STUDY OF F TO V & V TO F CONVERTER

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STUDY OF F TO V & V TO F CONVERTER Specification

Type
Laboratory Trainer / Educational Equipment

Material
PCB, Electronic Components, Metal Enclosure

Size
Portable Bench-Top Unit

Input Voltage
230V AC, 50Hz

Color
White / Blue

Dimension (L*W*H)
Approx. 340 x 220 x 120 mm

Capacity
Designed for Academic Experimentation

Noise Level
Silent Operation

Functionality
Studies Both Frequency-to-Voltage and Voltage-to-Frequency Conversions

Oscilloscope Compatibility
Suitable Outputs for CRO Observation

Protection
Overload and Short-Circuit Protected

Accessories Included
Patch Cords, Experiment Manual

Test Points
Multiple Provided for Practical Analysis

Weight
2.5 kg (Approx.)

Operating Temperature
0°C to 50°C

F to V Converter Range
0 Hz to 10 kHz, Adjustable

V to F Converter Range
0 V to 10 V Input, 0 Hz to 10 kHz Output

Built-in Power Supply
±12V DC Regulated

Application
Electronics Laboratory, Student Experiments, Technical Training

Indicators
Power ON Indicator, Output Monitoring Points

About STUDY OF F TO V & V TO F CONVERTER

The STUDY OF F TO V & V TO F CONVERTER is a top-tier educational trainer, highly recommended for electronics laboratories and technical training institutes in India. Earning favorable reviews for its exemplary build and inestimable instructional value, this unit efficiently demonstrates both frequency-to-voltage and voltage-to-frequency conversions. It features adjustable ranges, comprehensive test points, unparalleled overload protection, and clear Power ON indicators. The robust, portable design incorporates premium PCB, durable metal enclosure, and a silent operation profile. Complete with patch cords and an experiment manual, this noteworthy equipment supports practical student experimentation and is suitable for oscilloscope observation. Order now for a dependable laboratory solution.

Versatile Applications and Precise Operation

The STUDY OF F TO V & V TO F CONVERTER serves not only in academic experiments but also supports technical analysis in research settings and industrial training centers. To use, connect inputs to the respective F-V or V-F terminals, monitor outputs with an oscilloscope, and employ provided test points for practical observation. Specifically designed for student projects and troubleshooting exercises, it ensures a high degree of accuracy in conversion studies, making it indispensable in electronics education.

Sample Availability, Secure Payment, and Certifications

Samples of the STUDY OF F TO V & V TO F CONVERTER can be requested to assess suitability before committing to a full purchase order. Flexible payment terms are available to accommodate varied expenditure requirements. Each unit is dispatched following stringent quality checks, with prompt delivery schedules. The product meets required certifications to guarantee reliability and safety for laboratory use, providing confidence to distributors, exporters, and institutional buyers alike.

FAQ's of STUDY OF F TO V & V TO F CONVERTER:

Q: How does the STUDY OF F TO V & V TO F CONVERTER enhance the learning process in laboratories?

A: This equipment allows students to practically observe and analyze both frequency-to-voltage and voltage-to-frequency conversions using real signals, promoting hands-on understanding and technical proficiency.

Q: What are the steps involved in operating this converter unit effectively?

A: Start by connecting the appropriate source (frequency or voltage), select the range using the adjustment controls, and then monitor the output via the available test points or oscilloscope. Consult the included experiment manual for detailed guidance.

Q: When can samples of the converter be requested, and how are orders processed?

A: Samples can be requested prior to purchase; after submitting a purchase order and agreeing on payment terms, the product will be shipped according to your delivery preferences.

Q: Where is this converter most commonly used?

A: It finds its most notable applications in electronics laboratories, technical training institutions, engineering colleges, and industrial skill development centers.

Q: What benefits does the overload and short-circuit protection provide?

A: Users gain increased safety and longevity for both the module and connecting devices, avoiding potential damages during student experiments or practical trials.

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