308-BS6P0241-000_技术文档

Amphenol

Filtered

Connectors

Filtered ARINC

Connectors

Filtered MIL-C-24308

Connectors

Discrete Filters

Filter Plates

Filter Terminal Blocks

Amphenol

Amphenol Canada Corp.

an ISO 9001 company

About The Company

Amphenol Canada,

a

subsidiary of Amphenol

solderless technology in tubular, planar, and chip

capacitor designs.

Corporation, is an international leader in the manufac-

ture of filter connectors and has been pioneering EMI and

EMP technologies for more than 40 years.

Amphenol Canada is vertically integrated and, with the

exception of diodes,has the capability of manufacturing all

elements of our filter connectors. We also have the

support of other Amphenol divisions in an integrated

working relationship as one of the largest connector

manufacturing companies in the world.

Located in Toronto, Canada, our modern 60,000 sq. ft.

facility employs approximately 250 people, and is

dedicated to the manufacture of filter connectors. We

design, develop and manufacture EMI and EMP filter

connectors which are used world-wide in Military,

Aerospace,Communication and Commercial applications.

Our products are unique, offering stress-isolated,

Our expertise in understanding and supporting our

customers’ filter interconnect needs has earned us a

reputation of quality and excellence among the world’s

leading users of electronic components.

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Helping to make design

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A m p h e n o l F i l t e r e d C o n n e c t o r s

Table of Contents

Introduction to Filter Connectors

Advantages of Filter Connectors ................................................................................................................................ 2

Filter Connector Design ............................................................................................................................................. 2

Filter Connector Selection ...........................................................................................................................................

3

Filtered ARINC 600 and 404 connectors (485 series)

Introduction and Design Features ............................................................................................................................... 4

Cross-section and Material Specification .................................................................................................................

Electrical Characteristics ............................................................................................................................................

5

6

ARINC 600 Dimensions ..................................................................................................................................... 7 and 8

ARINC 600 Insert Arrangements ..............................................................................................................................

9

ARINC 404 Dimensions .................................................................................................................................. 10 and 11

ARINC 404 Insert Arrangements .............................................................................................................................. 12

ARINC 404 and 600 Termination Styles .................................................................................................................. 12

Transient Suppression for Lightning and EMP Applications ................................................................................ 13

Diode/MOV Electrical Characteristics ..................................................................................................................... 14

Filter/Diode Connector Transient Response............................................................................................................ 15

Termination Module .................................................................................................................................................... 15

ARINC Accessories .................................................................................................................................................... 16

ARINC Part Numbering System ............................................................................................................................... 16

Filtered D-Sub Connectors (308 Series)

Introduction ................................................................................................................................................................... 17

308 Series (Planar design)

Cross-section and Material Specification ................................................................................................................ 18

Electrical Characteristics ........................................................................................................................................... 19

Dimensions .................................................................................................................................................................... 20

Termination Styles ........................................................................................................................................................ 21

Mounting Styles ................................................................................................................................................ 21 and 22

Part Numbering System .............................................................................................................................................. 22

Insert Arrangements .................................................................................................................................................... 23

Panel Cutout .................................................................................................................................................................. 23

FX Series

Filter Terminal Blocks, Discrete Filters and Specials ............................................................................................. 24

A m p h e n o l F i l t e r e d C o n n e c t o r s

1

Advantages of Filter Connectors

The integration of the filter elements into the • improved high frequency EMI performance by

connector, rather than a board level solution, results

in many advantages to the user:

elimination of parasitic effects associated with

board level filters

• reduction in space and weight

• superior shielding effectiveness

• reduction in inspection and assembly labour

Filter Connector Design

avionics applications are planar arrays and tubular

capacitors. Each of these capacitor types is an

efficient filter at high frequencies (>1 GHz) and has

been proven to be extremely reliable when suitably

assembled into a connector. Both planar and tubular

designs feature Amphenol’s unique solderless

construction which reduces stress on the ceramic

elements and results in superior physical and

thermal shock capabilities.

Filter connectors have been used for over thirty

years to provide cost and space effective solutions to

EMI problems in a wide range of military and

commercial applications including avionics systems,

satellites, missiles, communications, control systems

and tempest equipment. A low pass filter connector

incorporates capacitors and ferrite inductors into

the connector body. The two capacitor types

commonly used in filter connectors for military or

Planar Array

Amphenol Canada’s planar design consists of planar

ceramic capacitor arrays and discrete ferrite

inductors assembled concentrically over the

contacts and into the connector shell. The planars

are compressed between rubber gaskets and have

contact springs in each position which form a stress

isolated connection with the contact body. The

planars are grounded to the shell via a ground

spring.

Planar Ceramic

Capacitor

Contact Spring

Contact

Ferrite

Ground Spring

Connector

Shell

Tubular Capacitor

Conductive

Amphenol Canada’s tubular design consists of a

ferrite bead and ceramic tubular capacitor

assembled onto a machined contact.The filter tube

is connected to the contact with conductive rubber

washers to provide a stress-isolated contact

assembly. Grounding is achieved via a ground plate.

Rubber

Tubular Ceramic

Capacitor

Washer

Ferrite

Contact

Formed

Ground Plate

Connector

Shell

A m p h e n o l F i l t e r e d C o n n e c t o r s

2

Filter Connector Selection

Selection of a particular filter circuit will depend on

the required insertion loss characteristics and the

system source and load impedances. By arranging

the capacitive and inductive elements in a variety of

combinations a number of equivalent circuits may

be attained. These filter types are available in a

wide range of capacitance and voltage values and

may be selected in virtually any combination within

the connector insert. In addition to filter contacts,

insulated contacts, ground contacts and sealing

plugs are available.

