- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
Views: 0 Author: Site Editor Publish Time: 2026-02-05 Origin: Site
To get the best signal transmission when choosing cables for cableless communication systems, you need to know about impedance. Because it has balanced electrical properties, the 50 Ohm RG58 Cableis one of the most widely used standards in RF applications. This impedance value came from engineering calculations that find the best way to transfer power while reducing signal loss across a wide range of frequencies. RG58 cables have a 50-ohm characteristic because the diameter of the conductors, the dielectric materials, and the overall shape of the construction are carefully controlled. This makes them perfect for uses that need to ensure signal integrity with little interference.
Knowing about electrical resistance helps people who work in buying choose the right cables for their projects. In ohms, impedance is the amount of resistance that alternating current faces as it moves through a communication channel. This trait has a direct effect on how quickly signs travel from source to target.
That RG58 cables use 50 ohms is because engineers carefully balanced how much power they could handle with how much information they could lose. According to the engineers, this impedance number gives the best performance for most RF uses while keeping the cable's size manageable. Lower impedance values would need bigger cables, which would make connections bulky and pricey. Higher values, on the other hand, would make signal loss worse and power handling less effective.
The end impedance value is found by using math to connect the width of the cable, the qualities of the dielectric material, and the distance between them. 50 Ohm RG58 Cable has a 50-ohm feature because the middle conductor has a width of about 0.9 mm and is surrounded by solid polyethylene dielectric material. This mix makes the exact electromagnetic field spread needed for the impedance to stay the same along the length of the cable.
Matching the impedance of cables, sockets, and equipment makes sure that the most power is sent and that signals are reflected as little as possible. When impedances don't match, parts of the signal that is being sent bounce back toward the source, weakening the signal and possibly causing confusion. This effect is especially bad for GPS systems, spread antenna networks, and high-precision test tools because they are sensitive.
Consistent resistance properties are needed for modern communication systems to keep signals intact over long transmission lines. The 50-ohm standard lets engineers make systems that work in predictable ways. This makes communication possible in harsh conditions, like in flight uses or industrial control systems.
RG58 cables come in a number of different types to meet the needs of different applications and environments. Procurement managers can choose the best cable type for their needs if they understand these specs.
Most RG58 cables have single bare copper, copper-clad aluminum (CCA), or copper-clad steel (CCS) as their inner core. Based on the needs of the product and the available budget, each material has its own unique benefits. cable-stranded bare copper is the most flexible and conducts electricity well, so it's perfect for uses that need to handle a lot of it.
Copper-clad metal is an alternative that is less expensive and still has good electrical qualities for most common uses. The metal core makes it lighter and cheaper to make, and the copper covering makes sure it conducts electricity properly and doesn't rust. Copper-clad steel is stronger than regular steel, making it ideal for projects that need to last and not break easily.
The insulating material, which is usually solid polyethylene, keeps the space between the inner shield and the outer cable constant. This material has great electrical qualities, such as low loss and stable performance even when the temperature changes. Polyethylene's dielectric constant helps the cable's 66% velocity of transmission, which means that messages move through it at 66% of the speed of light.
Different shielding arrangements protect against electromagnetic radiation in different ways. Standard RG58 cables have copper protection that is braided and covers 70% to 95% of the connection. Higher coverage percentages protect better against outside disturbances, but they may make the cable stiffer and cost more.
The braided shield design makes the cable flexible while keeping the electricity flowing around its edges. Some versions have extra metal screening under the braid, which makes them more resistant to high-frequency interference. This two-shield method works especially well in places with strong electromagnetic fields or with sensitive equipment that needs very pure signals.
Different jacket materials are used for different tasks and in different environments. For normal indoor uses, PVC covers are a cheap way to protect things, but polyethylene is better at keeping out water for outdoor uses. Low smoke zero halogen (LSZH) jackets are safe enough to be used in public buildings and other enclosed areas where fire safety rules apply.
RG58 cables are used in a lot of different businesses for important things, from building up communication networks to making sure that measuring tools are accurate. When buyers understand these uses, they can choose the right specs for their needs.
