈꢫ9

ꢈꢈ00 0ꢄ1200 0.0530 2ꢄ8

460 0.1100 0.0670 3.4 5.0

6ꢈ0 0.0830 0.05ꢈ0 3.9 5.8

6ꢈ0 0ꢄ1500 0ꢄ09ꢈ0 2ꢃ7 3ꢄ9

9ꢈ0 0.1100 0.0660 3ꢃ4 4ꢄ8

920 0.0560 0.0350 4.9 7.1

ꢈ600 0ꢄ1200 0ꢄ0530 2ꢄ8 5ꢤ4

ꢈ700 0.0790 0ꢄ0360 3.7 6ꢃ9

2400

0ꢤ0550 0ꢄ0250

4ꢄ6

8ꢃ5

7ꢄ5

9.7

8.8

2500 0ꢄ0680 0ꢄ0310 4ꢤ0

3200 0ꢃ0420 0.0200 5.4

5ꢃ3 6.9

1200 0ꢃ0850 0.0530 3ꢃ8 5.4

1200 0ꢃ0650 0ꢄ0430

3600 0ꢤ05ꢈ0 0ꢄ0240

4ꢄ8

1ꢁ

4600 0ꢃ0300 0.0ꢈ40 6.5 11.3

4700 0.0200 5.4 9.7

6500 0.0370 0.0230 6.6

5ꢃ7

4.5 6.ꢈ

1400 0ꢭ04ꢈ0 0.0260

*1400 0.1000 0ꢄ0660

8ꢃ0

0.0420

8.8

1500 0ꢃ0440 0.0290 6ꢃ2 8.4

1800 0ꢃ0570 0.0360 4ꢃ8 6ꢃ7

ꢈ900 0.0420 0.0280 6.8 8.7

1ꢯ

1ꢁ

6900 0ꢄ0220 0ꢄ0ꢈꢈ0 7ꢄ4 ꢈ2ꢫ0

6900 0.0300 0.0ꢈ40 6.5 11.3

7800 0ꢄ0250 0ꢄ0ꢈ40 7ꢄ9 11ꢄ3

9500 0.0340 0.0200 7.0 9.3

ꢈꢁ

ꢈꢯ

8.3

*2200 0.0620 0ꢄ0390 5.8

ꢲ2500 0.0610 0.0410 5ꢄ6 7.4

2500 0.0670 0.0490 5.0 6ꢃ0

8ꢃ3 10.9

9900 0ꢄ0250 0.0150

ꢈ0000 0ꢄ0240 0ꢃ0120 7ꢄ2 ꢈꢈꢄ6

ꢈ1000 0.0190 0ꢃ0110 8ꢄ9 12.8

ꢈꢁ

ꢈꢯ

2V,

2ꢹ,

6.2 8.6

*2700 0ꢄ0530 0ꢄ0340

7.4

2700 0ꢄ0440 0ꢄ0280 5.4

1ꢁ

ꢈ5000

0.0170 0.0110 9.9 12.7

3000 0.0280 0.0190 8.2 10.4

15000 0.0250 0ꢃ0150 8.3 10.9

16000 0.0160 0.01ꢈ0 11.9 15.1

6.5 8ꢃ2

3000 0ꢄ0380 0ꢤ0260

ꢈꢯ

2ꢏꢷ

3200 0ꢄ0260 0ꢄ0180 9ꢄ9 12.5

