Amphenol
The Company
®
Amphenol Canada Corp.
a subsidiary of Amphenol Corporation,
is an international leader in the manufacture of
Filtered
Connectors
and
Specialty Interconnect Devices,
and has been
pioneering EMI and EMP technologies for more than 40 years.
Located in Toronto, Canada, our ISO 9001 certified facility
employs approximately 400 people. Our activities are dedicated
to the design, development and manufacture of EMI/EMP filter
connector products which are used in Commercial, Industrial,
Communications, Military and Aerospace applications world-
wide. Our expertise in understanding and supporting our cus-
tomers’ filter interconnect needs has earned Amphenol Canada a
reputation of quality and excellence among the world’s leading
users of electronic components.
What is a Filtered Connector?
A
filtered connector
is the combination of filter elements in a
connector, forming one neat, compact interconnect device that
can filter unwanted EMI. The most popular configuration is when
capacitors are mounted inside the connector between each of
the contacts and the connector ground shell.
Benefits
Better EMI Control
– With minimized lead inductances and
short, direct paths to ground of the filter, performance
will typically out perform the same filter components on
a P.C.B. by a factor of three to one.
PCB Space Savings –
Incorporating filter elements into the
connector, enables simplification of the required filter
schematic for the necessary performance plus a savings
of 2-4 square inches.
Cost Savings –
Filter elements, such as inductors and capaci-
tors, must no longer be purchased, stocked, assembled
or tested. Fewer components means greater reliability at
lower cost.
Easy EMI/RFI Upgrade –
These compact filtered connectors
fit standard non-filtered connector footprints. For
improved EMC performance, simply replace the existing
connector with a filtered connector.
EMC Compliance & Immunity –
EMI that is generated
from the electronic device, radiated or conducted, will
be re-directed to chassis ground through the connector
shell. This same device will also protect the system from
external EMI/RFI noise (such as radio transmitters, ESD,
or natural phenomena such as lightning) in the same way.
Choosing the Right Capacitance for Your Filter Connector
(1)
Determine the highest frequency that the filter connector
needs to pass unaffected.
(2)
Which frequencies are causing trouble, either with
emissions or with immunity to interference?
(3)
Scan the Insertion Loss charts on page 2 to select a filter
which provides little or no insertion loss (filtering) at the
frequency determined from step 1, yet gives the greatest
possible insertion loss at the frequencies determined in step 2.
Nominal Insertion Loss values described in this catalog are
based on the Mil-STD-220 test method - a 50 ohm balanced load
and source impedance. Different systems will differ from this and
hence, the filter connector may perform differently.
The final decision will be determined from actual EMI/RFI
testing of the equipment in question.
Contents
D–Sub Series
FCC17 Series
Electrical Data, Insertion Loss Performance
Mechanical and Environmental Data
Filtered Stacked D-Sub Connectors
Filtered D-Sub Connectors: How To Order
Filtered Combo D-Sub Connectors
2
3
4
5-10
11-16
Micro–Ribbon Series
FCC57 Series
Electrical Data, Insertion Loss Performance
Mechanical and Environmental Data
Filtered Micro-Ribbon Connectors: How To Order
2
3
17-22
RF Series
456 Series
Capacitively Decoupled RF Connectors
23-35
Modular Jacks
FRJ / FRJA Series
Filtered & Shielded -
See Modular Jack Catalogue
Amphenol
®
Canada Corp. Telephone: (416) 754-5656 Fax: (416) 754-8668 E-mail: sales@amphenolcanada.com
1
FCC17
&
FCC57 Series
ELECTRICAL DATA
Contact Resistance:
15 milliohms maximum per MIL-STD-1344 Method 3002
Insulation Resistance:
3000 megohms minimum per MIL-STD-1344 Method 3003.1
Current Rating:
5 Amps DC maximum
2 Amps RF filtering maximum
FCC17 Combo:
20-40 Amps
Filter Performance:
Filter Capacitance (pF)
@25°C, 1 kHz, 1.0 VRMS
Dielectric Material: NPO or X7R
Insertion Loss (dB)
(per MIL-STD-220 @
.5 MHz
25°C)
1 MHz
5 MHz
10 MHz
50 MHz
100 MHz
200 MHz
1000 MHz
Working Voltage (VDC)
DWV (VDC) *
50
± 15%
180
± 15%
330
± 15%
470
± 15%
820
± 15%
1000
± 15%
1200
± 15%
2200
± 15%
5600
± 20%
47000
± 20%
2
12
32
300
600
4
12
27
32
300
600
1
7
15
28
32
300
600
1
2
11
22
30
32
300
600
1
3
16
30
32
32
200
600
1
3
16
30
32
32
200
600
1
4
17
30
32
32
200
600
1
5
8
23
32
32
32
200
600
3
5
11
16
32
32
32
32
200
600
15
20
27
32
32
32
32
32
50
150
NOTE: A larger range of capacitors available - consult factory.
* FCC57 connectors can be specified to meet the requirements of FCC Docket 20780, Part 68, Subpart F (1000 VAC for one minute. Consult factory for details).
FCC17 and FCC57 connectors can withstand a transient voltage spike of 700 V with a rise time of 1 µsec (500 V for 47000 pF).
FCC17 and FCC57 connectors can be specified to meet higher DWV and transient voltage requirement (consult factory).
Typical Insertion Loss Performance
(dB)(Per MIL-STD-220, no load)
40
40
30
Insertion Loss (dB)
Insertion Loss (dB)
30
20
20
10
10
0
0.1
1.0
10
Frequency (MHz)
100
1000
0
0.1
1.0
10
Frequency (MHz)
100
1000
50 pF - 470 pF
820 pF - 1000 pF
40
40
30
Insertion Loss (dB)
Insertion Loss (dB)
30
20
20
10
10
0
0.1
1.0
10
Frequency (MHz)
100
1000
0
0.1
1.0
10
Frequency (MHz)
100
1000
1,200 pF - 2,200 pF
5,600 pF - 47,000 pF
2
Amphenol
®
Canada Corp. Telephone: (416) 754-5656 Fax: (416) 754-8668 E-mail: sales@amphenolcanada.com
FPGA/CPLD
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