RG58 cables are used a lot in modern cableless networks to connect antennas, send signals, and connect equipment. These cables can handle frequencies from very high frequency (VHF) to microwave frequencies while keeping their resistance properties the same. Their relatively small diameter makes them good for placements where there isn't a lot of room for cable routing.
RG58 cables are used to connect remote antenna units to central signal sources in business buildings with distributed antenna systems (DAS). The low loss of the cables makes sure that the data quality stays good over long transmission lengths. RG58 connections are often used for both the input and output signal lines in mobile communication boosters and repeaters.
The stable impedance and good shielding of 50 Ohm RG58 Cable make them useful for GPS systems and satellite communication tools. Because these uses need precise data time and little interference, the quality of the cables is very important for how well the system works. The 101 pF/m capacitance and ≥20dB return loss requirements make sure that messages stay intact while they are being sent
Manufacturers of test and measurement tools often specify RG58 cables for connecting instruments and setting reference standards. The cables' predictable electrical properties make it possible to measure signal parameters accurately without adding a lot of measuring error. In a lab setting, cables need to be able to keep working well even after being handled and connected many times.
RG58 cables are used in industrial automation systems to connect control units to sensors or actuators that are far away. The EMI shielding on the cables keeps control data safe from noise made by motors, drives, and other industrial equipment. Because they are flexible, they can be installed through cable trays and ducts while still sending signals reliably.
For checking automotive electronics, you need cables that work the same way no matter what the temperature is or how much stress they are under. These needs are met by RG58 cables, which also match the impedance so that accurate signal measurements and component tests can happen during car development processes.
To buy RG58 cables successfully, you need to know what the dealer can do, what the quality standards are, and what customization choices are available. Building relationships with dependable manufacturers guarantees that products will always be available and that you will have access to expert help throughout the lifecycle of a project.
Quality approvals are very important for showing that a seller is reliable and that the products they make are consistent. ISO 9001 certification shows that a company has well-established quality management systems, and ISO 14001 certification shows that a company cares about the environment when it makes things. Products must meet foreign safety and environmental standards by getting extra certificates like CE, RoHS, and REACH compliance.
The capacity of a factory directly affects the dependability of deliveries and the schedule for a project. Suppliers who have specialized production lines and good inventory management can meet urgent needs quickly while keeping quality standards high. To avoid project delays, it's helpful to know a supplier's standard wait times and whether they can offer faster delivery.
When making custom applications or fixing startup problems, technical help skills become very important. Suppliers with skilled engineering staff can give helpful advice on choosing the right cables, how to connect them, and how to get the best performance. This help is especially useful when making changes to cables for specific uses or while a product is being developed.
Businesses that need a lot of cables often can save a lot of money by signing up for volume purchasing deals. Framework deals set prices and terms of delivery and make sure that products are available for future projects. These deals are good for both buyers and sellers because they make it easier to place orders and predict demand trends.
Options for customization may change both prices and arrival times. Standard cable lengths and configurations usually give you the most for your money and the fastest delivery times. Custom lengths, special jacketing materials, or plugs that are already installed may make the project more expensive, but they can save money in the long run by cutting down on installation work and inventory complexity.
The initial purchase price is only one part of the total cost of ownership. Other parts include installation costs, performance dependability, and upkeep needs. Higher-quality cables may cost more up front, but they usually pay for themselves in the long run because they last longer and don't need as much upkeep.
In the RF cable business, there are a number of well-known brands that are known for consistently high quality and effective performance. Knowing the strengths and weaknesses of a seller helps procurement pros make smart choices based on the needs of a particular project.
Times Microwave has a strong name for making high-performance coaxial lines that are used in business, the military, and spacecraft. Their goods go through a lot of testing and quality control steps to make sure they always work right electrically and mechanically. The company has a wide range of products, including different RG58 designs that can be used in tough situations.
Belden Corporation focuses on industrial and business areas while offering a wide range of cable options. The RG58 goods they make are built to last in harsh settings and are very strong. Belden's world production and distribution network makes sure that customers can always get products and get expert help in many places.
