EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

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EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA Specification

Resolution
1 dB (gain), 1 (rotation)

Operating Voltage
230V AC

Automation Grade
Semi-automatic (manual and automatic options)

Temperature
0C to 50C operating

Port Size
Standard BNC/SMA connectors

Equipment Type
EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

Test Range
typically 20 MHz - 3 GHz (depends on signal generator/receiver)

Accuracy
Better than 2 dB (gain measurement), 2 (angle resolution)

Power Supply
230V AC, 50Hz

Application
EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

Specimen Size
Supports antennas up to 40 cm length

Usage
EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

Measuring Range
Dependent on selected signal generator/receiver (20 MHz - 3 GHz typical)

Display Type
Analog/digital meter or PC-based graph via software

Response Time
Instantaneous (electronic capture)

Number of Specimens
1 antenna per experiment

Humidity
Up to 85% RH (non-condensing)

Product Type
EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

Frequency
20 MHz - 3 GHz

Features
Motorized rotation, precise angle marking, PC connectivity, modular setup

Mounting Type
Tabletop with adjustable antenna holder

Max Height
Antenna fixture: up to 50 cm

Interface Type
BNC/SMA signal and control

Capacity
Single unit; supports one measurement at a time

Machine Weight
Approx. 15 kg

Test Speed
Variable (1-10 RPM rotation for antenna fixture)

Test Width
N/A (dependent on antenna under test)

Test Stroke
N/A (not applicable to antenna systems)

Control Mode
Manual/Automatic via panel controls

Measurement Method
Comparative with reference and test antennas

Software Support
PC interface via USB for pattern plotting and gain reporting

Rotation Range
0 to 360 continuous

Receiver Sensitivity
-90 dBm or better

Data Output
Live polar plot (digital/PC software)

Included Accessories
Reference antenna, signal generator, calibration kit, cables

Dimensions
Approx. 600 mm x 350 mm x 350 mm

Antenna Types Supported
Dipole, Yagi, Patch, and Monopole (standard attachments included)

Calibration Capability
External/automatic calibration routines provided

Signal Generator Output Power
Up to +13 dBm

Construction Material
Powder coated steel frame with non-conductive base

EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

Experiments to measure the Polar Pattern & gain characteristics of theantenna

To MeasureThe Polar Pattern Of The Antenna: Micro Teknk is manufacture, exporters &suppliers Experiments: To measure the polar pattern & gain of the antennas(Pyramidal horn. Pick up horn, slotted horn, Dielectric horn, sectorial horn& parabolic disc).

Versatile Antenna Testing Platform

This equipment accommodates a broad spectrum of antenna types-including dipole, Yagi, patch, and monopole designs-thanks to its standard attachments and modular configuration. Its adjustable fixture securely holds antennas up to 40 cm in length and 50 cm in height, making it ideal for laboratory and training environments requiring rigorous and repeatable measurement experiments.

Comprehensive Measurement Capabilities

Ensure accuracy in antenna characterization with a system that provides both comparative gain measurements and polar pattern plotting. Motorized rotation enables continuous 0 to 360 scans, while software support allows live data visualization via PC. Calibration routines (external/automatic) maintain reliable gain and angle measurements, offering a gain measurement accuracy of better than 2 dB and 1 angular resolution.

User-Friendly Operation and Data Analysis

Control panel options permit both manual and automatic operation, accommodating various experiment protocols and speeds (1-10 RPM). Data is instantly captured and displayed as analog/digital readouts or comprehensive software-driven polar plots, making detailed analysis and report generation straightforward for students or professionals.

FAQ's of EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA:

Q: How do I set up the system for measuring antenna polar patterns?

A: Begin by securely mounting the desired antenna onto the adjustable fixture using the standard attachments for dipole, Yagi, patch, or monopole antennas. Connect the reference antenna, signal generator, and calibration kit as instructed. Ensure all connections use BNC/SMA cables, then use the control panel or PC software to initiate rotation and data-capture functions.

Q: What is the typical process for conducting antenna gain and pattern measurements?

A: The system employs a comparative measurement method: a reference antenna and a test antenna are alternately measured under the same conditions. The motorized fixture rotates the test antenna 0-360, capturing signal strength at various angles, which is then compared to the reference. Software automatically plots the polar pattern and calculates gain data.

Q: When should calibration routines be performed, and how are they executed?

A: Calibration must be performed before initial measurement or when changing antennas or frequency bands. Use the included calibration kit and activate the calibration procedure via the control panel or PC software, which guides users through external or fully automatic routines to ensure measurement accuracy.

Q: Where can the data output from experiments be accessed or analyzed?

A: Measurement results, including live polar plots and gain calculations, are accessible in real time through the PC software connected via USB. Data can be exported or printed for analysis and report preparation, supporting laboratory records or research publication.

Q: What benefits do motorized rotation and PC connectivity provide during experiments?

A: Motorized rotation allows smooth, precise angle sweeps from 0 to 360, ensuring high measurement resolution and reproducibility. PC connectivity enables live data monitoring, advanced plotting, and detailed gain reporting, enhancing both instruction and research efficiency.

Q: How is the system powered and what are the environmental operating limits?

A: The system operates on standard 230V AC, 50Hz power, with all signal connections via BNC or SMA interfaces. It is designed for a laboratory environment, functioning reliably between 0C and 50C, and can handle up to 85% RH (non-condensing) humidity.

EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

EXPERIMENTS TO MEASURE THE POLAR PATTERN & GAIN CHARACTERISTICS OF THE ANTENNA

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