AXIAL LEAD CERAMIC CAPACITORS

Conformal coated, miniature sizes, 0.3pF - 2.2uF

Wide range of capacitance, tolerance, TC, and voltage

C0G (NP0), X7R, Z5U and Y5V temperature coefficients

Popular values available from stock

CEA SERIES

INCH [mm]

DIELECTRIC CHARACTERISTICS (typical)

D

C

R

e

p

y

T

C

D

V

W

1

E

G

N

A

R

E

C

N

A

T

I

C

A

P

A

C

L

)

x

a

M

,

h

t

g

n

e

L

y

d

o

B

(

D

)

x

a

M

,

r

e

t

e

m

a

i

D

y

d

o

B

(

d

)

a

i

D

d

a

e

L

(

)

O

P

N

(

G

0

CR

7

XV

5

Y

/

U

5

Z

2

5

0

A

E

C

5

2

0

5

0

0

1

F

p

0

0

0

1

-

3

.

0

F

p

0

0

0

1

-

3

.

0

F

p

0

2

8

-

5

.

0

F

u

5

1

.

0

-

F

p

0

0

1

F

u

0

1

.

0

-

F

p

0

0

1

F

u

1

0

.

0

-

F

p

0

0

1

F

u

0

.

1

-

F

p

0

0

0

1

F

u

7

4

.

0

-

F

p

0

0

0

1

F

u

8

6

0

.

0

-

F

p

0

0

0

1

0

5

1

.

0

]

8

.

3

[

0

0

1

.

]

4

5

.

2

[

3

0

0

.

±

8

1

0

]

8

0

.

±

5

4

.

0

[

0

1

A

E

C

5

2

0

5

0

0

1

F

p

0

0

7

2

-

5

.

0

F

p

0

0

2

2

-

5

.

0

F

p

0

0

0

1

-

5

.

0

F

u

2

2

.

0

-

F

p

0

0

1

F

u

0

1

.

0

-

F

p

0

0

1

F

u

3

3

0

.

0

-

F

p

0

0

1

F

u

2

.

1

-

F

p

0

0

0

1

F

u

0

.

1

-

F

p

0

0

0

1

F

u

0

1

.

0

-

F

p

0

0

0

1

0

7

1

.

0

]

2

3

.

4

[

0

0

1

.

]

4

5

.

2

[

3

0

0

.

±

8

1

0

.

]

8

0

.

±

5

4

.

0

[

2

1

A

E

C

5

2

0

5

0

0

1

F

p

0

0

6

5

-

5

.

0

F

p

0

0

7

4

-

5

.

0

F

p

0

0

3

3

-

5

.

0

F

u

0

.

1

-

F

p

0

0

1

F

u

7

4

.

0

-

F

p

0

0

1

F

u

0

1

.

0

-

F

p

0

0

1

F

u

2

.

2

-

F

p

0

0

0

1

F

u

0

.

1

-

F

p

0

0

0

1

F

u

0

1

.

0

-

F

p

0

0

0

1

0

0

2

.

0

]

1

.

5

[

8

1

1

.

]

0

.

3

[

3

0

0

.

±

8

1

0

.

]

8

0

.

±

5

4

.

0

[

M

E

T

I)

O

P

N

(

G

O

CR

7

X)

U

5

Z

(

V

5

Y

2

s

e

u

l

a

v

2

1

E

,

e

g

n

a

R

.

p

a

CF

p

0

0

6

,

5

-

F

p

3

.

0F

u

1

-

F

p

0

0

1F

u

2

.

2

-

F

p

0

0

0

,

1

e

c

n

a

r

e

l

o

T

e

c

n

a

t

i

c

a

p

a

C

)

d

t

s

(

F

p

5

.

,

F

p

5

2

.

,

F

p

1

.

±

:

F

p

0

1

<

≥

%

0

1

±

,

)

d

t

s

(

%

5

±

,

%

2

±

,

%

1

±

:

F

p

0

1

,

)

d

t

s

(

%

0

1

±

,

%

5

±

%

0

2

±

%

0

2

-

/

0

8

+

,

)

d

t

s

(

%

0

2

±

e

g

n

a

R

e

r

u

t

a

r

e

p

m

e

T

g

n

i

t

a

r

e

p

OC

°

5

2

1

+

o

t

C

°

5

5

-C

°

5

2

1

+

o

t

C

°

5

5

-C

°

5

8

+

o

t

C

°

0

3

-

s

c

i

t

s

i

r

e

t

c

a

r

a

h

C

e

r

u

t

a

r

e

p

m

e

TC

°

/

m

p

p

0

3

±

0

3

e

g

n

a

r

p

m

e

t

.

