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Glass Dielectric Caps

Index

Introduction

Capacitor Military Cross Reference and Alphabetical Parts Listing .................................................................2

Glass/Glass-K Selector Guide ...........................................................................................................................3

Glass Capacitor Introduction

...........................................................................................................4, 5

Performance Curves ......................................................................................................................................6, 7

Glass Capacitors

CY10, 15 ........................................................................................................................................................8, 9

CY06, 07, 08 ..............................................................................................................................................10, 11

CYFR10, 15 ...............................................................................................................................................12, 13

CYR10, 15..................................................................................................................................................14, 15

CYR51, 52, 53 ...........................................................................................................................................16, 17

Elevated Temperature (ET Series)

Introduction......................................................................................................................................................18

Performance Curves ........................................................................................................................................19

Axial Lead ..................................................................................................................................................20, 21

Radial Lead ................................................................................................................................................22, 23

Glass-K Introduction

.................................................................................................................................24

Performance Curves ........................................................................................................................................25

Glass-K Capacitors

CK31, 32 ....................................................................................................................................................26, 27

CKR31, 32 .................................................................................................................................................28, 29

Elevated Temperature (ET Series)

Introduction......................................................................................................................................................30

Performance Curves ........................................................................................................................................31

Miniature ET Glass-K.................................................................................................................................32, 33

Distributors........................................................................................................................................Back Cover

For the following:

•

Placement of Orders

Price Quotations

Delivery

Specifications of Drawing Reviews

Location of Franchised Distributors

Technical Information

Product Capabilities

Applications Assistance

Contact:

AVX Corporation

A Kyocera Group Company

P.O. Box 867

Myrtle Beach, SC 29577

Tel: (843) 448-9411

FAX: (843) 448-1373

AVX Corporation

A Kyocera Group Company

3900 Electronics Drive

Raleigh, NC 27604

Tel: (919) 878-6200

FAX: (919) 878-6236

(919) 878-6218

AVX/Kyocera: your source for multilayer capacitors, glass capacitors, and tantalum capacitors.

See other MLC parts in AVX’s standard Leaded and Chip catalogs.

Glass-K/Glass Caps

Military Cross Reference and Alphabetical Parts Listing

CAPACITORS – ALPHABETICAL LISTING OF MILITARY PART NUMBERS

Military

Part No.

CK31

CK32

CKR31

CKR32

CY06

CY07

CY08

AVX

Part No.

CK31

CK32

CKR31

CKR32

CY06

CY07

CY08

Component

Type

Glass-K Capacitor

Glass Capacitor

Page

No.

Military

Part No.

CY10

CY15

CYR10

CYR15

CYR51

CYR52

CYR53

AVX

Part No.

CY10

CY15

CYR10

CYR15

CYR51

CYR52

CYR53

Component

Type

Glass Capacitor

Page

No.

CAPACITORS – MILITARY SPECIFICATION CROSS-REFERENCE

Military

Specification

MIL-C-11015

(Ceramic Capacitors)

MIL-C-11272

(Glass Capacitors)

Military

Part No.

CK31

CK32

CY06

CY07

CY08

CY10

CY15

AVX

Part No.

CK31

CK32

CY06

CY07

CY08

CY10

CY15

Page

No.

Military

Specification

MIL-C-39014

(Established Reliability)

(Ceramic Capacitors)

MIL-C-23269

(Established Reliability)

(Glass Capacitors)

Military

Part No.

CKR31

CKR32

CYR10

CYR15

CYR51

CYR52

CYR53

AVX

Part No.

CKR31

CKR32

CYR10

CYR15

CYR51

CYR52

CYR53

Page

No.

CAPACITORS – ALPHABETICAL LISTING OF AVX PART NUMBERS

AVX

Part No.

CK31

CK32

CKR31

CKR32

CY06

CY07

CY08

CY10

CY15

CYFR10

CYFR15

CYR10

CYR15

Military

Part No.