3900 0.0480 0.0350 6.1 7.3

9.9 12.7

22000 0.0170 0ꢃ01ꢈ0

24000 0.0160 0ꢃ0110 11.9 15.1

24000 0.0160 0.0120 13.0 14.8

25000 0.01ꢈ0 0.0075 ꢈ4.4 17.9

33000 0.0ꢈ20 0ꢄ0094 ꢈ5.0 17.0

36000 0ꢤ0ꢈ60 0ꢄ0ꢈ20 13ꢄ0 14ꢄ8

4800 0.0230

0ꢃ0ꢸ70 1ꢈ.5 13.3

12.2 15.1

5000 0.0180 0ꢃ0ꢈ20

6000 0.0320 0ꢃ0230 7.4 8.8

6400 0.0310 0.0230 8.7 10.3

6600 0ꢄ0170 0.0130 ꢈ3ꢄ4 15ꢄ5

ꢺ7400 0.0150 0.0ꢈ20 ꢈ4.2 16.3

2ꢦ,

14.4 17.9

37000 0.0086 15ꢄ8 17ꢄ8

2Vꢷ

37000 0ꢃ0ꢈꢈ0 0.0075

0ꢃ0ꢈꢈ0

7800 0.0150

0.0ꢈ10 ꢈ4.4 16.6

39000 0ꢃ0ꢈꢈ0 0.0083 16.0 18.0

49000 0ꢃ0ꢈ20 0.0094 15.0 17.0

9.5 ꢈ0.4

9500 0ꢄ0300 0ꢄ0250

9800 0.0210 0.0ꢈ60 ꢈ0ꢄ8 12ꢻ6

13000 0.0150 0.0ꢈ30 13.3 14.3

13000 0.0230 0.0ꢈ90 1ꢈꢄ2 12ꢼ2

2ꢁ

15.8 17.8

55000 0ꢃ0ꢈꢈ0 0ꢄ0086

57000 0.0ꢈꢈ0 0.0083 16.0 18.0

ꢈ4.1 14.9

63000 0ꢃ0ꢈ20 0.01ꢈ0

93000 0ꢤ0ꢈ20 0ꢄ0ꢈꢈ0 13ꢄ9 ꢈ4ꢄ7

1 50 Vdc

15000

0.0190 0.0ꢈ60 12.0 13ꢃ2

15000 0ꢃ0200 0.0170 1ꢈ.8 12ꢃ9

10.8 11ꢃ2

ꢂ80 Vdc Surge

25000 0ꢃ02ꢈ0 0ꢄ0ꢈ90

250 Vdc

ꢈ70 0ꢃ2900 0.1600 1ꢄ8

1ꢁ

2ꢆ

1ꢁ

2ꢁ

2Yꢊ

3Yꢊ

2ꢁ

4ꢆ

3ꢌ

3ꢆ

5ꢁ

4ꢆ

4ꢀ

4ꢆ

3ꢇe

5ꢁ

4ꢆ

5ꢁ

4ꢆ

4ꢀ

5ꢁ

4ꢀ

ꢠꢡM44ꢈUꢈ50AK2ꢢ

ꢠꢡM67ꢈU150AA2B

ꢠꢡMX76ꢈU150AK2B

ꢠꢡM96ꢈU150Aꢬ2ꢢ

ꢠꢡMXꢽ12U150AA2B

ꢠꢡMꢈ32U150Aꢢ2ꢢ

ꢠꢡMX162Uꢈ50Aꢬ2ꢢ

ꢠꢡM192U150Aꢡ2ꢢ

