EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

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EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

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EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY. Specification

Interface Type
Analog and BNC output

Resolution
0.01 pF, 0.1

Equipment Type
EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & Q OF A CAVITY.

Automation Grade
Semi-Automatic

Power Supply
230V AC, 50 Hz

Port Size
BNC Connectors

Product Type
EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & Q OF A CAVITY.

Features
Interchangeable specimen holders, cavity for phase shift & Q measurement, easy calibration, adjustable frequency

Temperature
Ambient, 10C to 40C

Max Height
Approx. 250 mm

Operating Voltage
230V 10% AC, 50Hz

Display Type
Digital LED/LCD

Response Time
<2 seconds

Measuring Range
1 pF to 100 pF (capacitance), Phase shift 0-360

Humidity
Up to 90% RH (non-condensing)

Test Range
Dielectric constant 1.0 - 50, Q up to 1000

Specimen Size
Solids: up to 50 mm , Liquids: up to 30 ml vial

Frequency
1 kHz to 100 kHz (selectable)

Mounting Type
Benchtop

Application
EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & Q OF A CAVITY.

Number of Specimens
1 at a time (interchangeable set)

Accuracy
2% of reading

Usage
Physics and Electrical Engineering Laboratory Experiments

Capacity
10-100 pF selectable

Machine Weight
Approx. 10 kg

Test Speed
Variable, up to 100 readings/min

Test Width
Compatible with samples up to 50 mm

Test Stroke
Adjustable, max 100 mm

Control Mode
Manual/Auto Switch

Environmental Conditions
Use in dust-free, vibration-free environment

Dimensions (LxWxH)
350 mm x 300 mm x 250 mm

Safety
Over-voltage and short-circuit protection

Sample Holders
PTFE insulated, solid and liquid compatible

Cable Accessories
BNC cables, sample holders, grounding wires included

Working Principle
Measures capacitance variation in sample holders, deduces dielectric constant & Q from bridge balance and phase shift analysis

Cavity Type
Resonant, adjustable cavity with fine tuning micrometer

Calibration
Factory calibrated, user re-calibration option

Phase Measurement Accuracy
0.5

EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY. 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 EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

Experiment to measure dielectric constant of Solids & Liquid and to measure Phase Shift & Q of a cavity.

To Measure Dielectric Constant Of Solid & Liquid Micro Teknik is manufacture, exporters & suppliers Experiments:

To measure dielectric constant of liquid.

To measure dielectric constant of solids.

To measure phase shift.

To measure Q of a cavity. Components Name Qty. Klystron Power Supply 1 Klystron Mount 1 Klystron Tube 1 Isolator 1 Frequency Meter 1 Variable Attenuator 1 Slotted Section 1 Tunable probe 1 Detector Mount 1 Solid dielectric cell 1 Liquid Dielectric cell 1 VSWR meter solid state 1 Stand 4 Wave guide cavity 1 BNC Cable 1 Cooling Fan 1 Movable Short precision 1 Phase Shifetr 1 Set of Dielectric 1

Highly Accurate Measurement System

Utilize the precision provided by a resonant, adjustable cavity with fine micrometer tuning. The system features PTFE-insulated sample holders for compatibility with both solids and liquids, allowing measurement of dielectric constants (1.0 - 50) and Q-factor (up to 1000) with notable accuracy and resolution.

User-Friendly and Versatile Operation

Offering both manual and automatic control modes, the setup caters to a variety of user needs. The test range is broad, and quick calibration (both factory and user) guarantees confidence in results. Readings are displayed digitally, and the straightforward design simplifies specimen swapping and data collection.

Engineered for Laboratory Excellence

All the necessary accessories, like BNC cables and sample holders, are included for seamless integration into lab environments. The robust equipment features built-in safety protections, adjustable frequency range, and a stable benchtop design-making it an excellent choice for education and research institutes.

FAQ's of EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.:

Q: How does the system measure the dielectric constant of solids and liquids?

A: The equipment determines dielectric constants by measuring the capacitance change when a sample is placed in the PTFE-insulated holder. Adjusting the resonant cavity and analyzing the bridge balance yields accurate dielectric constant values for both solids (up to 50 mm) and liquids (up to 30 ml vials).

Q: What is the working principle of phase shift and Q-factor measurement in this setup?

A: The system employs an adjustable resonant cavity to introduce and detect phase shifts across samples. By analyzing the phase difference and resonance, it computes the Q-factor, providing insights into energy losses and quality of the cavity sample combination.

Q: When should I recalibrate the equipment, and how is it done?

A: Although the system comes factory-calibrated, periodic re-calibration is recommended, especially after moving the unit or if accuracy concerns arise. Recalibration can be performed using the accessible built-in procedure provided in the user manual.

Q: Where is it best to install and operate this experiment system?

A: For optimal results, use the equipment in dust-free, vibration-free environments with ambient temperatures from 10C to 40C and humidity up to 90% RH (non-condensing). Such conditions help maintain measurement stability and accuracy.

Q: What are the main benefits of using this system in laboratory experiments?

A: This device offers high accuracy (2% of reading), rapid digital feedback, compatibility with various specimen types, and built-in safety features, fostering reliable experimental data for research and teaching purposes in physics and engineering labs.

Q: How is the specimen handled and how many can be tested at once?

A: The system is designed for one specimen at a time to maximize measurement accuracy. Interchangeable solid and liquid holders allow convenient and rapid transitions between different test samples.

Q: What accessories and connectivity does the system include for measurement?

A: It comes with BNC cables, sample holders for both solids and liquids, and grounding wires. The analog and BNC output interfaces facilitate data capture and integration with other laboratory equipment.

EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

EXPERIMENT TO MEASURE DIELECTRIC CONSTANT OF SOLIDS & LIQUID AND TO MEASURE PHASE SHIFT & 'Q' OF A CAVITY.

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