Filter Circuit

Best Filtering Application

PI

Unknown or medium source and load impedance

Low source and high load impedance

High source and low load impedance

High source and high load impedance

Low source and low load impedance

Low source or load impedance <10ohms

FERRITE

LRC

FERRITE

CLR

FERRITE

C

T

FERRITE

High source or load impedance >100ohms

The following factors may affect the filter performance, and should be considered when

selecting a filter connector:

Operating Voltage

Operating Temperature Range

As a DC voltage is applied across a capacitor, the

dielectric constant decreases resulting in a

capacitance decrease and a reduction in filter

performance. The magnitude of the change is

dependant upon the type of ceramic material used,

the dielectric thickness and the magnitude of the

voltage applied.

Capacitance and insertion loss performance are

shown at 25^oC. Depending on the type of ceramic

material being used, capacitance can drop by up to

80% at temperature extremes. However, commonly

used dielectrics have temperature coefficients of

+/- 15% from -55^oC to +125^oC.

Transient Voltage Requirements

Operating Currents

Operating currents cause magnetic saturation of

inductive elements (ferrites). Therefore filters with

ferrite inductors (Pi, CLR, LRC and T) will perform

much like C filters as the ferrite approaches

saturation.

Some transient voltage requirements may necessitate

the addition of diodes or MOV’s to the PCB or in the

connector.

A m p h e n o l F i l t e r e d C o n n e c t o r s

3

485 Series Introduction and Design Features

The Amphenol 485 series is a range of filtered

ARINC 404 and 600 rack and panel connectors

designed to provide space and cost-effective

solutions to EMC compliance issues in avionics

products. Amphenol’s filtered ARINC connectors

are used extensively on Boeing,McDonnell Douglas

and Airbus avionics equipment and a wide range of

other military and commercial applications. The

majority of the Amphenol filtered ARINC

connector designs incorporate planar capacitor

array technology in a solderless, stress-isolated

configuration.This results in superior thermal and

physical shock performance and unparalleled long

term reliability. These products have been

extensively qualified to the requirements ofARINC

600-9 and MIL-C-81659 and there are numerous

qualification test reports available for review.

Front Removable Socket Contact Stability

One significant feature of the Amphenol filtered

ARINC connector is the ability to remove the

front socket contact.This is an important design

feature as the size 22D socket contacts in

ARINC 404 and 600 connectors are exposed

and therefore susceptible to damage.This is one

of the most common in-service problems of

standard ARINC connectors. A front removable

socket contact avoids the potential cost and

inconvenience of removing the connector from

the avionics box and results in long term

improvements in maintainability and reduction

in life cycle costs. It is important that the front

removable socket be designed such that the contact

is mechanically stable and properly positioned to

meet the connector interface and mating

specifications. The Amphenol design provides for

excellent true position location and contact stability

by virtue of the solderless design. The Amphenol

contact is stabilized at the front by a plastic

stabilization insert, through the length of the

connector and at the rear engagement area. This

approach provides for the best possible contact

location and stability and is further augmented by

the use of an environmental seal at the connector

mating interface.

Retention Insert

Solderless

filter section

Rear epoxy

seal

Plastic

stabilization insert

Silicone rubber

environmental face

seal

(Enhances contact

alignment)

Rear engagement

area

A m p h e n o l F i l t e r e d C o n n e c t o r s

4

ARINC Filter Connector Construction and Material Specifications

Machined aluminum alloy shell per QQ-A-

225, plated in accordance with

1. Electroless nickel per MIL-C-26074

2. Cadmium per QQ-P-416 with

yellow or clear chromate finish

Beryllium copper EMI

grounding spring

Fixed rear

termination contact

Ferrite inductor

Beryllium copper

contact spring, gold

plated per

MIL-G-45204

Sealing and stress

isolating elastomeric

gaskets

Stainless steel

socket contact

hood

Front removable

machined copper

alloy contact, gold

plated per

MIL-G-45204

Beryllium copper

contact retention clip

Monolithic planar

capacitor array

Silicone rubber

interfacial seal

High temperature dielectric insert,

glass-filled polyethersulfone

thermoplastic per MIL-P-46185

A m p h e n o l F i l t e r e d C o n n e c t o r s

5

Electrical Characteristics

Filter Circuit

PI

C,CLR,LRC,T

FilterType

PA4 P02 P04 P08 CA2 C01 C02 C04 C22 C50

Capacitance (pF)

400 to

800

1800 to

3600

4000 to

8000

8000 to

16000

200 to

400

900 to 1800 to

4000 to 22000 to 50000 to

(@ 25˚C, 1kHz & 1.0VRMS)

1800

3600

8000

40000

100000

Insertion Loss* (dB min.)

(per MIL-STD-220

.1 MHz

1 MHz

–

2

–

3

–

5

–

10

15

at 25˚C & no load)

10 MHz

2

10

38

60

15

50

60

18

55

63

–

4

8

13

33

50

26

35

100 MHz

1000 MHz

20

58

10

25

20

35

25

40

45

50

52

WorkingVoltage (VDC)

(@ 25˚C & sea level)

200

100

300

Dielectric WithstandingVoltage (VDC)

(@ 25˚C & 50 mA max. charging current)

500

10

Insulation Resistance (Gohms)

(@ 25˚C & working voltage)

Current Rating by Contact Size

(continuous max., DC amperes)

#22 = 5 Amps

#20 = 7.5 Amps

#16 = 13 Amps

#12 = 23 Amps

Filter RF Current Rating (amperes)

(max. @ any frequency)

3

Note: Other capacitance values, mixed capacitance arrangements, ground and insulated contacts are available.

Consult the factory for your particular application.

* Acceptance testing performed to 500MHz maximum

Typical Insertion Loss Performance

A m p h e n o l F i l t e r e d C o n n e c t o r s

6

ARINC 600 Style Filter Connectors

Receptacle Shell Size 1

Receptacle Shell Size 2

* This dimension is for all filter styles with PCB, wire wrap or solder cup

terminations. For environmental class connectors with rear release

contacts, add .600” (15,24mm). Shorter length designs are available. Consult

the factory for details.