ꢠꢡMX2ꢈ2Uꢈ50Aꢢ2ꢢ

ꢠꢡM262U150ꢢꢢ2ꢢ

ꢠꢡM272Uꢈ50Aꢥ2B

ꢠꢡM312Uꢈ50ꢣꢡ2ꢢ

ꢠꢡMX3ꢈ2U150Aꢡ2B

ꢠꢡM392Uꢈ50ꢢꢡ2B

ꢠꢡMX442U150ꢢꢢ2ꢢ

ꢠꢡMX472U150Aꢥ2B

ꢠꢡMX532U150ꢣꢡ2ꢢ

ꢠꢡM602Uꢈ50ꢢꢥ2ꢢ

ꢠꢡM652U150ꢡꢡ2ꢢ

ꢠꢡMX672U150ꢢꢡ2B

ꢠꢡM982U150ꢠꢡ2B

ꢠꢡM992U150ꢡꢥ2ꢢ

ꢠꢡMXꢈ03U150ꢢꢥ2ꢢ

ꢠꢡMXꢈ13Uꣃ50ꢡꢡ2ꢢ

440 0ꢤ2000 0ꢄ1200 2ꢄ3 3ꢄ7

670 0.ꢈ300 0.0780 3.0 4.8

760 0ꢃ2ꢈ00 0ꢄ1200 2ꢄ3 3ꢄ6

960 0.0920 0.0540 3ꢃ8 5.9

1ꢁ

ꢈꢁ

300 Vdc Surge

2ꢄ9

1ꢋ

1ꢁ

ꢈꢁ

1ꢁ

ꢈꢁ

1ꢍ

1ꢁ

ꢠꢡMꢈ7ꢈT250AK2ꢢ

ꢠꢡM251T250AA2ꢢ

ꢠꢡM27ꢈT250AA2B

ꢠꢡMX28ꢈT250AK2ꢢ

ꢠꢡM40ꢈT250Aꢬ2ꢢ

ꢠꢡMX46ꢈT250AA2ꢢ

ꢠꢡM54ꢈT250Aꢢ2ꢢ

ꢠꢡMX681T250Aꢬ2ꢢ

ꢠꢡM811T250Aꢡ2ꢢ

ꢠꢡMX9ꢈꢈT250Aꢢ2ꢢ

ꢠꢡM112T250ꢢꢢ2ꢢ

ꢠꢡM122T250Aꢥ2ꢢ

ꢠꢡM132T250ꢣꢡ2B

ꢠꢡMXꢈ42T250Aꢡ2ꢢ

ꢠꢡMꢈ72T250ꢢꢡ2ꢢ

ꢠꢡMꢈ82T250ꢢꢡ2ꢢ

ꢠꢡMX182T250ꢢꢢ2ꢢ

ꢠꢡMX202T250Aꢥ2ꢢ

ꢠꢡMX232T250ꢣꢡ2ꢢ

ꢠꢡM272T250ꢢꢥ2ꢢ

ꢠꢡM282T250ꢡꢡ2ꢢ

ꢠꢡM292T250ꢠꢡ2ꢢ

ꢠꢡMX292T250ꢢꢡ2ꢢ

1ꢁ

2ꢀ

2ꢇe

1ꢁ

2ꢁ

2ꢇꢾ

3ꢇe

2ꢁ

4ꢂa

3ꢌ

5ꢁ

4Yꢊ

4ꢌ

4ꢆ

3ꢌ

5ꢁ

4ꢆ

5ꢁ

4ꢇe

4ꢀ

4꣄ꢊ

*250 0ꢄ3300 0ꢄ1900 1.8 2.8

270 0.ꢈ800 0.1000 2.5 3.8

1100 0.ꢈ200 0.0700

ꢈ300 0.0710 0.0420

3.2

5.0

4.4 6.8

2ꢄ7

280 0ꢃ2900 0.1700 1.8

400 0.ꢈ200 0.0680 3.1 4.9

460 0ꢄꢈ600 0.0920 2.6 3.9

1600 0.0890 0.0530 3ꢃ8 6.0

1900 0.0490 0.0290 5.4 8.2

2ꢈ00 0ꢄ0740 0ꢄ0440 4.3 6.7

2600 0.0550 0.0370 5.8 7.7

