CFKJ2S12B98HSCF datasheet, PDF

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CFKJ2S12B98HSCF: DescriptionMIL Series Connector, 10 Contact(s), Female, Crimp Terminal, Receptacle,; CategoryThe connector The connector; File Size1MB，6 Pages; ManufacturerITT; Websitehttp://www.ittcannon.com/

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CFKJ2S12B98HSCF Overview

MIL Series Connector, 10 Contact(s), Female, Crimp Terminal, Receptacle,

CFKJ2S12B98HSCF Parametric

Parameter Name	Attribute value
Objectid	7171463358
Reach Compliance Code	compliant
ECCN code	EAR99
Other features	STANDARD: MIL-DTL-38999, POLARIZED
Back shell type	SOLID
Body/casing type	RECEPTACLE
Connector type	MIL SERIES CONNECTOR
Contact point gender	FEMALE
Coupling type	THREADED
DIN compliance	NO
empty shell	NO
Environmental characteristics	CORROSION RESISTANT
Filter function	YES
IEC compliance	NO
MIL compliance	YES
Plug information	MULTIPLE MATING PARTS AVAILABLE
Mixed contacts	NO
Installation type	CABLE AND PANEL
Options	GENERAL PURPOSE
Shell surface	CHROMATE PLATED
Housing size	12
Termination type	CRIMP
Total number of contacts	10

CFKJ2S12B98HSCF Preview

Technology Update

With the increasing demand for lighter weight and more

rugged filter connectors, ITT Electronic Components, has

advanced the state of the art in filter technology with the

new Cannon Chip-on-Flex (CoF) design.

Cannon’s Chip-on-Flex filter connector technology

provides a significant performance improvement in

thermal shock and vibration to the ceramic planar array

technology that is the current industry standard. The

current planar array design utilizes a ceramic block

capacitor with plated thru holes where feed thru contacts

are inserted and soldered into place. Internal stresses

associated with vibration, thermal expansion/contraction

can build at the solder joints and

Solder Joint

cause the ceramic material to crack

resulting in a filter failure. As a

consequence, costly thermal shock

screening and burn in procedures

are often used for quality

assurance.

Ceramic

Array

Rugged Design plus up to

15% Savings in Weight

Cannon’s new Chip-on-Flex filter connector has the additional

benefit of being the lightest weight design. The 38999-Style

Series III CoF offers up to a 15% savings in weight over the

ceramic planar array equivalent.

The new Chip-on-Flex connector

will protect critical circuits from

electrical interference providing

a “stray signal barrier”

upstream and away from

electronic devices without

affecting system function and

performance.

The Chip-on-Flex filter

connector provides all the

same benefits of filter

connector technologies.

Flex

Circuit

Chip Capacitor

ARINC 404 Type

New Chip-on-Flex Design

In the new Cannon Chip-on-Flex

design, the internal thermal shock

stresses have been virtually

38999-Style

eliminated. The fragile

Current Planar Array Design

ceramic planar array

capacitor block has been

replaced by a flex circuit where individual chip capacitors

are surface mounted on a pad adjacent to the feed thru

contact.

The result is a very robust filter connector with superior

mechanical performance and improved reliability.

1. Individual isolated pin filtering of high frequency

noise, shunted to ground via the connector shell.

The cut-in frequency of the filtering is selected by

the user from the performance attenuation curves.

2. Built-in ground plane barrier in the connector insert.

This eliminates EMI windows on the face of systems

where connectors enter or exit boxes.

3. Filtering at the face of system boxes eliminating

filtering on the PCB, freeing up board space, and

maintaining EMI integrity of the system by not

allowing unwanted signals to enter the box.

New Design/Development Flexibility and

Reduced Leadtimes

Cannon’s Chip-on-Flex filter design offers the system

designer new and complete flexibility in defining or

changing individual circuit requirements without the need

to retool the ceramic planar array. The Chip-on-Flex

design utilizes readily available flex circuits and devices

leading to reduced design / development cycle time and

overall production delivery.

1. Virtually no limitations on the variation in

capacitance/feed-thru/ground/diode choices that is

readily available to the customer. The exact same

flex circuit is used. Cannon installs the appropriate

device in each location as selected by the customer.

2. EMP protection can be simply added by substituting

a Zener diode in place of a chip capacitor.

Applications

The CoF filter connectors are ideal for high reliability military,

aerospace and industrial applications:

•

Integrated Avionics Systems

Communication and Navigation

Displays and Instrumentation

Data Processing Equipment

Electronic Warfare Systems

Radar and Sensors

Weapons Controls and Targeting Systems

Electronic Counter Measures

Satellites and Space Systems

Ordering Information

Product Prefix

38999-Style

Shell Size

Insert

Arrangement

Filter Type

- C filter

- Pi filter

- L filter

Polarization

N, A, B, C, D, E

38999-Style

Contact Type

- pin

- socket

- adapter pin side @ receptacle end

- adapter socket side @ receptacle end

Standard Capacitance Range

- 1100pF ±20%

- 4200pF ±20%

- 10,100pF ±20%

- 38,000pF ±20%

38999-Style Series

I-L

- blank

III

- A

- B (receptacles only)

Shell Style

- Front Wall Mount Receptacle

- Front Box Mount Receptacle

- Rear Wall Mount Receptacle

- Rear Box Mount Receptacle

- Jam Nut Mount Receptacle

Termination

- pc tail, .250 extension, .25ø

- Plug - EMI Grounded

size 22, .035Ø size 20, .060ø

- In-line Adapter

size 16

- solder pot, .250 extension

(Note - styles 2, 3 and 5 for

- crimp piggy-back

Series I & II only)

- wire wrap, .400 extension,

.025 square size 22

* Shell size and

Insert Arrangements

38999-Style

Finish

- Electroless Nickel (prefered)

- Olive Drab Chromate over Cadmium over Nickel

- Zinc alloy over Ni (RoHS compliant)

Also available in accordance with applicable portions of

24308-Style,26482-Style, MIL-C-81659 & ARINC 600

Attenuation Curves

Cannon’s Chip-on-Flex filter connectors

are designed to

be comparable to

MIL-DTL-38999 Series III testing for

thermal shock, random vibration, humidity and high

altitude DMV. These connectors are ideal for high

reliability military aerospace and industrial applications.