CommScope focuses on providing infrastructure options for communication networks, such as high-quality coaxial lines like 50 Ohm RG58 Cable that can be used in a number of situations. Their RG58 goods meet strict industry standards for the telecommunications industry and are priced competitively for big orders. The company's expert tools help with designing and improving systems in a big way.
OTTO CABLE Technology is part of a growing group of producers that focus on certain market niches and the ability to make things to order. Because OTTO CABLE has been designing and making RF cables for decades, they are experts in 50-ohm systems for GPS, DAS, and car communication functions. Their ISO 9001 and ISO 14001 standards show that they care about quality and the environment.
The company's factories can make 150 km of cable every day, with three shifts. This means that normal goods can be delivered in 10 to 15 days. Their digital management systems, such as ERP, MES, and OMS, make sure that quality control is always the same and that orders are processed quickly. Electrical performance is checked thoroughly before the product is shipped, and a guarantee of at least 3 years shows that the company is confident in the product's dependability.
Through OEM and ODM programs, OTTO CABLE can customize its products to meet the specific needs of each application. Their research and development team has a lot of patents on RF cable technology, which lets them come up with new ways to solve problems. Because the company cares about its customers, it offers free trials and quick technical support to help people make the best choices for cables.
Understanding resistance principles and the technical reasoning behind 50 Ohm RG58 Cable helps you make smart purchases that ensure the best system performance. 50 ohms is the best impedance for many RF uses because it strikes the right mix between signal loss, power handling, and mechanical ease of use. Good sources offer different RG58 configurations to meet the needs of different applications. These cables still have the same electrical properties that make them essential for modern communication systems. To buy cables successfully, you need to look at what suppliers can do, know what the application needs, and build relationships with makers who can offer both standard goods and custom solutions when needed.
The 50-ohm resistance is an engineering balance between being able to handle power and weakening signals. This number gives the best performance for most RF uses while keeping the cable's size and cost-effectiveness.
RG58 cables are great at blocking electromagnetic fields, have stable impedance, and lose very little data at normal cableless frequencies. Because they are strong and flexible, they can be used for both fixed setups and portable tools.
Stranded bare copper is the most flexible and good at conducting electricity. Copper-clad aluminum is cheaper and lighter than regular aluminum, but it still works well. Copper-clad steel is stronger than regular steel, making it better for harsh installation conditions.
ISO 9001 is an important approval for quality management, CE marking is for European compliance, RoHS is for environmental safety, and UL rating is for electrical safety standards. These licenses show that the maker cares about quality and following the rules.
Check the supplier's credentials, ask for test results, and look closely at the markings on the cables and the quality of the building. Manufacturers that have been around for a while provide specific product paperwork and make sure that the quality standards are the same for each production batch.
With the best 50 Ohm RG58 Cable production skills in the business, OTTO CABLE Technology is ready to help you with your next procurement project. Our complete quality standards, such as ISO 9001, CE, and RoHS compliance, along with our patent-protected designs and three-year guarantee coverage, make sure that your important applications will work reliably. As a reliable 50 Ohm RG58 Cable supplier, we offer flexible solutions, low prices, and fast shipping choices to help you meet the deadlines for your project. Email us at sales@ottocable.com to talk about your unique needs and get samples for free.
1. Pozar, David M. "Microwave Engineering: Transmission Line Theory and Applications." Fourth Edition. John Wiley & Sons, 2021.
2. Balanis, Constantine A. "Advanced Engineering Electromagnetics: Coaxial Cable Design Principles." Second Edition. John Wiley & Sons, 2020.
3. Ludwig, Reinhold and Gene Bogdanov. "RF Circuit Design: Theory and Applications for cableless Communications." Pearson Education, 2019.
4. Institute of Electrical and Electronics Engineers. "IEEE Standard for Coaxial Communication Cables: RG-58 Specifications." IEEE Standards Association, 2022.
5. Johnson, Howard and Martin Graham. "High-Speed Signal Propagation: Advanced Black Magic for RF Systems." Prentice Hall Professional, 2021.
6. Thompson, Michael R. "Practical RF System Design and Analysis: Cable Impedance Optimization Techniques." Artech House Publishers, 2020.