Amphenol Telecom & Datacom Connectors 54

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Part RoHS Manufacturer Connector Type Option Reliability Contact Gender Dielectric Withstanding Voltage (V) No. of Connectors Panel Mount Mating Contact Pitch (inch) Body Length Insulation Resistance Mixed Contacts EMI Shielded Filter Feature Body Width Termination Contact Finish Body Depth Rated Voltage MIL Conformity Insulator Material No. of Rows Loaded Maximum Operating Temperature (Cel) DIN Conformance Board Mounting Option PCB Contact Row Spacing (mm) Contact Design IEC Conformity Minimum Operating Temperature Empty Shell Shell Finish Plating Thickness (inch) No. of Ports No. of PCB Rows Contact Material UL Flammability Code Mating Contact Finish Polarization Key Additional Features Rated Current - Signal Reference Standard Insulator Color Polarization Total No. of Contacts Contact Arrangement Minimum Wire Size Durability Mating Contact Row Spacing (inch) Mounting Type Maximum Wire Size Sub-Category Shell Material Terminal Pitch (mm) Cable Types Mating Info. PCB Contact Pattern Mains Connector Rating Contact Sizes Termination Type Minimum Withdrawal Force (N) Manufacturer Series Contact Resistance Body or Shell Style Mounting Style Minimum Insulation Diameter Contact Style JESD-609 Code Maximum Insertion Force (N) Mounting Option-2 Terminal Length Mounting Option-1 Contact Pattern

RJHSE-538B-02

Amphenol

TELECOM AND DATACOM CONNECTOR

COMMERCIAL

MALE

1000VAC

1.27 inch

500000000 ohm

.53 inch

Matte Tin (Sn) - with Nickel (Ni) barrier

.62 inch

POLYETHYLENE

85

SPLIT BOARD LOCK

-55 Cel

50u

1

PHOSPHOR BRONZE

GOLD (50) OVER NICKEL (50)

1.5 A

UL

BLACK

8

750 Cycles

BOARD

Telecom and Datacom Connectors

COPPER ALLOY

2.032

STAGGERED

SOLDER

20 mohm

JACK

RIGHT ANGLE

TELCOM, MODULAR

e3

MOUNTING FLANGE

.1 inch

LOCKING

GSB3121371CHR

Amphenol

USB CONNECTOR

GENERAL PURPOSE

FEMALE

NO

NO

Matte Tin (Sn) - with Nickel (Ni) barrier

NO

POLYAMIDE4T/POLYETHYLENE

NO

NO

NO

NICKEL

NOT SPECIFIED

94V-0

GOLD OVER NICKEL (50)

9

BOARD AND PANEL

STEEL

SOLDER

STRAIGHT

e3

TJS-102

Amphenol

TELECOM AND DATACOM CONNECTOR

GENERAL PURPOSE

FEMALE

NO

NO

YES

NO

NO

NO

STANDARDS: MIL-C-9177

4

CABLE

M9177/1-1, M9177/2-1

CRIMP

JACK

USB3FTV7ANF312

Amphenol

USB CONNECTOR

GENERAL PURPOSE

FEMALE

NO

NO

1.381 inch

2

85

-40 Cel

NO

NICKEL

1

POLARIZED KEY

9

CABLE AND PANEL

ALUMINUM ALLOY

MULTIPLE MATING PARTS AVAILABLE

RECEPTACLE

USB 3.0

LOCKING

STAGGERED

USB3FTV7AZNF312

Amphenol

USB CONNECTOR

GENERAL PURPOSE

FEMALE

NO

NO

1.381 inch

2

85

-40 Cel

NO

BLACK ZINC NICKEL

1

POLARIZED KEY

9

CABLE AND PANEL

ALUMINUM

MULTIPLE MATING PARTS AVAILABLE

RECEPTACLE

USB 3.0

LOCKING

STAGGERED

USB3FTV7AGF312

Amphenol

USB CONNECTOR

GENERAL PURPOSE

FEMALE

NO

NO

1.381 inch

2

85

-40 Cel

NO

CADMIUM

1

POLARIZED KEY

9

CABLE AND PANEL

ALUMINUM

MULTIPLE MATING PARTS AVAILABLE

RECEPTACLE

USB 3.0

LOCKING

STAGGERED

Telecom & Datacom Connectors

Telecom and datacom connectors are a type of connector used in telecommunications and data communications systems to connect various components and devices together. They are designed to provide reliable and secure connections that can handle high-speed data transmission and telecommunications signals.

Telecom and datacom connectors come in a wide range of types and configurations, including fiber optic connectors, copper connectors, and wireless connectors. Each type of connector is designed for specific applications and requirements, such as high-speed data transmission, long-distance communication, and rugged environments.

One advantage of telecom and datacom connectors is their compatibility with a wide range of devices and components, including switches, routers, servers, and other network equipment. They are also designed to provide low insertion loss and high return loss, ensuring reliable and high-quality signal transmission.

Telecom and datacom connectors are commonly used in a variety of industrial, commercial, and consumer applications, including telecommunications, data centers, and wireless networks. They may be subject to rigorous testing and qualification requirements to ensure their reliability and performance.