FET Characteristics Apparatus with Regulated Power Supply

Price 4850 INR/ Piece

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FET Characteristics Apparatus with Regulated Power Supply Specification

Equipment Materials
Iron & Bakelite

Usage
For Laboratory

Capacity
1 Kg/hr

Temperature Range
10-40 0C Celsius (oC)

Display Type
Analog

Dimension (L*W*H)
12*11*6 Centimeter (cm)

Weight
2300 Kilograms (kg)

FET Characteristics Apparatus with Regulated Power Supply Trade Information

Minimum Order Quantity
1 Piece

FOB Port
ambala cantt

Payment Terms
Cash in Advance (CID)

Supply Ability
1 Piece Per Week

Delivery Time
1 Days

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Each Piece

Main Export Market(s)
Africa, Asia

Main Domestic Market
All India

Certifications
ISO 9001..2015/CE

About FET Characteristics Apparatus with Regulated Power Supply

FET Characteristics Apparatus with Regulated Power Supply

Instruments Comprises of two DC regulated power supplies 0-10 V DC / 150mA & 0-5 V DC / 150mA, three round meters for voltage & current measurent. FET BFW-10 mounted behind the panel, connentions of supplies, Meter & FET brought out at 4mm sockets

High-Quality Construction

Engineered with iron and bakelite, this apparatus offers enhanced durability and stability essential for laboratory settings. Its sturdy build minimizes interference and maintains consistency during experiments, ensuring long-term reliability and accuracy in data collection.

Precision Analog Display

The apparatus incorporates an analog display, providing clear and easy-to-read measurements for FET characteristic analysis. This feature aids students and researchers in closely monitoring voltage, current, and other parameters, fostering practical learning and experimentation.

Export-Grade Manufacturing

As an established exporter, manufacturer, and supplier in India, our apparatus conforms to stringent quality standards. We ensure timely delivery, responsive support, and dependable products tailored to meet the needs of educational and industrial laboratories worldwide.

FAQs of FET Characteristics Apparatus with Regulated Power Supply:

Q: How is the FET Characteristics Apparatus used in laboratory environments?

A: This apparatus is employed for analyzing Field Effect Transistor characteristics through regulated electrical input. It allows users to measure and observe behaviors such as input and output current and voltage, which are essential for practical electronics and semiconductor studies.

Q: What is the benefit of the analog display on this FET Characteristics Apparatus?

A: The analog display delivers immediate and intuitive readings, enabling users to easily monitor experiments in real time. This aids in understanding the dynamic response of FETs and facilitates accurate data collection during laboratory exercises.

Q: When should the temperature be monitored during experiments with this apparatus?

A: Monitoring the temperature is crucial when operating within the specified range of 1040C, as environmental changes can influence FET performance. Ensuring the correct temperature provides more reliable and consistent experimental results.

Q: Where is this apparatus manufactured and supplied from?

A: The apparatus is manufactured, supplied, and exported from India, adhering to global quality standards. Our production facilities ensure the highest level of materials and craftsmanship for laboratory equipment.

Q: What process does the apparatus follow for measuring FET characteristics?

A: The process involves connecting the FET to the apparatus with regulated power supplies, adjusting input parameters, and using the analog display to observe voltages, currents, and transfer characteristics. Data collection is then performed for analysis and educational documentation.

Q: How does the iron and bakelite construction benefit laboratory users?

A: Iron provides structural strength while bakelite offers insulation and heat resistance, making the apparatus safe and durable. This combination ensures reliable and repeatable measurements in diverse laboratory environments.

Q: What are the usage and advantages for educational institutions?

A: Educational institutions benefit from hands-on learning of FET principles, improved experiment accuracy, and durable equipment designed to withstand frequent use. The apparatus supports training, curriculum development, and advanced electronics research.

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