2700 0.0360 0.0220 6.1 9ꢃꢈ

5.7

540 0.0910 0.0520 3.7

680 0.ꢈ200 0ꢃ0670 3.2 4.8

810 0.0620 0ꢃ0350 4.6 7.0

1ꢁ

ꢈꢯ

ꢈꢁ

910 0ꢄ0930 0ꢃ0540 3.6

5ꢄ4

ꢈ100 0.0700 0.0440 5.1 6ꢃ9

0.0450 0.0260 5ꢃ3 7ꢄ9

1300 0.0480 0.0290 5ꢿ9 8ꣀ3

3ꢈ00 0.0390 0.0240

6.7 9.4

3ꢈ00 0ꢄ0510 0ꢃ0300 5ꢄ3 8ꢃꢈ

ꢈ200

3900 0ꢃ0370 0.0240 7.3

4400 0ꢄ05ꢈ0 0.0340 6ꢄ1

9ꢃ6

8.1

4.5 6ꢃ6

6ꢃ5 8ꢃ7

5.7 8.3

1400 0.0630 0.0370

1700 0ꢃ0450 0.0290

ꢺ1800 0ꢃ0630 0.0370

4700 0ꢄ0400 0ꣁ0240 5ꢄ9 8ꢃ7

5300 0.03ꢈ0 0.0200 7ꢄ5 ꢈ0.6

ꢈꢁ

8.8 ꢈ1ꢃ3

10.6 13.6

6000 0.0250 0.0170

6500 0ꢪ0230 0ꢄ0160

1800 0ꢃ0720 0.0490 4.8 6ꢃ0

2000 0ꢃ0480 0.0290

7.3

2ꢏꢷ

2ꢏꣂ

2Yꢷ

5.1

1ꢎ

ꢈꢯ

2ꢏ,

0.0380

0.0250 7.3

9.6

6700

2300 0.0410 0.0260 6.2 8.1

2700 0.0300 0.0190 7.9 ꢈ0.4

0.0160

12.1 14.1

9800 0ꢃ0200

9900 0ꢃ0ꢈ60 0.0ꢈ10 12.9 16ꢄ2

10000 0ꢃ0260 0.0170 8ꢄ7 ꢈꢈ.3

9.5 12.4

2800 0.0290 0.0180

ꢲ2900 0.0450 0.0290 8ꢄ7 ꣃꢈꢄ5

2900 0.0520 0.0350 5.8 7.2

10ꢃ6 13ꢃ6

1ꢈ000 0ꢿ0240 0.0160

Stock Raꢀing

104

• MA (508) 996-8561

SCREW TERMINAL ꢀꢁCITORS

Nominal

Case Sꢂze

D x L (ꢍꢃꢆhes)

ESR max

ohꢉꢊ

120Hz, 20kHꢋ

ꢀipple amꢁs

Nomꢂꢃal

Catalog

Nꢎmber

Capacꢄtaꢅꢆe

as•c

Caꢊe Siꢋe

Caꢇaloꢌ

Numbeꢘ

Capaꢆiꢇaꢃꢈe

ꢎꢏ

ꢐ20ꢑzꢒ 20kHꢓ D x ꢔ ꢕꢖꢃcꢗes)

