151

50V CERAMIC DISC

89000 SERIES

18

NTE Electronics, Inc.

D Voice (800) 631–1250 (973) 748–5089 D FAX (973) 748–6224 D http://www.nteinc.com

The 89000 series is a range of insulated disc, monolythic

fixed ceramic capacitors. They are most commonly used

in consumer electronics and telecommunication equip-

ment.

RATINGS

Capacitance Range: 1.0pf to 0.10

µf (100,000pf)

Voltage: 50 Volts DC

Withstand Voltage: 150 Volts DC

PERFORMANCE SPECIFICATIONS

Operating Temperature Range:

–25

°C to +85°C (–13°F to +185°F)

Tolerance Range:

8901D0–89010

±0.5pf

89012–89312

±10%

89315

±20%

89322–89410

+80%, –20%

Temperature Coefficient:

8901D0–89110

–

NPO (Stable)

89112–89310

–

YSP (

±10%)

89312–89315

–

Y5R (

±15%)

89322–89410

–

Y5V (+30% – 80%)

Insulation Resistance: 10,000M

Ω Min,

but, 5,000M

Ω Min for capacitance over

0.020

µf

ORDERING INFORMATION

89

0

12

Series

Multiplier

Capacitance in pf

Example:

8901D5 = 1.5pf

89012

= 12pf

89112

= 120pf

MARKING EXAMPLE

Figure 1

Example: 150pf =

151

1500pf =

152

0.015

µf =

153

89000 Series Dimensions (Figure 2)

Cap

DØ

T

S

Cap

DØ

T

S

pf

mm

mm

mm

pf

mm

mm

mm

1.0pf

4

4

2.5

220pf

4

4

2.5

1.5pf

4

4

2.5

330pf

4

4

2.5

2.0pf

4

4

2.5

470pf

4

4

2.5

3.0pf

4

4

2.5

680pf

4

4

2.5

5.0pf

4

4

2.5

820pf

5

4

2.5

6.0pf

4

4

2.5

1000pf

5

4

2.5

7.0pf

4

4

2.5

1200pf

5

4

2.5

8.0pf

4

4

2.5

1500pf

5

4

2.5

10pf

4

4

2.5

2200pf

5

4

2.5

12pf

4

4

2.5

3300pf

8

4

5.1

15pf

4

4

2.5

4700pf

8

4

5.1

18pf

5

4

2.5

5600pf

9.5

4

5.1

22pf

5

4

2.5

6800pf

9.5

4

5.1

33pf

5

4

2.5

8200pf

10.5

3

5.1

39pf

6.3

4

5.1

0.01

µf

12.5

3

5.1

47pf

6.3

4

5.1

0.012

µf

6.3

4

5.1

56pf

6.3

4

5.1

0.015

µf

6.3

4

5.1

68pf

8

4

5.1

0.022

µf

8

4

5.1

82pf

8

4

5.1

0.047

µf

12.5

4

5.1

100pf

8

4

5.1

0.068

µf 12.25

3.25

7.5

120pf

4

4

2.5

0.10

µf

7.3

3.25

4.5

Figure 2

All dimensions are in mm

D Ø

1.0 Max

S

T

25.4 Min

0.5

±0.05 Dia