CDE Cornell Dubilier

will meet the requirements of

MIL-STD-202, Method 106F as outlined

here and diagrammed on the

right. Apply 100 V or the rated voltage

(whichever is less) to half of the

capacitors. Don’t apply voltage to

the other half. Refer to MIL-STD-

202 for details.

1. Dry capacitors for 24 hours in a

50±2 °C oven and then allow to

stabilize at room temperature.

2. Subject the capacitors to 20 24-

hour continuous cycles with

relative humidity and temperature

as shown.

3. 4 to 24 hours after completion of

the last cycle the capacitors will

show no visual damage and will

meet the after-test limits below.

Ordering Information

Order by complete part number, as below.

For other options, write your requirements on your quote request.

After-Test Limits

Part Numbering System

CMR05 C

100

J

P

D

R

CDE

Capacitance Capacitance

Temperature Range

Voltage

Failure Rate

Type

1R0 = 1.0pF

Tolerance

O = –55 °C to +125 °C

Y = 50 Vdc

361 = 360pF

D = ±.5 pf

P = –55 °C to +150 °C*

A = 100 Vdc

M = 1.0%/1000 hrs.

122 = 1200pF

F = ±1%

C = 300 Vdc

P = .1%/1000 hrs.

G = ±2%

D = 500 Vdc

R = .01%/1000 hrs.

Characteristic

J = ±5%

*P temperature range available for CMR04, CMR05, CMR06, CMR07, CMR08

Test

Withstand

Insulation

Capacitance Change

DF

Q

Voltage

Resistance (whichever is greater)

Moisture Resistance

IL

30 GΩ

NV±1% or ±1 pF

150% IL 2/3xIL

Life Test

IL

IL

NV±1% or ±1 pF

150% IL 2/3xIL

Solder Heat

IL

IL

IV±5% or ±5pF

IL

IL

IL=Initial Limit

NV=Nominal Value IV=Initial Value

Temp. Coeff.

ppm/°C

CapacitanceDrift

Standard

Cap. Range

C

–200 to +200

±(0.5% +0.1pF)

1 – 18 pF

E

–20 to +100

±(0.1% +0.1pF)

20 – 82 pF

F

0 to + 70

±(0.05% +0.1pF)

91 pF and up