5ꢃ

5ꢀ

4ꢔꢕ

5ꢃ

4ꢔꢕ

5ꢃ

8ꢃ

5ꢔꢕ

5ꢃ

8ꢃ

DCM2ꢅ2T400CF2B

DCMX262T400BF2B

DCM272T400DE2B

DCMX282T400CC2B

DCM312T400DF2B

DCM322T400DP2B

DCMX412T400DC2ꢑ

DCMX432T400CF2ꢑ

DCM522T400DG2B

DCMX562T400DE2ꢑ

DCMX642T400DF2B

DCMX672T400DP2B

DCMX113T400DG2B

0ꢇ0320 0.02ꢅ0 ꢅ0.ꢅ 14ꢐ4

0.0550 0ꢁ0360 6ꢁ3

2Y,

2ꢅ00

2600

2700

4ꢀ

5ꢂe

5ꢃ

4ꢀ

5ꢔꢕ

5ꢌe

5ꢃ

4ꢔs

5ꢃ

5ꢔs

8ꢀ

5ꢃ

8ꢃ

DCM422T250DC2ꢑ

DCM442T250CF2ꢑ

DCMX452T250ꢑF2ꢑ

DCMX482T250CC2ꢑ

DCM582T250DE2ꢑ

DCM602T250DF2ꢑ

DCM652T250DF2ꢑ

DCꢗ692T250Dꢘ2ꢑ

DCMX722T250DC2ꢑ

DCMX742T250CF2ꢑ

DCMX982T250DE2ꢑ

DCM113T250DG2ꢑ

DCMX1ꢅ3T250DF2ꢑ

DCMX123T250Dꢘ2ꢑ

DCMXꢅ93T250DG2ꢑ

0.0240 0.0170 1ꢅꢁꢅ ꢅ3.3

0.0ꢅ90 0.0ꢅ30 ꢅ1ꢁ7ꢒ ꢅ5.0

2ꢆ

4200

4400

8ꢐ6

0.0310 0ꢁ0210

ꢅꢅꢇ3 14.7

7.6 10ꢈ2

11ꢁ9 15.5

8.7

4500 0.0340 0.0240 7.4

8.4 ꢅ0.2

2800 0ꢁ0520 0.0350

3ꢅ00 0.0270 0ꢁ0190

2Yꢓ

2ꢆ

4800 0ꢁ0330 0ꢐ0240

5800 0.0180 0ꢄ0ꢅ30 13ꢁ0 15ꢇ4

*6000 0.0260 0ꢁ0180 ꢅ1.2 ꢅ3.7

6500 0.0ꢅ60 0.0120 13.8 ꢅ6.3

3200 0.0260 0.0ꢅ80 ꢅ2.2 ꢅ5ꢁ8

8ꢁ7 10.6

0.0340 0ꢁ0230 9.4 ꢅ2ꢊ5

4100 0.0450 0.0330

2Y,

4300

0.0160

6900

0ꢇ0110

ꢅ4.0 16ꢖ5

12.3 14.3

ꢅ0ꢁ2 ꢅ2.4

10.9 ꢅ3ꢈ2

ꢅꢅꢇ1 13.4

10ꢁ7 11ꢁꢙ

5200 0ꢁ0210 0ꢇ0160

5600 0.0330 0.0240

6400 0.0300 0ꢁ0220

6700 0.0280 0.0210

11000 0ꢁ0250 0ꢁ0210

7200 0.0320 0.0250 9.3 ꢅ0.4

7400 0ꢄ0220 0.0ꢅ60 10ꢁ4 ꢅ2.5

2ꢆ

ꢅ0.9 ꢅ2.2

13.1 14.3

11.6 12.9

ꢅꢅ.6 ꢅ3.1

9800 0ꢁ0240 0.0ꢅ90

ꢅ1000 0.0ꢅ50 0.0130

ꢅꢅ000 0.0210 0ꢊ0170

0ꢇ0200

12000

0.0160

450 Vdc

500 Vdc Surge

19000 0.0220 0.0ꢅ90 ꢅ0.6 ꢅ1.2

1ꢊ2

1ꢁ1

1.6

ꢅ.2

1ꢛ

ꢅꢛ

1ꢛ

ꢅꢛ

1ꢛ

ꢅꢛ

ꢀ

1ꢃ

2ꢀ

ꢅꢃ

2ꢃ

2ꢀ

3ꢀ

3ꢉ

2ꢃ

4ꢉ

ꢟꢠ

3ꢔs

5ꢃ

4ꢉ

4ꢀ

4ꢉ

5ꢃ

3ꢉ

5ꢃ

4ꢔꢕ

5ꢃ

4ꢀ

4ꢔꢕ

4ꢀ

5ꢔꢕ

5ꢌe

4ꢔs