Note:Size 22D contacts are supplied installed and are removable withAmphenol

insertion/removal tool 485-905. Cavity C and F power contacts are packaged

separately. Coax and triax contacts may be ordered separately.

†

Cavity C dimension is shown unfiltered

A m p h e n o l F i l t e r e d C o n n e c t o r s

7

ARINC 600 Style Filter Connectors

Receptacle Shell Size 3

MIL-C-83527 Style Filter Connectors

Receptacle Shell Size 3

* This dimension is for all filter styles with PCB, wire wrap or solder cup

terminations. For environmental class connectors with rear release

contacts, add .600” (15,24mm). Shorter length designs are available. Consult

the factory for details.

Note:Size 22D contacts are supplied installed and are removable withAmphenol

insertion/removal tool 485-905. Cavity C and F power contacts are packaged

separately. Coax and triax contacts may be ordered separately.

†

ARINC 600 Cavity C and F and MIL-C-83527 Cavity B and D dimensions

are shown unfiltered.

A m p h e n o l F i l t e r e d C o n n e c t o r s

8

ARINC 600 Insert Arrangements

Shell Size 2 or 3, Cavity A, B, D or E

Insert 150

150 #22 Contacts

Insert 71C1

70 #22 Contacts

1 #1 Coax Contact

Insert 71C1A

70 #22 Contacts

1 #1 Coax Contact

Insert 121

110 #22 Contacts

5 #16 Contacts

6 #20 Contacts

Insert C2

Insert C4

Insert 10T10

Insert 120T2

118 #22 Contacts

2 #8 Triax/Coax Contacts

2 #1 Coax Contacts

4 #1 Coax Contacts

10 #8 Triax/Coax Contacts

Shell Size 2 or 3, Cavity C or F

Shell Size 1

Cavity A or B

Cavity C

Insert 6T6

Insert 13C2

6 #8 Twinax/Coax Contacts

4 #12 Contacts

3 #16 Contacts

4 #20 Contacts

2 #5 Coax Contacts

Insert 5C2

1 #12 Contact

2 #16 Contacts

2 #5 Coax Contacts

Insert 60

60 #22 Contacts

Insert 100

Insert 85

100 #22 Contacts

80 #22 Contacts

4 #20 Contacts

1 #16 Contact

Note: Consult the factory for other insert patterns.

A m p h e n o l F i l t e r e d C o n n e c t o r s

9

ARINC 404 and MIL-C-81659 Filtered Connectors

Receptacle Shell Size 1

Receptacle Shell Size 2

* This dimension is for all filter styles with PCB, wire wrap or solder cup

terminations. For environmental class connectors with rear release

contacts, add .600” (15,24mm). Shorter length designs are available. Consult

the factory for details.

Note:Size 22D contacts are supplied installed and are removable withAmphenol

insertion/removal tool 485-905. Pin contacts are not removable. Coax and triax

contacts may be ordered separately.

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 0

ARINC 404 and MIL-C-81659 Filtered Connectors

Receptacle Shell Size 3

Receptacle Shell Size 4

* This dimension is for all filter styles with PCB, wire wrap or solder cup

terminations. For environmental class connectors with rear release

contacts, add .600” (15,24mm). Shorter length designs are available. Consult

the factory for details.

Note:Size 22D contacts are supplied installed and are removable withAmphenol

insertion/removal tool 485-905. Pin contacts are not removable. Coax and triax

contacts may be ordered separately.

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 1

ARINC 404 and MIL-C-81659 Insert Arrangements

Insert 32C2

Insert 32C4

Insert 40C1

Insert 26

26 #16 Contacts

24 #20 Contacts

30 #20 Contacts

39 #20 Contacts

4

#16 Contacts

#5 Coax Contacts

2

#5 Coax Contacts

1

#5 Coax Contact

Insert 33C4

Insert 36C7

Insert 45

Insert 40

29 #22 Contacts

45 #20 Contacts

40 #20 Contacts

25 #20 Contacts

7

#5 Coax Contacts

4

#16 Contacts

#5 Coax Contacts

Insert 57

Insert 67

Insert 106

Insert C8

8

#9 Coax Contacts

57 #20 Contacts

106 #22 Contacts

64 #20 Contacts

3

#16 Contacts

Note: Consult the factory for other insert patterns.

ARINC 404 and 600 Termination Styles

.148 [3,76] Mounting Hole or

6-32 UNC Self-locking clinch nut

(Arinc 600)

Rear Crimp Removable

Solder Cup

.120 [3,05] Mounting Hole or

4-40 UNC Self-locking clinch nut

(Arinc 404)

Printed Circuit Tail

Wire Wrap Tail*

*Various lengths are available.

Consult the factory for details.

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 2

Transient Suppression for Lightning and EMP Applications

Designing for Lightning Induced Transient Susceptibility

In addition to designing for control of steady state In general, practices which are good for control of

electromagnetic interference (EMI/EMC), modern EMI/EMC will also serve to mitigate the effects of

avionics engineers must also design for the recent lightning induced transients but further measures

advent of much stricter requirements for immunity must often be taken to ensure proper system

to lightning induced transient susceptibility. These operation and survivability. One of the more

requirements vary by equipment type and effective methods available is the inclusion of circuit

environmental area and are defined by a variety of

military and commercial specifications including

protective devices in the circuit at the input of the

LRU.The most common types of devices employed

RTCA/DO-160 C Section 22. The nature of the are Zener suppression diodes and metal oxide

transient events ranges from very low level varistors (MOV’s). These non-linear V-I devices

disturbances requiring little or no protection, to conduct very little current at low voltage levels, but

high frequency and high energy events that can be once above the breakdown voltage, the voltage

disruptive or destructive to the avionics equipment. across the device remains fairly constant.