p

o

r

e

v

o

x

a

m

%

5

1

±

)

%

6

5

-

/

%

2

2

+

(

%

2

8

-

/

%

2

2

+

e

g

n

a

r

p

m

e

t

g

n

i

t

a

r

e

p

o

r

e

v

o

x

a

m

)

r

h

e

d

a

c

e

d

/

s

s

o

l

p

a

c

(

g

n

i

g

Ae

l

b

i

g

il

g

e

n%

2%

7

(

f

e

o

C

e

g

a

tl

o

V

∆

)

V

x

a

m

@

Ce

l

b

i

g

il

g

e

np

y

t

%

0

1

+

o

t

%

0

5

-p

y

t

%

0

2

+

o

t

%

0

8

-

)

z

H

K

1

(

r

o

t

c

a

F

n

o

i

t

a

p

i

s

s

i

D

)

C

°

5

2

1

+

&

C

°

5

2

+

(

%

5

1

.

0

F

p

0

0

0

1

<

s

e

u

l

a

v

r

o

f

z

H

M

1

,

S

M

R

V

0

.

1

S

M

R

V

1

,

.

x

a

M

%

5

.

2S

M

R

V

5

.

0

.

x

a

M

%

0

.

4

C

°

5

2

e

c

n

a

t

s

i

s

e

R

n

o

i

t

a

l

u

s

n

I

)

2

0

3

-

D

O

H

T

E

M

-

2

0

2

-

D

T

S

-

L

I

M

(

G

0

0

1

Ω

M

0

0

0

1

r

o

Ω-F

u

s

s

e

l

s

i

r

e

v

e

h

c

i

h

w

G

0

0

1

Ω

M

0

0

0

1

r

o

Ω-F

u

s

s

e

l

s

i

r

e

v

e

h

c

i

h

w

G

0

1

Ω

M

0

0

0

1

r

o

Ω-F

u

s

s

e

l

s

i

r

e

v

e

h

c

i

h

w

h

t

g

n

e

r

t

S

c

i

r

t

c

e

l

e

i

DC

D

V

d

e

t

a

r

x

5

.

2C

D

V

d

e

t

a

r

x

5

.

2C

D

V

d

e

t

a

r

x

5

.

2

)

s

r

u

o

h

0

0

0

1

(

t

s

e

T

e

f

i

L

C

°

5

2

1

+

@

e

g

a

tl

o

v

d

e

t

a

r

x

2

∆

g

i

w

F

p

5

2

.

0

r

o

%

3

<

C

C

°

5

2

1

+

t

a

e

g

a

tl

o

v

d

e

t

a

r

x

2

∆

%

0

2

<

C

C

°

5

8

+

t

a

e

g

a

tl

o

v

d

e

t

a

r

x

5

.

1

∆

%

0

3

<

C

FA080A Sale of this product is in accordance with GF-061. Specifications subject to change without notice.

RoHS

Term.W is

RoHS

compliant

& 260°C

compatible

layer construction enabling an expanded range of values.

Bodies are insulated with a proprietary flame retardant epoxy

coating for superior environmental protection and dielectric

strength. Non-standard values, increased voltage ratings,

custom marking, military screening, cut & formed leads, etc.,

are available. Matched sets and networks also available.

Custom components are an RCD specialty!

Footnotes:

3

±60ppm <10pF

L

D

← →

↓

↑

d

↓

↑

SPECIFICATIONS

Cut & Forming

Wide range of styles and sizes available... horizontal,

vertical mount, snap-in kinks, etc. Consult factory.

89

RESISTORS CAPACITORS COILS DELAY LINES

CEA10

- 102 - J 101 G T W

P/N DESIGNATION:

Option Code: (leave blank if standard)

RCD Type

Capacitance Code 2 significant digits & multiplier:

R50=0.5pF, 1R0=1pF, 100=10pF, 101=100pF, 102=1000pF,

103=.01uF (10,000pF), 104=.1uF(100,000pF), 105=1uF

Tolerance: F=1%, G=2%, J=5%, K=10%, M=20%,

Z=+80%/-20%, B=±0.1pF, C=±0.25pF, D=±0.5pF

Packaging: B=Bulk, A=Ammo, T=Tape & Reel (5K pcs/reel typ)

Voltage Code: 025=25V, 050=50V, 101=100V, 201=200V

Dielectric: G=COG(NPO), R=X7R, V=Y5V (U=Z5U)

Termination: W= Lead-free, Q= Tin/Lead

(leave blank if either is acceptable)