5ꢂe

5ꢉ

4ꢀ

5ꢀ

5ꢃ

5¥s

4ꢀ

5ꢃ

5ꢔꢕ

8ꢃ

5ꢃ

5¥s

DCM660Tꢚ50AK2B

DCM101T450AA2B

DCM111T450AA2B

DCMX121T450AK2B

DCMꢅ6ꢅT450AH2B

DCMX201T450AA2B

DCM211T450Aꢑ2ꢑ

DCM231T450AB2B

DCMX291T450AH2B

DCM32ꢅT450AC2ꢑ

DCMX39ꢅT450Aꢑ2B

DCM431T450BB2B

DCM481T450AF2B

DCM53ꢅT450EC2ꢑ

DCMX591T450AC2B

DCM651T450BC2B

DCM681T450BC2ꢑ

DCMꢙ01T450BF2B

DCMXꢙ0ꢅT450ꢑB2B

DCMXꢙꢙ1T450AF2B

DꢦMX9ꢙ1T450EC2B

DCM102T450BF2B

DCM112T450CC2ꢑ

DCM112T450DC2B

DCMX132T450BC2B

DCMꢅ52T450DE2ꢑ

DCM172T450CF2ꢑ

DCM172T450DC2ꢑ

DCMXꢅ92T450BF2B

DCM202J450DE2B

DCMX2ꢅ2T450CC2ꢑ

DCM232T450DE2B

DCM242T450DF2B

DCM262T450DF2ꢑ

DCM272ꢲ450Dꢘ2B

DCMX312T450DC2ꢑ

DCMX322T450CF2ꢑ

DCMX422T450DE2B

DCM442T450DG2ꢑ

DCMX4ꢙ2T450DF2ꢑ

DCMX502T450Dꢘ2ꢑ

66 0.8200 0.4900

1.9

1ꢁ9

2ꢁ6

1ꢊ9

350 Vdc

400 Vdc Surge

*ꢅ00

0.9900 0ꢁ6000

ꢅꢅ0 0ꢁ5100 0ꢈ3ꢅ00

ꢅ20 0.7700 0.4700

160 0ꢈ3400 0ꢁ2ꢅ00

1.4 2ꢊ2

1ꢛ

ꢅꢛ

ꢅꢃ

2ꢀ

1ꢃ

2ꢃ

2ꢀ

3ꢀ

2ꢃ

4ꢀ

3ꢔꢕ

3ꢀ

5ꢃ

4ꢉ

4ꢔꢕ

4ꢀ

3ꢉ

5ꢃ

4ꢉ

5ꢃ

4ꢀ

4ꢉ

4ꢔs

5ꢃ

4ꢀ

5ꢀ

5ꢃ

4ꢉ

5ꢃ

5ꢉ

5ꢃ

8ꢃ

DCM1ꢅꢅT350AK2ꢑ

DCM171T350AA2ꢑ

DCMXꢅ81T350AK2ꢑ

DCM26ꢅT350AH2ꢑ

DCMX291T350AA2ꢑ

DCM35ꢅT350Aꢑ2ꢑ

DCMX43ꢝT350AH2ꢑ

DCM521T350AC2ꢑ

DCMX58ꢅT350Aꢑ2ꢑ

DCM7ꢅꢅT350ꢑꢑ2ꢑ

DCM78ꢣT350AF2ꢑ

DCM871T350EC2ꢑ

DCMXꢙ7ꢅT350AC2ꢑ

DCM112T350ꢑC2ꢑ

DCMXꢅ22T350ꢑꢑ2ꢑ

DCMXꢅ32T350AF2ꢑ

DCMXꢅ42T350EC2ꢑ

DCMꢅ72T350ꢑE2ꢑ

DCMꢅ82T350CC2ꢑ

DCMX182T350ꢑC2ꢑ

DCM272T350DC2ꢑ

DCM282T350CF2ꢑ

DCMX282T350ꢑF2ꢑ

DCMX30ꢪT350CC2ꢑ

DCM372T350DE2ꢑ

DCM422T350DF2ꢑ

DCM442T350Dꢘ2ꢑ

DCMX452T350DC2ꢑ

DCMX472T350CF2ꢑ

DCMX622T350DE2ꢯ

DCMX702T350DF2ꢰ

DCM722T350DG2B

DCMX742T350Dꢘ2B

DCMXꢅ23T350DG2B

1ꢅ0 0.6500 0.4100

3.0

2.1

3ꢈ8

3.1

4.4

0ꢇ4000

170

ꢅ80

0.2600