Filter Connectors with Transient Supressors

While conventional EMI filter connectors have been provides several advantages:

shown to be effective in providing protection • saves space and weight versus placing discrete

against low energy transients, they offer little

components onto a PCB

protection from high voltage/high energy transients • reduces system design time

that may result from lightning, load switching, • reduces number of components

electrostatic discharge (ESD) or electromagnetic • improves voltage clamping performance by

pulse (EMP). For those applications requiring

protection of sensitive circuitry from such over-

eliminating parasitic lead resistance and

inductance of board level components

voltage events, Zener suppression diodes or MOV’s • allows for retrofit of existing equipment requiring

can be incorporated into the connector body in lightning or EMP hardening

combination with EMI filtering or alone. Combining • improves system repairability and maintenance

the transient suppression device into the connector

logistics

Amphenol Diode Protected Connectors

The approach employed byAmphenol to incorporate weight. In the ARINC connector products this design

diode protection into the connector body is to install still allows for easy removal and replacement of the

a custom diode/contact assembly into an insert with front socket contacts. In addition, each diode is

a ground plate. This design provides for a 600 W individually replaceable at the factory in the event

device to be installed on each contact in the

connector while minimizing the package size and

that repair is necessary.

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 3

Diode Contact Characteristics

Maximum

Reverse

Leakage

Current

I_D@

Maximum*

Peak Reverse

Clamping

Voltage

Maximum

Peak

Rated

Stand-off

Voltage

V_WM

Diode

Contact

Designation

Breakdown Voltage⁺

V_(BR)

Power

Pulse

Test

Current

I_T

Capability

Current

I_PP

V Max.

@1 msec Pulse

Min. Nom. Max.

V_WM

^C@I_PP

V_DC

6.4

V_DC

6.8

V_DC

7.2

mADC

V

µADC

V

A

W

485-D0068

485-D0100

485-D0150

485-D0220

485-D0330

485-D0470

485-D0680

485-D1000

485-D1500

485-D2000

10

1

5.8

1000

10.5

14.5

21.2

30.6

45.7

64.8

92.0

137.0

207.0

274.0

57.0

41.0

28.0

20.0

13.2

9.3

600

9.5

10.0

15.0

22.0

33.0

47.0

68.0

100.0

150.0

200.0

10.5

15.8

23.1

34.7

49.4

71.4

105.0

158.0

210.0

8.5

10

5

14.3

20.9

31.4

44.7

64.6

95.0

143.0

190.0

1

12.8

18.8

28.2

40.2

58.1

85.5

128.0

171.0

1

5

1

5

1

5

1

5

6.5

1

5

4.4

1

5

2.9

1

5

2.2

Note: Other diode contacts having different voltage and power capabilities are available. Consult the factory for additional information.

* 10 x 1000 µsec pulse

+ Available in undirectional and bidirectional devices

MOV Contact Characteristics

Characteristics (25˚C)

Maximum

Maximum Ratings (125˚C)

Continuous Transient

Maximum

Leakage

Current

at 90%

V_{T (DC)}

MOV

Maximum

Leakage

Contact

Designation

Peak

Capacitance

Varistor Voltage

@1m ADC

Clamping

Current at 90%

V_{T (DC)}

RMS

DC

Current

(pF)

Energy

Voltage V_C@Test

Current (8/20µs)

Voltage

(8/20µs)

f=1 MHz

(10/1000µs)

Test Current

I_TM

V_M(AC)

Volts

V_M(DC)

Volts

W_TM

Joules

I_LMax

µA

Min.

Volts

V_N(DC)

Volts

Max.

Volts

V_C

Volts

I_P

I_LMax

µA

V_{T (DC)}

Volts

Min.

Max.

Amperes

Amps

485-M-0160

485-M-0220

485-M-0390

485-M-0470

485-M-2000

485-M-2400

6.0

10.0

25.0

30.0

130.0

150.0

8.0

14.0

31.0

38.0

130.0

150.0

1.5

2.4

250

300

50

12.5

18.5

35.0

42.0

16.0 19.5

22.0 25.5

39.0 43.0

47.0 52.0

34.0

42.0

10

5

1600 2750

450 1350

450 1250

150 350

100 350

5.0

8

14

50

85.0

28

50

100.0

5

36

100

184.0 200.0 228.0 375.0

212.0 240.0 268.0 430.0

5

130

150

5

Note: Values are for size 22 contacts. Other MOV contacts are available. Consult the factory for additional information.

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 4

Filter/Diode Connector Transient Response

Incident Transient Pulse

Transient Pulse not adequately

suppressed by the EMI filter contact

Transient Pulse not clamped quickly

enough due to lead inductance effect

Transient Pulse clamped by EMP contact

System safe voltage

TIME

EMI Filter

PCB mounted Diode or MOV

Contact/Connector Diode or MOV

Termination Module

A termination module is a removable extension

of the connector which is recommended for use

with ARINC connectors which have transient

suppression devices.The engagement side of the

termination module is designed to mate to the

rear of the connector and the termination end is

designed to attach to the PCB or wire harness

(PC tails, solder-cups, wire-wrap or crimp).

Proper engagement of the connector and

termination module is guaranteed by guide posts

in the connector and front or rear activated jack

screws. Sealing is accomplished with a rubber

interfacial gasket.

Connectors designed to engage to a termination

module are designed with one-piece front

removable socket contacts to minimize the

number of interconnects.

The use of a termination module provides

several advantages:

• simplifies the assembly process by soldering to

the lighter weight termination module rather

• ^tfa^hc^aiⁿlit^ta^ote^ts^here^cp^oaⁿir^nea^cn^td^orre^itw^seo^lr^fk procedures due

to easy installation and removal from the

motherboard

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 5

ARINC Accessories

ARINC replacement contacts can be ordered

separately if required. Additional accessories such as

EMI backshells and fibre optic contacts are also

available. Contact the factory for details.

