Description
The National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01, features a 1-Pin, Male SMA connection on the back end and a 1-Pin, Male HD BNC connection on the front end, ensuring compatibility with various RF technology-enabled devices.
This high-quality cable spans 1 meter in length and is constructed using RG174 type cable, known for its flexibility and durability. With an outer diameter of just 2.5 mm, it is well-suited for a wide range of applications, including compact micro-coaxial connectors.
The SMA connector is crafted from Au plated material for enhanced conductivity and performance, while the insulator is made from PTFE, offering excellent resistance to high temperatures and chemical reactions.
Designed to operate within a frequency range of 0 GHz to 6 GHz, this coaxial cable can handle a broad spectrum of signals. Additionally, the insulator boasts a substantial resistance of 5,000 M-ohms, contributing to the cable’s overall reliability and signal integrity.
| Specification | Detail |
|---|---|
| Product Name | National Instruments SMA-HDBNC Coaxial Cable |
| Part Number | 784995-01 |
| Back End Connection Type | 1-Pin, Male SMA |
| Front End Connection Type | 1-Pin, Male HD BNC |
| Cable Length | 1 meter |
| Cable Type | RG174 |
| Outer Diameter | 2.5 mm |
| SMA Connector Material | Au plated |
| Insulator Material | PTFE |
| Frequency Range | 0 GHz to 6 GHz |
| Insulator Resistance | 5,000 M-ohms |
Q1: What is the resistance of the PTFE insulator used in the National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01?
A1: The resistance of the PTFE insulator used in the National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01, is 5,000 M-ohms.
Q2: What are the salient features and specifications of the National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01, including its connectors, length, material composition, and operating frequency range?
A2: The National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01, features a 1-Pin Male SMA connector and a 1-Pin Male HD BNC connector, both designed to ensure compatibility with a range of RF technology devices; the SMA connector is made of Au plated material for better conductivity, while the insulator is PTFE for high temperature and chemical resistance. The cable is 1 meter long, constructed from flexible and durable RG174 type cable with
Q3: What are the specific features and benefits of the National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01, in terms of its connectors, construction, and electrical performance?
A3: The National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01, features a Male SMA connection and a Male HD BNC connection, with the SMA connector made from Au plated material and the insulator constructed from PTFE; it operates within a frequency range of 0 GHz to 6 GHz and has an insulator resistance of 5,000 M-ohms.
Q4: What are the connection types and materials used in the construction of the National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01, and what are its operating frequency range and resistance values?
A4: The National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01, features a 1-meter length, RG174 type cable with a 2.5 mm outer diameter, 1-Pin Male SMA connector plated with gold for enhanced conductivity, and a 1-Pin Male HD BNC connector, both designed for compatibility with RF technology-enabled devices. The insulator is made of PTFE, which is resistant to high temperatures and chemical reactions, and the cable
Q5: What are the key features and specifications of the National Instruments SMA-HDBNC Coaxial Cable with part number 784995-01, including its connectors, material composition, length, diameter, frequency range, and resistance properties?
A5: The National Instruments SMA-HDBNC Coaxial Cable, part number 784995-01, is a 1-meter long RG174 type cable with a 2.5 mm outer diameter, featuring a Male SMA connection with Au plated material for enhanced conductivity and a Male HD BNC connector, designed to operate within a frequency range of 0 GHz to 6 GHz, and has a substantial insulator resistance of 5,000 M-ohms, with the insulator made from P
