Rc Transmission Line

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Product Details:

Usage Transmission of electrical signals in RC circuits
Voltage Standard transmission voltages as per specification
Power Optimized for minimal power loss
Product Type RC Transmission Line
Material High conductivity copper with insulated covering
Design Flexible and robust line structure
Power Source External electrical source
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Rc Transmission Line Price And Quantity

Minimum Order Quantity 1 Unit

Installation Method Easy installation with standard connectors
Durability Long-lasting performance
Shielding Shielded for minimized electromagnetic interference
Conductivity Superior electrical conductivity
Color Code Standardized color coding for identification
Frequency Range Supports wide frequency spectrum for signal transmission
Impedance Characteristic impedance designed for specific RC applications
Application Areas Lab equipment, research, industrial automation
Temperature Resistance Operational range -20°C to +80°C

Rc Transmission Line Product Specifications

Product Type RC Transmission Line
Charging Time N/A (operates through constant power source)
Accuracy High precision measurement capability
Usage Transmission of electrical signals in RC circuits
Power Source External electrical source
Material High conductivity copper with insulated covering
Voltage Standard transmission voltages as per specification
Detector Built-in detection circuit for signal transmission
Weight Varies as per length and thickness
Dimension (L*W*H) Customized as per transmission requirements
Design Flexible and robust line structure
Power Optimized for minimal power loss

Installation Method Easy installation with standard connectors
Durability Long-lasting performance
Shielding Shielded for minimized electromagnetic interference
Conductivity Superior electrical conductivity
Color Code Standardized color coding for identification
Frequency Range Supports wide frequency spectrum for signal transmission
Impedance Characteristic impedance designed for specific RC applications
Application Areas Lab equipment, research, industrial automation
Temperature Resistance Operational range -20°C to +80°C

Rc Transmission Line Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Packaging Details 1 box
Main Export Market(s) Western Europe, Australia, North America, Eastern Europe, Middle East, Central America, South America, Asia, Africa
Main Domestic Market All India
Certifications ISO

Product Description

Experimental Training Board has been designed specifically for the study of R.C. Transmission Line at 50Hz. The variation in magnitude and phase of the voltage after every section can be studied for different input voltages at 50 Hz. One will observe the phase shift of almost 2p in 20 sections.

Object:

To study R C Transmission Line at 50Hz.
To draw a curve showing the variation of magnitude and phase of the Voltages along the R.C. ladder network and to find the Attenuation

Features:

The board consists of the following built-in parts :

A.C step down transformer having secondary tappings at 50 100 and 200V at 200mA.
20T sections of R & C brought out on sockets for connections.
Mains ON OFF switch, Fuse and Jewel light.
The unit is operative on 230V 10 at 50Hz AC Mains.
Adequate no of patch cords stackable from rear both ends 4mm spring loaded plug length metre.

Specification

Usage/Application	Laboratory
Material	Plastic box
Color	Grey
Type	Electrical
Automation Grade	Manual
Power Supply	AC Power Supply
Model Name/Number	AE 1025

Advanced Signal Integrity for Critical Applications

Engineered for high accuracy and minimal transmission loss, the RC Transmission Line ensures superior signal integrity for RC circuits. The built-in shield significantly reduces electromagnetic interference, which is crucial in sensitive research and industrial environments. Its characteristic impedance and high conductivity materials support reliable, consistent measurements for complex laboratory and automation tasks.

Flexible Design with Easy Installation

Designed for effortless installation, the RC Transmission Line features standardized connectors and color coding for simplified identification. The robust and flexible construction adapts to various setup requirements, with custom dimensions available to suit different transmission needs. This versatility allows integration with diverse laboratory or industrial systems.

Durability and Dependable Performance

With an operational temperature range from -20C to +80C, the RC Transmission Line provides long-lasting stability in both indoor and outdoor settings. Its insulated copper core and durable sheath promise extended service life, while optimized power handling minimizes losses during transmission. This durability safeguards continuous performance, reducing maintenance concerns and increasing operational reliability.

FAQs of Rc Transmission Line:

Q: How is the RC Transmission Line installed in laboratory or industrial setups?

A: Installation is straightforward using standard connectors, and the flexible design permits adaptation to various environments. The standardized color coding aids quick identification during setup and maintenance.

Q: What are the benefits of the built-in shielding feature in this transmission line?

A: The shielded design effectively minimizes electromagnetic interference, ensuring accurate signal transmission and reducing data errors in sensitive applications such as automation and laboratory research.

Q: When should a customized dimension RC Transmission Line be considered for a project?

A: Custom dimensions are recommended when specific transmission length or space constraints are involved, or for specialized RC circuit configurations that require tailored electrical and mechanical properties.

Q: Where can the RC Transmission Line be used effectively?

A: It is suitable for laboratory equipment, research experiments, and industrial automation systems, as well as anywhere high precision and reliable electrical signal transmission are required.

Q: What process is involved in ensuring the lines durability and long-lasting performance?

A: Durability is achieved through high conductivity copper conductors, insulated covering, and a robust structure built for temperature resistance and minimal power loss, enabling consistent performance over extended periods.

Q: What makes the RC Transmission Line a preferred choice for high-precision applications?

A: Its characteristic impedance, high conductivity, shielding, and built-in signal detector work together to deliver precise measurement and efficient transmission, making it ideal for applications demanding accuracy.

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