ARINC 600

Contact Size

Contact P/N

Insertion/Removal tool

Crimp tool

Positioner

N/A

M22520/2-06 or

M22520/7-06

M22520/2-08

M22520/1-02

M22520/1-11

#22 socket

#22 crimp termination

485-1034*

485-6222

485-905

M81969/1-01

N/A

M22520/2-01 or

M22520/7-01

M22520/2-01

M22520/1-01

#20 pin+

#16 pin+

#12 pin+

485-120

485-116

485-112

M81969/1-02 or M81969/14-10

M81969/1-03 or M81969/14-03

M81969/14-04

ARINC 404

Contact Size

Contact P/N

Insertion/Removal tool

Crimp tool

Positioner

#22 socket

#22 crimp termination

485-1236*

485-4222

485-905

M81969/1-01

N/A

M22520/2-01 or

M22520/7-01

N/A

M22520/2-06 or

M22520/7-06

* Some connectors have custom socket contacts. Consult the factory for details.

+ Cavity C or F contacts

485 Series Part Numbering Information

6 2 R B 2 00 - 000

485-

Series

Deviation

(assigns insert arrangements.

filtering and custom requirements)

ARINC Series

Key Position

4 = ARINC 404 or MIL-C-81659

6 = ARINC 600

00 = N/A

01 to 99 per ARINC 600 and 404

8 = MIL-C-83527 or EN3682

Shell Size

1,2,3 or 4

ARINC Class

1 = Unsealed

2 = Sealed

Termination Styles

B = P.C. Tails

Style

S = Solder Cup

A = Adapter

P = Plug

T = Crimp Removable (UTS)

W = Wire Wrap

R = Receptacle

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 6

MIL-C-24308 Style (D-Sub) Filter Connectors

Amphenol offers a variety of filtered D–Sub

connectors to address aerospace and commercial

EMI requirements. There are two products in

particular which are designed for aerospace

applications where high reliability and superior

environmental and electrical performance are

required. The 481 series of filtered D–Sub

connectors has been in production for over 20

years using tubular capacitor filter technology. In

the late 1980’s, Amphenol developed a planar filter

capacitor version of the same connector, the 308

series. As a result, Amphenol has the widest

product offering in the industry and can provide

either technology as the application and production

requirements dictate.

308 Series – Planar Capacitor Technology

• superior pin–pin cross talk isolation

• cost effective for small quantities

• can accommodate a wider range of capacitance

values than planar designs

• fully tooled in medium density pin and selected

socket and high density arrangements

• short production leadtimes

• solderless stress–isolated construction (see page

23 for details)

Quality Conformance Inspection

The 308 series connectors have been extensively For high reliability applications, the following

qualified per the requirements of MIL–C–24308. inspection tests or certifications are also available:

All products shipped receive the following

inspection tests:

• thermal shock

• elevated temperature voltage conditioning

• elevated temperature insulation resistance

and capacitance

• outgassing per JSC–SPR–0022 for space

borne applications

• 100% visual and mechanical inspection

• 100% capacitance, dielectric withstanding voltage,

insulation resistance and dissipation factor testing

• sample insertion loss testing (AQL 1.0%)

• baseline and single lot date code manufacturing

• other tests as required (consult the factory)

308 Special

Filtered D-Sub programmable

EMI Grounded Special

Zinc Nickel Plating

Environmentally friendly, conductive and able

to withstand up to 2000 hours of salt spray

per ASTM-B117

Please consult factory for any custom arrangements

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 7

Planar D-Sub Filter Connector Construction and Material Specifications

Ferrite

inductor

Single piece machined aluminum alloy shell per

Copper alloy

soldercup

termination, gold

plated per

QQ-A-225, plated in accordance with

1) Electroless nickel per MIL-C-26074 or

2) Tin per MIL-T-10727 or

Monolithic

3) Cadmium per QQ-P-416 with clear chromate or

4) Gold per MIL-G-45204 over electroless nickel

per MIL-C-26074

planar

MIL-G-45204

capacitor

array

Copper alloy

crimp barrel

termination, gold

plated per

MIL-G-45204

Beryllium copper

contact springs, gold

plated per

MIL-G-45204

High temperature

dielectric insert -

polyethersulfone

thermoplastic per

MIL-P-46185

Machined copper

alloy contact, gold

plated per

Beryllium copper

EMI grounding

spring

MIL-G-45204

Sealing and stress

isolating elastomeric

gaskets (3 places)

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 8

308 Series Electrical Characteristics

Filter Circuit

PI

C,CLR,LRC,T

†

FilterType

Capacitance (pF)

PA4 P02 P04 P08 P16 CA2 C01 C02 C04 C22 C50

400 to 1800 to 4000 to 8000 to 16000 to 200 to

900 to 1800 to 4000 to 22000 to 50000 to

(@ 25˚C, 1kHz & 1.0VRMS)

800

3600

8000

16000

32000

400

1800

3600

8000

40000

100000

Insertion Loss (dB min.)

(per MIL-STD-220

.1 MHz

1 MHz

–

3

–

2

5

8

–

10

15

at 25˚C & no load)

10 MHz

2

10

38

60

15

50

60

18

55

63

28

62

68

–

4

8

13

33

50

26

35

100 MHz

1000 MHz

20

58

10

25

20

35

25

40

45

50

52

WorkingVoltage (VDC)

(@ 25˚C & sea level)

200

500

10

5

100

300

Dielectric WithstandingVoltage (VDC)

(@ 25˚C & 50 mA max. charging current)

Insulation Resistance (Gohms)

(@ 25˚C & working voltage)

Contact Current Rating

(continuous max., DC amperes)

Filter RF Current Rating (amperes)

(max. @ any frequency)

3

Note: Other capacitance values, mixed capacitance arrangements, ground and insulated contacts are available.

Consult the factory for your particular application.

