1.0-2.3 Straight Crimp Plug RG-179 Belden 179DT 50 Ohm

1.0-2.3 Straight Crimp Plug RG-179 Belden 179DT 50 Ohm

102-920-06
Statut de la pièce: Active
Caractéristiques techniques du produit

Caractéristiques techniques du produit

Attributs Détails Voir des articles similaires
Sélectionnez les caractéristiques ci-dessous pour découvrir des produits similaires
Assembly Tool
CTL-2
Body Finish
Gold
Body Material
Brass
Cable Type (Terminates To)
RG-161, RG-179, RG-187, Belden 179DT, Belden 1520A, Belden 1521A, Belden 1522A, Belden 9221
Contact Finish
Gold
Contact Material
Brass
Contact Termination
Crimp
Country of Origin
CN
Coupling Mechanism
Push-Pull
ECCN
EAR99
Frequency (Max GHz)
10
Gender
Plug
HTS Code
8536.69.4010
Impedance (Ohms)
50
Insulator Material
PTFE
IP Rating
Not Rated
Isolated
No
Low PIM
No
Mating Cycles (Min)
500
Mil Qualified
Not Mil Qualified
Non Magnetic
Contains Magnetic Materials
Orientation
Straight
Panel Mounting Feature
Not Applicable
PFAS
Contains PFAS
Ports
1 (Single Port)
Size Category
Miniature
Temp (Max Degrees Celsius)
155
Temp (Min Degrees Celsius)
-40
Termination Style
Cable - Crimp
Voir des articles similaires
Tous les documents associés

Tous les documents associés

Les articles verrouillés nécessitent un compte Amphenol RF
Se connecter / S'inscrire
Titre du document Type Date de publication
Assembly Instructions 3 Piece Crimp-Solder (Taille: 44,1 KB)
pdf
31/03/2026
102-920-06 PDF Customer Drawing (Taille: 33,4 KB)
pdf
07/05/2026
102-920-06 IGS 3D Model (Taille: 2,2 MB)
igs
31/03/2026

Related Resources

The "High-Density Broadcast Solutions" document from Amphenol RF highlights their range of RF interconnects designed for broadcast connectivity, including BNC, Mini-BNC, 1.0/2.3 DIN, and HD-BNC connectors. These connectors offer various impedances and frequency ranges, with HD-BNC providing the highest density at an 8mm pitch and supporting data rates up to 12 Gb/s. Applications include high-definition transmission, video routing, mobile broadcast equipment, and digital signage, ensuring reliable performance and reduced equipment size without compromising signal integrity​​.
High Density Broadcast Solutions
The "High-Density Broadcast Solutions" document from Amphenol RF highlights their range of RF interconnects designed for broadcast connectivity, including BNC, Mini-BNC, 1.0/2.3 DIN, and HD-BNC connectors. These connectors offer various impedances and frequency ranges, with HD-BNC providing the highest density at an 8mm pitch and supporting data rates up to 12 Gb/s. Applications include high-definition transmission, video routing, mobile broadcast equipment, and digital signage, ensuring reliable performance and reduced equipment size without compromising signal integrity​​.
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The "High Density Interconnect Standards for Next Generation Broadcast Networks" paper discusses the HD-BNC connector, designed to meet modern broadcast systems' demands for higher density and performance. HD-BNC offers significant density improvements over traditional BNC connectors, with a 75 ohm interface optimized for high bandwidth up to 6 GHz. It maintains robustness and user-friendly bayonet-style mating, providing better mechanical and RF performance than other high-density alternatives like 1.0/2.3 and Mini-BNC. The HD-BNC's design ensures compatibility with industry-standard tools and cables, making it a superior choice for next-generation broadcast applications​​.
White Paper: High Density Interconnect Standards
The "High Density Interconnect Standards for Next Generation Broadcast Networks" paper discusses the HD-BNC connector, designed to meet modern broadcast systems' demands for higher density and performance. HD-BNC offers significant density improvements over traditional BNC connectors, with a 75 ohm interface optimized for high bandwidth up to 6 GHz. It maintains robustness and user-friendly bayonet-style mating, providing better mechanical and RF performance than other high-density alternatives like 1.0/2.3 and Mini-BNC. The HD-BNC's design ensures compatibility with industry-standard tools and cables, making it a superior choice for next-generation broadcast applications​​.
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