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Large threaded connectors designed to handle higher power levels
and provide low VSWR and PIM performance. Available for corrugated
cable (both Annular and Superflex), standard cable connectors,
and custom. |
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50 Ω connectors operating from 0-10 GHz. This compact connector
features a push/pull coupling mechanism for quick installation.
The 1.0/2.3 series complies with DIN 41626, DIN 47297, and NFC
93-571 international specifications. |
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Especially suited for internal telecom equipment connections,
particularly for fixed or mobile transmissions. 75 Ω impedance and a low reflection factor up to 1GHz. |
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Amphenol RF introduces the AFI connector
interface as a solution for board-to-board RF applications,
especially for the military and broadband marketplaces. The
AFI interface utilizes a proprietary configuration that allows
for industry leading “float” to compensate for the
axial and radial misalignment due to packaging tolerances |
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Amphenol manufactures a family of Amphenol Micro Coaxial (AMC)
Connectors for use in applications with 50 Ω
impedance requirements. AMC connectors are low profile
(2.5 mm of the board) and offer an extremely small board footprint
(3mm x 3mm). |
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Developed by Amphenol engineer Carl Concelman, our most extensive
line features bayonet-style coupling for quick connect and disconnect.
Available in 50 Ω, 75 Ω, and 50 Ω reverse polarity. |
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Medium-sized weatherproof connectors with a two-stud bayonet
coupling. Provide constant 50 Ω impedance and may be used with
75 Ω cable below 300 MHz. |
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Utilizes a standard metal SMB connector embedded within a
plastic housing with multiple colored codes for easy identification.
Based on the FAKRA and USCAR standards of the German and American
automotive industries. |
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Used for mobile antenna applications and can be adapted for
UHF, Mini-UHF, TNC, BNC, and Type N connector interfaces using
adapters. |
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Medium-sized weatherproof connectors for high-voltage applications.
Captivated contacts prevent recession under stress conditions. |
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Snap-on subminiature connector that conforms to the European
CECC 22220. Since the MCX has identical inner contact and insulator
dimensions as the SMB while being 30% smaller, it provides designers
with options where weight and physical space are limited. |
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Introduced in the 1970's as a miniature version of the UHF
connector that was invented in the 1930's for use in the radio
industry. The treaded coupling connector is perfect for a
variety of low frequency applications where cost is the primary
consideration. |
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Amphenol's Mini 75 Ω
SMB connector family. Mini 75 Ω SMB
provides broadband capability through 2 GHz. Its snap-on design
utilizes die cast components on non-critical areas to provide a
low cost solution |
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Micro-miniature connector with a lock-snap mechanism allowing
for 360 degrees rotation on a printed circuit board. Conforms
to the European CECC 22000 specification and comes in surface
mount, edge card, and cable connectors. |
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The acronym APC describes high-performance precision connectors,
and stands for Amphenol Precision Connectors. Developed by Amphenol
and Hewlett-Packard engineers. Precision series includes APC-2.4,
APC-3.5, APC-7, and APC-N. |
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A rugged, medium-sized connector that features a positive-locking,
push-on coupling interface. Excellent for applications where
power handling and low intermodulation are required. |
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Coaxial Type Q protection connector houses a Quarter Wave Stub.
The 50 Ω nominal impedance of
this device makes the connector suitable for high frequency
applications where characteristic impedance must be maintained. |
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Medium-sized 50 Ω connectors designed to meet MIL-C-39012 category
D as generated by the US Air Force. |
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A new generation of miniature BNC connectors that maintain the
positive characteristics of our full-size BNC's for 75 Ω systems
while allowing 40% more interconnects in the same area. |
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Subminiature connectors with a threaded coupling mechanism that
perform through 18 GHz. Available in standard, phase adjustable
and reverse polarity. Built in accordance with MIL-C-39012 and
CECC 22110/111, SMA connectors can be mated with all connectors
that meet these specs regardless of manufacturer. |
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Developed in the 1960's as a smaller alternative to the SMA,
the SMB line features a snap-on coupling mechanism. Available
in 50 Ω, 75 Ω, and miniature 75 Ω. |
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Medium-sized 50 Ω threaded connectors designed to meet MIL-C-39012
category D as generated by the US Air Force. |
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Subminiature connector with a frequency range up to 40 GHz.
Used in miniaturized applications and features both push-on
and snap-on mating styles. Content for this series is not yet
available on the web. Please call us at 1-800-627-7100 for more
information. |
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Microminiature connectors that offer frequency performance in
the smallest packages available. Ideal for board to board applications,
these connectors are also designed for semi rigid cable. |
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Microminiature connectors with snap-on mating interface allowing
quick installation in small spaces with excellent performance
in devices up to 4 GHz. |
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Features screw threads for mating and serves as a threaded version
of the BNC connector. The TNC is a 50 Ω connector available
in both standard and reverse polarity. |
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Used with triaxial cable where maximum RF shielding and minimum
noise radiation are required. |
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Used with twinaxial cables for balanced low level and high sensitivity
circuits. Features polarized key and keyway construction and
threaded coupling. |
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Twinaxial connector with polarized contact design and bayonet
coupling. |
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75 Ω impedance connector features a threaded coupling and is
ideal for CATV applications. Content for this series is not
yet available on the web. |
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75 Ω impedance connector features a snap-on coupling and is
ideal for CATV applications. Content for this series is not
yet available on the web. |
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Available in standard N (coaxial cable) and corrugated N (helical
and annular cable), the Type N is a durable, weatherproof, medium-sized
connector consistent through 11GHz. |
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Invented for use in the radio industry, UHF stands for Ultra
High Frequency. While at the time 300 MHz was considered high
frequency, these are now general purpose connectors for low
frequency systems. |