2ꢁ0 3.3

0.6400 0.4200 1.4

0ꢁ4800 0.2900 ꢅ.6 2.6

200

260 0.2700 ꢜꢁꢅ700 2.4

2.0

350 0.2000 0.ꢅ300 2.8

2ꢁ4 3.9

ꢅ.8

2ꢁꢅ

2ꢅ0 0.2600 0ꢁꢅ600

*230 0ꢇ4400 0.2600

290 0ꢁ3200 0.1900

290 0ꢐ3500 0.2300

3ꢁ0

3.3

2.4 3.8

3ꢇ5 5ꢈ5

2.8 4ꢁ3

0ꢇ2500 0.1600

520 0ꢁ1400 0.0880

580 0.2000 0.ꢅ300

430

320

0ꢇꢅ700 0ꢁ1000 3ꢁꢞ 4ꢁ8

2.4 3ꢊ9

390 0ꢈ2400 0ꢁꢅ500

430 0ꢡ1300 0ꢇ0820 4.ꢅ 6ꢁ1

0.ꢅ400 0.0960 4ꢢ0 5.8

0.0980 0ꢈ0630 4.ꢅ 6.3

710

780

0ꢁ0710 3ꢊ6

5.8

1ꢛ

ꢅꢛ

480 0.1200

1ꢛ

530 0.ꢅ100 0ꢁ0660 4.3 6ꢁ7

6.8

5ꢈ3

7.4

5.3

6.0

7.0

870 0.1000 0ꢈ0670 4.6

590

0.ꢅ600 0ꢁ0990 3.1

4ꢊ8

6.5

870

1100

0ꢤ1400 0.0880 3.5

*650 0.1500

0.0910 4.0

0.0920 0.0610

5ꢈ1

4.0

3.9

0.0840 0.0530 5ꢁ2 7.8

0.1300 0ꢈ0800 4.3 6ꢁ4

680

*800

1200 0.ꢅ400 0.0950

1ꢛ

0.1000 0ꢁ0680

1300

3ꢋ9

ꢙOO 0.ꢅ300 0.0880

5.5

5.8

6ꢁ3

9ꢁ4

ꢅ400

0.0820 0.0550 5.0

0ꢁ0600 0.0410 6.3 8.9

1ꢛ

ꢅꢥ

880 0.ꢅ100 0ꢁ0670 3ꢁ7

ꢅ700

980

0.ꢅ000 0ꢁ0660 4.3

7ꢄ6 10.7

4.8 6ꢈ5

9ꢇ5 1ꢧꢈꢅ

9.5 ꢅ3.ꢏ

2Y,

1800 0.0570 0ꢄ0380

1800 0.0970 0.0680

2700 0ꢁ0430 0.03ꢅ0

2800 0.0370 0.0250

6.4

1000 0.0550 0.0350

0ꢁ0500 0ꢈ0320 7.9 1ꢅ.5

2Y,

ꢅ100

6ꢨ4

*1ꢅ00 0ꢁ1000 0.0630

9ꢁ7

ꢅ300 0.0860 0ꢁ0560 5.0 7.0

7.8

9.2

2800 0.0640

0ꢁ0440 5.9

7.6 1ꢅꢈ3

9.8 ꢅ4ꢁꢅ

9ꢁ4 12ꢊ4

ꢩꢅ500 0.0750 0.0470

1700 0ꢈ0330 0.0210

1700 0.0430 0ꢁ0290

ꢅ900 0.0560 0.0370

7ꢄꢅ

2ꢆ

0.0610 0.0430

300ꢫ

1ꢅ.ꢅ ꢏ4ꢄꢅ

11ꢈ8 lꢬ.9

3700 0.0320 0.0230

4200 0ꢇ0280 0.0200

6.2

8ꢈ5

0.0270 0.0200 ꢅ2ꢄ0 15ꢈ2

4400

4500

*2000

0.0590 0ꢁ0380 8ꢁ4 1ꢅ.ꢙ

8ꢈ3

9.8

0.0500 0ꢁ0380

7.4 10.0 ꢭ2Y,

2ꢅ00 0.0540 0ꢁ0360

2300 0.0320 0.02ꢅ0

*2400 0.0500 0.0330

8ꢈ8 1ꢅ.4

9ꢖ8 1ꢅꢈ5

2Y,

0.0280

4700 0.0400