CK31

CK32

CKR31

CKR32

CY06

CY07

CY08

CY10

CY15

None

CYR10

CYR15

Component

Type

Glass-K Capacitor

Glass Capacitor

Page

No.

Military

Part No.

CYR51

CYR52

CYR53

ET10

ET15

ETR10

ETR15

ET31

ET32

ET06

ET07

ET08

AVX

Part No.

CYR51

CYR52

CYR53

None

Component

Type

Glass Capacitor

Glass-K Capacitor

Glass Capacitor

Page

No.

Glass-K/Glass Caps

Selector Guide

DIELECTRIC TYPES

ELEVATED

TEMPERATURE GLASS

ET10

ET15

0.5 to 1200

ET06

ET07

ET08

1.0 to 2400

CAPACITOR

CHARACTERISTICS

AVX

TYPES

Capacitance

Range

Capacitance

GLASS

CY10-15

CYFR10-15

CYR10-15

.5 - 1200

CY06-08

CYR51-53

1 - 2400

TY0

±1 to 20%

CYR

±1 to 5%

±1% or

±.25pF

GLASS-K

ET31

ET32

270 -

100,000pF

GLASS-K

CK31, 32

CKR31, 32

270 -

100,000pF

Standard

Tolerance

±1 to 20%

CYR ±1 to 5%

±.25 to

±20%

±.25 to

±20%

±10 or

20%

±10 or

20%

±5%

on “T”

Char.

others ±10%

50 VDC

Minimum

Tolerance

Operating

Volts

Operating

Frequency

% @ 1kHz

>100pF

1MHz

<100pF

Volts

±1% or

±.25pF

300 VDC

and

500 VDC

DC to

UHF

±.25%

±5%

on “2” Char.

300 VDC

50 VDC

25 VDC

Fre-

quency

DC to

UHF

DC to

VHF

@ 25°C

1kHz: .1%

@ 200°C

1kHz: 1%

DC to

VHF

@ 25°C

1kHz: <.1%

@ 200°C

1kHz: <1%

DC to

VHF

1 - 3% @

25°C

1.5 - 4% @

200°C

DC to

VHF

Dissi-

pation

Factor

.1%

@ 25°C

.1%>100pF

.2%<100pF

1 to

Meg

500,000

100,000

@25°C

100,000

@25°C

>100,000

@ 25°C

>1 x 10

Ohms

@ 200°C

>100,000

@ 25°C

>1 x 10

Ohms

@ 200°C

>1 x 10

@ 25°C

>1 x 10

Ohms

@ 200°C

100,000

Meg

1000 M - µF,

whichever

is less

-55°C

+125°C

+2, -10 or

+2, -15 or

+20, -45%

Insulation

Resistance

Temperature

Operating

Range

-55°C

+125°C

+140 ±25

PPM/°C

-55°C

+125°C

+140 ±25

PPM/°C

-75°C

+200°C

+140 PPM

±25 PPM/°C

-75°C

+200°C

+140 PPM

±25 PPM/°C

-75°C

+200°C

+3, -25 or

+3, -35 or

+21, -50

Temperature

Characteristics

Form

Factor

Lead

Type

Axial

Radial

Axial

Radial

Axial

MIL-SPECS

MIL-C-

11272

and

23269

11272

and

23269

—

CK31, 32

(11015/25)

CKR31, 32

(39014/21)

CATALOG

PAGE NUMBERS

8, 12, 14

10, 16

26, 28

Glass Capacitors

Introduction

INTRODUCTION

For the 1% of designs where you can’t stand failures:

In most types of electronic equipment, the occasional failure

of a capacitor is tolerable – though it is inconvenient and

often costly. For these applications, an acceptable level of

reliability is provided by many of the excellent types of capac-

itors available today.

But in a few designs you can’t stand failures –

satellite

systems, undersea cable repeaters, mountaintop microwave

relay stations, to name just a few. For these designs AVX

glass capacitors may be the optimum choice.

Where reliability is critical and replacement of a failed part is

not possible or practical, consider glass capacitors.

