DIELECTRIC CONSTANT IN SOLIDS (RESONANCE METHOD)

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DIELECTRIC CONSTANT IN SOLIDS (RESONANCE METHOD) Specification

Type
Solid State Resonance Meter

Material
Non-magnetic Metallic Alloy & Dielectric Sample

Size
Standard Laboratory Bench-top

Input Voltage
220V AC, 50Hz

Color
Grey & Blue

Dimension (L*W*H)
350 mm x 260 mm x 180 mm

Capacity
Single Sample per Measurement

Noise Level
Negligible/Instrumental

Oscillator Type
Variable Frequency Oscillator

Accuracy
±2%

Power Consumption
20W

Calibration
Factory Calibrated

Measurement Technique
Resonance Method

Indicator Display
Analog Meter

Connection Ports
BNC Connectors

Application
Determination of Dielectric Constant in Solid Materials

Sample Holder
Solid Dielectric Sample Holder Included

Working Temperature Range
0°C to 50°C

Accessories
Instruction Manual, Power Cord, Sample Tubes

Frequency Range
10 MHz to 100 MHz

About DIELECTRIC CONSTANT IN SOLIDS (RESONANCE METHOD)

Get unrivaled accuracy in determining the dielectric constant of solid materials with our DIELECTRIC CONSTANT IN SOLIDS (RESONANCE METHOD) device. Featuring an excellent variable frequency oscillator covering 10 MHz to 100 MHz, it offers a pivotal solution for laboratory and research needs. With instant checkout, special factory calibration guarantees reliability. Equipped with BNC connectors, analog meter display, and a solid dielectric sample holder, this bench-top instrument boasts non-magnetic metallic alloy construction. Enjoy effortless operation with 2% accuracy, negligible noise level, and included essential accessories. Perfect for manufacturers, suppliers, exporters, and distributers across India.

Versatile Usage & Application Areas

The DIELECTRIC CONSTANT IN SOLIDS (RESONANCE METHOD) meter is designed for laboratories, universities, and research centers requiring precise solid dielectric measurements. Its usage extends to the testing of polymers, ceramics, and electronic components. Other applications include material science investigations, quality assurance, and academic experiments where accurate dielectric data is pivotal for development and innovation in electrical insulating materials.

Efficient Delivery & Trusted Certifications

We ensure prompt dispatching of your order, typically within a few days of purchase. Each instrument is delivered securely packaged, complete with instruction manual, sample tubes, and power cord. Available at the lowest price, our meter comes fully factory calibrated and complies with international standards for laboratory equipment. Charges for delivery are minimal, ensuring an affordable and smooth acquisition process for every customer.

FAQs of DIELECTRIC CONSTANT IN SOLIDS (RESONANCE METHOD):

Q: How does the resonance method measure the dielectric constant in solid materials?

A: The resonance method utilizes a variable frequency oscillator to create electromagnetic waves that interact with the solid dielectric sample. By analyzing the resonance frequency shift when the sample is inserted, the meter accurately calculates the dielectric constant.

Q: What types of samples can be analyzed using this instrument?

A: This instrument is suitable for testing a wide variety of solid dielectric samples, including ceramics, polymers, electronic components, and composite materials commonly found in research and industrial environments.

Q: When will my DIELECTRIC CONSTANT IN SOLIDS unit be dispatched after purchase?

A: Orders are usually dispatched promptly after order confirmation, with secure packaging to ensure safe delivery. Specific delivery timelines may vary based on your location in India.

Q: Where do I connect measurement accessories to the instrument?

A: Measurement accessories and cables should be connected via the provided BNC connectors on the instrument. The included instruction manual offers detailed guidance for proper setup and operation.

Q: What is the benefit of factory calibration for this meter?

A: Factory calibration ensures the meter operates with high accuracy and reliability, minimizing errors in dielectric constant measurement and providing dependable results for research and quality assurance.