This new filter technology is available in almost all series

of Cannon standard connectors:

DESIGNED TO BE COMPARABLE TO

THE FOLLOWING:

MIL-DTL-38999, Series I

MIL-DTL-38999, Series II

MIL-DTL-38999, Series III

MIL-DTL-38999, Series IV

MIL-C-26482, Series II

MIL-DTL-24308

MIL-C-81659 (ARINC 404)

ARINC 600

P/N LEAD-OFF

CoF C-filter Attenuation

CFKJL

CFKJ

CFKJA

CFKJB

CFPV

CFD

CFDPX

CFBKA

CoF Pi-filter Attenuation

38999-Style Filter Performance

Chip-on-Flex Filter Connectors are designed to be comparable to MIL-DTL-38999.

Test Description

Insulation Resistance

Paragraph

4.5.9

Requirements

Insulation resistance test is performed on unmated connectors per MIL-STD-1344, method 3003. The test

voltage is 100 Vdc minimum. Standard quality conformance testing is done, where all contacts are measured

to all other contacts and the shell at room temperature. The minimum requirement is 5,000 Megohms at room

temperature and 1,000 Megohms at 125

Dielectric Withstanding Voltage (DWV) is performed on unmated connectors per MIL-STD-1344, method 3001.

Standard quality conformance testing is done, where all contacts are measured to all other contacts and the

shell at room temperature. Leakage current shall not exceed 100 microamps at the shown minimum test

voltages.

Contact Size

Test Voltage

22 with ‘M’, ‘T’ & ‘H’

range filters

500 Vdc

22 with ‘L’ range filters

300 Vdc

20, 16 & 12

500 Vdc

Dielectric Withstanding

Voltage (DWV)

4.5.10

Contact Retention

4.5.19

After preloading to 3 pounds maximum, the force is applied at approximately 1 pound per second and

maintained at full load for 5-10 seconds. There is no damage to contacts or inserts and filter attenuation

minimum values are met after testing. Filter contacts are non-removable.

Contact Size

Load in Pounds + / - 10%

Vibration

4.5.22

Wired, mated connectors are vibrated by mounting filter receptacles on the vibration fixture by normal means.

There are no pin-socket electrical discontinuities exceeding 1 microsecond with 100/500 milliamps of current

flowing during vibration testing. There is no disengagement of mated connectors, evidence of cracking,

breaking or loosening of parts. Filter attenuation minimum values are met after testing.

Series I and IV

a) MIL-STD-202, Method 204, Condition G (30g sine, 4 hrs in 3 axis)

b) MIL-STD-1344, Method 2005, Condition VI, Letter J (Random, 8 hrs in 2 axis)

c) MIL-STD-1344, Method 2005, 38999-Style Figure 25

(Random, 8 hrs in 2 axis, no weights)

MIL-STD-1344, M2005, Cond. VI, Ltr J (Random, 8 hrs in 2 axis)

a) MIL-STD-1344, Method 2005, Condition VI, Letter J

(Random, 8 hrs in 2 axis at high temp)

b) MIL-STD-1344, Method 2005, 38999-Style Figure 25

(Random, 8 hrs in 2 axis, no weights)

Series II

Series III

Mechanical Shock

4.5.23.1

Wired, mated connectors are subjected to 300g half sinusoidal shocks per MIL-STD-1344, method 2004,

condition D. Filter receptacles are mounted on the shock fixture by normal means. There are no pin-socket

electrical discontinuities exceeding 1 microsecond with 100/500 milliamps of current flowing during shock

testing. There is no disengagement of mated connectors, evidence of cracking, breaking or loosening of parts.

Filter attenuation minimum values are met after testing.

Unmated connectors are subjected to 25 cycles of temperature cycling per MIL-STD-1344, method 1003,

condition A except temperature extremes are -65/-68

C and +122/125

C. There is no damage detrimental to

the operation of the connectors. Filter attenuation minimum values are met after testing.

Unmated connectors are tested per MIL-STD-1344, method 3001 at the test voltages below. Only the

engaging face of receptacles are subjected to the high altitude (rear face is suitably protected). Leakage current

shall not exceed 100 microamps at the shown minimum test voltages.

Contact Size

50,000 feet

70,000 feet

100,000 feet

22 with ‘M’, ‘T’ & ‘H’

range filters

400

260

200

22 with ‘L’ range filter

240

150

125

20, 16 &12

400

260

200

Thermal Shock

4.5.4

High Altitude DWV

4.5.10.2

Filter connector characteristics under Coupling Torque, Durability, Corrosion, Shell-to-shell Conductivity, Contact Resistance, Insert Retention,

Temperature Exposure and Humidity testing are identical to those of non-filtered MIL specification versions. Standard Operating Parameters:

Maximum Operating Voltage – 200 Vdc or 120 Vac rms at 400 Hz

Contact RF current rating – 11 milliamps rms

Contact current rating (dc)

15 amps size 16

7.5 amps size 20

5 amps size 22

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