Where stability is essential, even in severe environments,

consider glass capacitors.

Glass capacitors have experienced over four decades of

usage in some of America’s most demanding circuit applica-

tions. Among these are:

TDRSS

GOES

Cassini

Mercury

Gemini

Titan II

Saturn IV

Trident

Space Shuttle

Galileo

Matrix

Hubble Space Telescope

Phalnyx

Standard Missile

Minuteman Missile

AWACS

Delta II

MK-46 Torpedo

OVER 4 DECADES OF MAJOR

PROGRAM EXPERIENCE

RELIABILITY

AVX Glass capacitors are qualified to MIL-C-11272 and

MIL-C-23269, failure rate levels M and S.

For the maximum in reliability, AVX makes the CYFR series,

designed to Minuteman specifications. The CYFR series

glass capacitors meet or exceed all requirements of AVX

specifications J-950 and J-951, available on request.

The reasons for the high reliability of glass capacitors are

straightforward.

• Simple construction — few things to go wrong.

• Glass dielectric — one of the most stable, inert materials

available.

• Thorough inspection — every glass capacitor is individual-

ly inspected during production. This testing includes visual

inspection, capacitance check, rated voltage check, and

hermetic seal check (for glass case types).

AVX glass capacitors have been used in virtually all critical

military and space programs for the past twenty-five years.

Increasingly, they are also being used in non-military appli-

cations where failures can’t be tolerated and circuit perform-

ance is critical.

STABILITY

Capacitor stability, or lack of it, is an inherent characteristic

of the dielectric used. Few materials can match glass for sta-

bility, and few companies can match AVX Corporation for

glass technology.

Glass doesn’t corrode or degrade in any way. Glass is not

subject to microfractures, delaminations, and other prob-

lems associated with certain crystalline materials. In addition,

axial glass capacitors are hermetically encased in glass, with

a true glass-to-metal seal at the leads. This construction is

practically immune to severe environmental effects such as

shock, vibration, radiation resistance, moisture, salt spray,

and solder heat.

RADIATION RESISTANCE

The unique materials and construction techniques involved

with glass capacitors make them ideal for use in radiation

environments. After a total dose of nearly 10

rads (H

glass capacitors exhibit only a minor change in capacitance.

(≤.5%) and an 8% change in dissipation factor. Furthermore,

glass capacitors can operate in fast neutron flux environ-

ments of 1 x 10

-2

sec

-1

and experience little or no damage

in component parameters.

PREDICTABILITY

The dielectric is formed as a continuous ribbon of glass.

Physical and electrical properties and dimensions are pre-

cisely controlled.

This results in every AVX glass capacitor being just like every

other, part-to-part, and lot-to-lot. Couple this built-in pre-

dictability with complete performance specifications and you

know what performance to expect before the first prototype

is built.

CONSTRUCTION

Simplicity is the key to reliable construction. There are only

three materials in axial glass capacitors: glass dielectric and

case, aluminum foil electrodes, and wire leads. (Radial

capacitors have a molded case.)

The leads are welded to the electrodes so there are no pres-

sure connections to come loose and no solder connections

to melt.

PERFORMANCE

Quality control and simplicity of design mean that AVX glass

capacitors are close to being a “perfect circuit symbol

capacitance.” Here is what you get with AVX glass capaci-

tors:

• Nuclear Radiation Resistance

• Zero Aging Rate

• High Q Factor

• Large RF Current Capability

• No Piezoelectric Noise

• Low Dielectric Absorption

• ±5ppm Temperature Coefficient Retraceability

• High Breakdown Voltage

• Zero Voltage Coefficient

Specific electrical performance details are given in the AVX

Glass and Glass-K Designers’ Handbook.

The following glass capacitors are described in this

brochure:

Qualified to MIL-C-11272, standard military specification,

and used in industrial applications:

CY10, CY15 — Axial Leads

CY06, CY07, CY08 — Radial Leads

Qualified to MIL-C-23269, established reliability specifica-