1ꢮ.0 14.5

9.0 12ꢁ5

0.0370 0ꢁ0280

6200

0.0250 ꢅ0.4 12.2

7000 0.0330

7200 0.0220 0ꢐ0180

0.0280 0ꢁ0ꢅ90 1ꢅ.7 ꢅ5.3

2600

12ꢈ0 ꢅ3.7

2700 0.0270 0ꢁ0180 1ꢅꢈ9 ꢅ5ꢊ6

3100 0ꢊ0460 0.0330 8ꢁ6 ꢅ0.5

3200 0ꢁ0350 0.0240 9ꢁ2 ꢅ2ꢈ4

0.0320 0ꢄ0240 10.5 12.4

7400

0ꢈ0240

ꢅ0ꢈ0 10.9

ꢅ20QO 0ꢱ0290

2Y,

400 ꢁdc

0.4800 ꢅ.2

450 Vdc Suꢂge

ꢅ0.1 12ꢁ3

4200 0ꢁ0340 0ꢈ0250

2.0

1ꢌe

2ꢔs

ꢅꢃ

2ꢃ

3ꢔꢕ

2ꢔꢕ

4ꢉ

2ꢃ

3ꢔs

3ꢀ

5ꢂe

4ꢔs

4ꢉ

4ꢔꢕ

3ꢀ

5ꢃ

4ꢔs

4ꢎ

4ꢀ

4ꢉ

DCM790T400ꢳK2ꢑ

DCMꢅ31T400AA2B

DCMXꢅ6ꢅT400AK2B

DCM191T400AH2B

DCM25ꢷT400AB2B

DCMX261T400AA2B

DCM38ꢅT400AC2ꢑ

DCMX391T400Aꢸ2ꢑ

DCM5ꢅ1T400ꢑꢑ2ꢺ

DCMX531T400AB2ꢑ

DCM57ꢅT400AF2ꢑ

DCM63ꢏT400EC2B

DCMX791T400AC2B

DCMꢙꢅ1T400BC2ꢑ

DCMXꢅꢅ2T400BB2B

DCMꢅ22T400BF2ꢑ

DCMXꢅ22T400AF2B

DCMꢅ32T400CC2B

DCMX132T400ꢻC2ꢑ

DCMX1ꢼ2T400ꢑC2B

DCM202T400DC2B

ꢅꢛ

1ꢛ

ꢶ's

1ꢛ

ꢅꢛ

ꢹ's

ꢅꢛ

1ꢛ

79 0ꢁ7900

4400 0.0220 0.0160 12ꢈ1 14ꢁ2

2.7

ꢅꢈ6

130 0.5000 0ꢁ3000

160 0.7400 0ꢁ4500

190 0.3300 0.20ꢵ0

250 0.2500 0ꢄ1500

260 0ꢄ4600 0.2800

0.0300 0.0220 10ꢁ7 ꢅ3.0

0ꢈ0290 0.02ꢅ0 10ꢁ9 ꢅ3ꢊ3

4800

5000

ꢅꢈ2 2.0

ꢴ.ꢅ 3ꢄ4

2.5

1.7

4.0

2.7

5.0

3.4

6ꢈ2

0.1700 0ꢈꢅ000 3.ꢍ

380

2.1

0.ꢅ900

390 0.3ꢅ00

5ꢅ0 0ꢨ1300 0.08ꢅ0 4ꢈ2

2.5 4ꢁ0

530 0.2300 0.1400

6.0

6.8

570

0ꢈꢅ100 0.0690 3.7

630 0.ꢅ000 0ꢄ0650 4.4

3.ꢅ 5.0

5.4 7ꢄ9

790 0.1600 0ꢈ0960

8ꢅ0 0.0820 0ꢈ0520

0.ꢅ300 0.0860 4.0 5.6

ꢅꢅ00

6ꢈ6 9ꢄ6

3.8 6.0

0.0530 0.0340

0.1ꢅ00 0.0650

1200

1ꢛ

2ꢆ

ꢀ

1200

0ꢄ0310 8.1 ꢅꢅ.7

ꢅ300 0ꢖ0490

6ꢊ4

0.0550 5.1 7ꢄꢏ

9.6 ꢅ2.6

4.4

1300

0.1000

0ꢁ0640

ꢅ700 0.0830

2000 0.0410

0.0280

* Stock Raꢀing

(

• MA (508) 996-8561

DCM713U063DF2B [CDE]

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