† Not available in high density arrangements

Typical Insertion Loss Performance

PI Filter

C, CLR, LRC and T Filters

P08 P04

P16

70

60

50

40

30

20

10

70

60

50

40

30

20

10

P02

PA4

C50

C22

C04

B

(dB)

C02

C01

CA2

10

100

1000

0.1

1.0

10

100

1000

Frequency (MHz)

A m p h e n o l F i l t e r e d C o n n e c t o r s

1 9

308 Series Plug Dimensions

Rear View

Front View

Side View

Dimension

D Max

Number of

A

B Max

C

E Max

F

G

Shell Size Contacts ±.005” ±,13mm inches

mm ± .015” ±,38mm inches mm

inches mm ± .005” ±,13mm ± .005” ±,13mm

E

A

B

C

D

6

9 or 15

0.984 24,99 0.685 17,34 1.213 30,81 0.534 13,56 0.434 11,02 0.329

8,36

0.666 16,92

0.994 25,25

1.534 38,96

2.182 55,42

15 or 26 1.312 33,32 1.009 25,63 1.541 39,14 0.534 13,56 0.434 11,02 0.329

25 or 44 1.852 47,04 1.557 39,55 2.088 53,04 0.534 13,56 0.434 11,02 0.329

37 or 62 2.500 63,50 2.205 56,01 2.729 69,32 0.534 13,56 0.434 11,02 0.329

50 or 78 2.406 61,11 2.110 53,59 2.635 66,93 0.641 16,28 0.541 13,74 0.441 11,20 2.079 52,81

104 2.500 63,50 2.255 57,28 2.729 69,32 0.680 17,27 0.640 16,26 0.503 12,77 2.212 56,18

* For Dimension P, see page 21

308 Series Receptacle Dimensions

Front View

Side View

Rear View

Dimension

D Max

Shell Size Contacts ±.005” ±,13mm inches mm ± .015” ±,38 mm inches mm

Number of

A

B Max

C

E Max

F

G

inches mm ± .005” ±,13mm ± .005” ±,13mm

E

A

B

C

D

6

9 or 15

0.984 24,99 0.685 17,34 1.213 30,81

0.534 13,56 0.434 11,02 0.311

7,90 0.643 16,33

7,90 0.971 24,66

7,90 1.511 38,38

7,90 2.159 54,84

15 or 26 1.312 33,32 1.009 25,63 1.541 39,14

25 or 44 1.852 47,04 1.557 39,55 2.088 53,04

37 or 62 2.500 63,50 2.205 56,01 2.729 69,32

50 or 78 2.406 61,11 2.110 53,59 2.635 66,93

0.534 13,56 0.434 11,02 0.311

0.641 16,28 0.541 13,74 0.423 10,74 2.064 52,43

0.680 17,27 0.640 16,26 0.485 12,32 2.189 55,60

104

2.500 63,50 2.255 57,28 2.729 69,32

* For Dimension P, see page 21

A m p h e n o l F i l t e r e d C o n n e c t o r s

2 0

308 Series Termination Styles

Termination Style 3

Termination Style 1

Termination Style 2

Termination Style 4

Termination Style 6

Termination Style 7

Termination Style 8

Termination Style 9

† This dimension is 0.078” (1,98) for high density arrangements

Termination Style and Shell Length (P Max dimension)

Filter

1 and 2

inches mm

3

4

6

7

8

9

Circuit

inches

mm

inches

mm

inches

mm

inches

mm

inches

mm

inches

mm

PI,LRC,CLR,T

C

0.575 14,61 0.695 17,65 0.575 14,61 0.575 14,61 N/A

N/A 0.470 11,94 0.695 17,65

9,40 0.570 14,48

0.450 11,43 0.570 14,48 0.450 11,43 0.450 11,43 0.400 10,16 0.370

308 Series Mounting Styles

Mounting Style 2

Mounting Style 1

A m p h e n o l F i l t e r e d C o n n e c t o r s

2 1

Mounting Style 3 (two row)

Mounting Style 3 (three row)

Dimension

Number of

A

B Max

C

D

E

F Max

Shell Size

Contacts

±.004” ±,11mm inches mm

±.015” ±,39mm ± .008” ±,21mm ±.020” ±,51mm inches mm

E

A

B

C

D

9 or 15

0.331

8,41

9,83

0.250

6,35

0.647 16,43 0.270

0.703 17,86 0.324

6,86 0.149 3,79 0.855 21,72

15 or 26 0.331

25 or 44 0.331

37 or 62 0.331

50 or 78 0.387

6,86 0.149 3,79 0.855 21,72

8,23 0.149 3,79 0.910 23,12

308 Series Part Numbering Information

B P 1 P 08 1 1 - 000H

308-

Series

Planar D-Sub

Density

H High Density

Deviation

000 = Standard

Blank if medium

Shell Size

E(1), A(2), B(3), C(4), D(5), 6

Shell Plating

1 = Electroless Nickel

2 = Tin

3 = Cadmium (clear)

4 = Gold

5 = Zinc Nickel

Contact

P = Pin

S = Socket

Mounting Style

1 - .120“ (3,04mm) mounting hole

2 - 4-40 threaded clinch nut

3 - Right Angle mounting bracket

4 - Right Angle mounting bracket

with 4-40 threaded clinch nut

Termination Style

1 - .025“ (,64mm) diameter PCB

2 - .020“ (,51mm) diameter PCB

3 - Solder cup

4 - .900“ (22,86mm) footprint right angle

6 - .590“ (14,99mm) footprint right angle

7 - .328“ (8,33mm) footprint right angle

8 - .025“ (,64mm) diameter PCB with short connector body

9 - Crimp, non-removable

Capacitance (pF)

Pi

C, CLR, LRC, T

A4 = 400 to 800

02 = 1800 to 3600

04 = 4000 to 8000

08 = 8000 to 16000

16 = 16000 to 32000

A2 = 200 to 400

Filter Circuit

A4 = 400 to 620

P = Pi

R = CLR

T = T Style

01 = 900 to 1800

02 = 1800 tp 3600

04 = 4000 to 8000

10 = 10000 to 15000

16 = 16000 to 32000

22 = 22000 to 40000

50 = 50000 to 100000

C = Capacitive

L = LRC

A m p h e n o l F i l t e r e d C o n n e c t o r s

2 2

308 Series Insert Arrangements

Pin Engaging Face Shown

Shell Size 3 (B)

Shell Size 2 (A)

Shell Size 1 (E)

9 #20 Contacts

15 #20 Contacts

25 #20 Contacts

15 #22 Contacts

26 #22 Contacts

44 #22 Contacts

Shell Size 5 (D)

Shell Size 4 (C)

37 #20 Contacts

62 #22 Contacts

50 #20 Contacts

78 #22 Contacts

Shell Size 6

104 #22 Contacts

Note: Consult the factory for other insert patterns.

Recommended Panel Cutout

Front and Rear Mounting

Dimension

A min

Shell Size inches mm

B

C min

±.005” ±,13mm inches

mm

1 (E)

0.801

1.129

1.669

2.321

20,35

28,68

42,39

58,95

56,21

57,15

59,94

0.984

1.312

1.852

2.500

2.406

2.500

24,99

33,32

47,04

63,50

61,11

63,50

0.449

0.555

0.585

0.630

11,40

14,09

14,86

16,00

2 (A)

3 (B)

4 (C)

5 (D)* 2.213

5 (D)

6 *

+

2.250

2.360

* Rear mounting dimensions

+

Front mounting dimensions

A m p h e n o l F i l t e r e d C o n n e c t o r s

2 3

FX Series

Filter Terminal Blocks, Discrete Filters and Specials

D E S C R I P T I O N

Amphenol’s FX series of Discrete Feed-thru Filters offer

excellent, low cost filter solutions for telecom, industrial,

military and aerospace electronics applications, especially

where small size and high performance are important.

Manufactured to meet the requirements of Mil-F-15733, the FX

filters are available in threaded bushing and solder-mount styles

with capacitance ranges from 10pF to 600nF.

Due to Amphenol’s unique manufacturing process, higher

capacitance values and greater voltage withstand capabilities are

achieved with the same industry standard package sizes.

Consult factory for custom filter and/or filter plate requirements.

M A T E R I A L S

Terminals: Copper Alloy, silver plated (filter pins shown are

gold plated)

Eyelets/Bushings: Brass, silver plated

O R D E R I N G I N F O R M A T I O N

FX B - 1 P 152 1 -100

Discrete Filter Series

FX

B

B - Threaded Bushing

E - Solder-in Eyelet

F - Filter Pin

P - Filter Plate (Consult Factory)

Deviation code 100 - Standard Cataloge Package

100

Sizes (see page 4)

Mtg Style 1 - .110 Mtg Hole Dia.

2 - .138 Mtg Hole Dia.

3 - .145 Mtg Hole Dia.

4 - .210 Mtg Hole Dia.

0 - Special Size

Bushing Only

Termination 1 - Straight Lead

4 - P.C. Tail

1

5 - 6-32 Thread

6 - 8-32 Thread

7 - 12-32 Thread

8 - 5/16-32 Thread

2 - Nail Head (Turret) 5 - Flattened & Pierced

3 - Solder Cup

6 - Hooked Term

Circuit Type P - Pi

C - Capacitive

L - L

Capacitance Code 101 - 100pF

152

P

(PF)

202 - 2000pF

203 - 20,000pF

(Last digit of 3 number code is the

number of zeros after first 2 digits)

Coax Filter Plate Assembly

Filtered Terminal Block

Filter Plate Assembly

Special Filter Plate Shell Assembly

A m p h e n o l F i l t e r e d C o n n e c t o r s

2 4

For EMI/EMP Protection,

Look to the Leader -

Amphenol Aerospace

Amphenol Aerospace, the Interconnection Leader, offers advanced EMI/EMP Protection with high

reliability. The proven performance of Amphenol^®EMI Filter/Transient Protection Connectors

means dependable protection for the costly and sensitive circuitry in sophisticated avionics.

Each circuit of the filter connector is individually filtered and internally housed in the connector, eliminating the need for

costly and bulky exterior discrete protection devices. Amphenol Filter connectors are intermateable and intermount-

able with MIL-C-38999, MIL-C-27599, MIL-C-83723, MIL-C-26482, MIL-C-24308, MIL-C-5015.

Amphenol offers a broad range of cost saving filter options with versatility in sizes, styles and arrangements.

EMI Programmable Connectors

EMI/EMP Adapters

Header Assemblies

An alternative to non-removable filter contacts.

Crimp style EMI contacts are insertable and

removable from the rear of the connector. Allows

the user to run diagnostic EMI evaluations of

systems before going into production, easily

modifying circuitry and pinouts at the test bench

level. Available in a wide range of capacitance

values in both Pi and C type filters, crimp and

PC termination styles.

Provide cost effective solutions to problems on

existing applications. Designed to be installed

between the existing cable plug and unit recep-

tacle. Circuit protection at MF, HF, VHF, and UHF

levels is available in contact sizes 22 to 12 with all

the popular Mil-specs.

For time and cost savings. Can be vapor phase

or wave soldered to flex or printed circuit boards

prior to the receipt of an EMI/EMP connector.

Expensive connector assemblies can be easily

removed from and reattached to the header

assembly as the manufacturing process dic-

tates. Available to fit all major cylindrical Mil-

spec connectors.

Contact us for your special application requirements: Amphenol Aerospace, 40-60 Delaware Ave., Sidney, NY 13838-1395

Phone: 607-563-5011 Fax: 607-563-5157 Web Site: www.Amphenol-Aerospace.com

Amphenol Canada

20 Melford Drive

Scarborough, ON

Canada M1B 2X6

Phone: 416-291-4401

Fax: 416-292-0647

Amphenol-Tuchel Electronics GmbH

August-Haeusser-Strasse 10

74080 Heilbronn

Germany

Phone: 49-7131-929-0

Amphetronix Limited

P.O. Box No. 1, Plot No. 105

105 Bhosari Industrial Area

Pune 411026, India

Amphenol Aerospace

40-60 Delaware Avenue

Sidney, NY 138 38-1395

Phone: (607) 563-5453

Fax: (607) 563-5351

Phone: 91-20-790363

Israel

Bar-Tec Ltd.

11 Barliam St., P.O. Box 279

Kfar Saba 44102

Israel

Phone: (972-9) 974097

Fax: (972-9) 974324

Amphenol Aerospace

22952 Alcade Drive

Suite 110

Laguna Hills, CA 92653

Phone: (949) 855-4454

Fax: (949) 855-9115

Amphenol Aerospace

57 E. Hattendorf Avenue

Suite 150

Roselle, IL 60172

Phone: (630) 893-1713

Fax: (603) 893-3958

Amphenol Australia Limited

2 Fiveways Blvd., Keysboroug

Victoria 3173, Melbourne, Australia

Phone: 61-3-8796-8888

Amphenol European Sales Operations

Hoofdveste 19

3992 DH

The Netherlands

Phone: 31-30-635-8001

Amphenol Aerospace

7506 East Independence Blvd.

Charlotte, NC 28227

Phone: (704) 531-9053

Fax: (704) 531-9054

Amphenol Dae Shin Limited

#182-1 Dodan-Dong, Wonmi-ku

Bucheon-City, Kyungki-Do

Korea

Communication and Network

Products Division

One Kennedy Avenue

Danbury, CT 06810

Phone: (203) 743-9272

Phone: 82-32-680-3800

Amphenol do Brasil LTDA

Morumbi Tower

Avenida Roque Petroni Junior 999

13th Floor CEP 04707-910

Sao Paulo, Brazil

Fiber Optic Products

1925A Ohio Street

Lisle, IL 60532

Phone: (630) 960-1010

Phone: 55-11-5185-2881

Sine Systems * Pyle Connectors

Corporation

25325 Joy Boulevard

Mt. Clemens, MI 48046

Phone: (810) 465-3131

Amphenol East Asia Limited

10/F Wah Luen Industrial Centre

15-21 Wong Chuk Yeung Street

Fotan, Hong Kong

Phone: 852-2669-2663

Chicago Office

650 W. Grand Avenue, Suite 304

Elmhurst, IL 60126

Amphenol Espana

Calle Cuba No. 6, 2-5

28820 Coslada Madrid

Spain

Phone: (630) 832-4600

Spectra Strip

Phone: 349-1-673-2235

720 Sherman Avenue

Hamden, CT 06514

Phone: (203) 281-3200

Amphenol Gesellschaft mbH

Johnstrasse 42

2 Stoch, Top 3A

Vienna, Austria

Phone: 43-1-985-1511

Technical Products International

2110 Notre Dame Avenue

Winnipeg, MB, R3H 0K1 Canada

Phone: (204) 697-2222

Amphenol Interconnect

Products Corporation

20 Valley Street

Endicott, NY 13760

Phone: (607) 754-4444

Times Fiber Communications, Inc.

358 Hall Avenue

Wallingford, CT 06492

Phone: (203) 265-8500

Amphenol Mexico

Presidente Masaryk 61, Piso 2

C.P. 11570 Mexico D.F.

Mexico

Phone: (52-5) 254-7283

Fax: (52-5) 531-9659

Amphenol Italia, S.P.A.

Galleria Gandhi, 2-27

20017 - Mazzo di Rho (Milano)

Italy

Phone: (390-2) 939-04192

Fax: (390-2) 935-03206

Telex: 334623 AMPHIT I

Advanced Circuit Technology

118 Northeastern Boulevard

Nashua, NH 03062

Amphenol Japan, K.K.

2-3-27, Kudan Minami

Chiyoda-ku, Tokyo 102

Japan

Phone: (603) 880-6000

Amphenol Scandinavia

P.O. Box 2047

Phone: 81-3-3263-5611

Johannelundsvagen 2

194 02 Upplands Vaesby

Sweden

Amphenol Limited

Thanet Way

Whitstable, Kent

England CT5 3JF

Phone: 44-1227-773-200

Phone: 46-8-594-10440

Amphenol Socapex S.A.S.

Promenade de l’Arve, BP 29

74311 Thyez Cedex

France

Amphenol Ges mbH

Tautenhayngasse 22

A-1150 Wien (Vienna)

Austria

Phone: (43-1) 985-15-11

Fax: (43-1) 982-61-01

Telex: (847) 132661 AMPHWA

Phone: 33-4-5089-2800

Amphenol-TFC (Changzhou)

Communications Equipment Co., Ltd.

96 Hehai Road, Changzhou New &

HighTech & Industrial

Development Zone

Changzhou 213000, Jiangsu, PRC

Phone: 86-519-510-6004

Amphenol East Asia, Ltd.

80 Genting Lane

09-04 Genting Block

Ruby Industrial Complex

Singapore 1334

Phone: (65) 7433022

Fax: (65) 7432466

Amphenol Taiwan

59, Lung-Shou Street, Sec. 1

Lu-Chu-Hsiang, Taoyuan Hsien

Taiwan

Rupublic of China

Phone: 886-3-379-5677

Telex: RS 23499 AMPHNL

Notice: Specifications are subject to change without notice. Contact your nearest Amphenol sales office for the latest specifications. All statements, information and data

given herein are believed to be accurate and reliable but are presented without guaranty,warranty,or responsibility of any kind,express or implied. Statements or suggestions

concerning possible use of our products are made without representation or warranty that any such use is free of patent infringement, and are not recommended to infringe

any patent. The user should not assume that all safety measures are indicated or that other measures may not be required. Amphenol is a registered trademark.


型号：	308-BS6P0241-000
厂家：	Amphenol
描述：	D Type Connector, 25 Contact(s), Female, Solder Terminal, #4-40, Plug PC
文件：	总28页 (文件大小：2052K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

308-BS6P0241-000 [AMPHENOL]

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