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मटेरियल
High Quality FR4 PCB, Standard Electronic Components

साइज
Standard Laboratory Trainer Size

इनपुट वोल्टेज
230V AC / 12V DC

रंग
Multi-color PCB

आयाम (एल* डब्ल्यू* एच)
220 mm x 135 mm x 60 mm (approx)

क्षमता
Single Unit Demonstration

शोर का स्तर
Low (dependent on amplifier & circuit design)

Build
Mounted on Acrylic Base with Printed Circuit Layout

Components Included
Transistors, Inductors, Capacitors, Resistors, Terminals

Oscillator Type
Colpitts Oscillator

Display
Test Points for External Oscilloscope Connection

Usage
Educational, Laboratory Demonstration

Safety
Fuse Protected, Short Circuit Protection

Connections
On-board Test Points and Patch Sockets

Power Supply
Dual Mode: Mains (230V) & Battery (12V DC)

Output Waveform
Sinusoidal

Operating Conditions
Room Temperature

Accessories
Patch Cords, Manual

Frequency Range
Audio Frequencies, typically 1kHz to 100kHz

Discover the COLPITTS OSCILLATOR TRAINER-a masterful educational solution designed for monumental demonstration of audio frequency oscillators. This trainer is built using high-quality FR4 PCB, impeccable standard electronic components, and a robust acrylic base with a printed circuit layout. Highly favored in laboratories across India, it delivers fresh, sinusoidal signals via onboard test points and patch sockets. Safety is paramount with fuse protection and short-circuit prevention. Compatible with both mains and battery sources, it's ideal for single-unit demonstration and instruction. Find seamless operation, favorable reviews, and a low noise level in every unit.

Versatile Applications in Education and Demonstration

Used as a comprehensive teaching aid, the COLPITTS OSCILLATOR TRAINER is essential for practical electronics courses, physics labs, and technical institutes. Its application areas include laboratory demonstrations, electronic experiment workshops, and academic sites focusing on signal generation and waveform studies. The trainer excels in environments where a reliable, hands-on approach is required for understanding sinusoidal audio oscillators. It's applied wherever accurate frequency generation and analysis are needed in the curriculum.

Sample, Certification, and Shipping Information

Sample units of the COLPITTS OSCILLATOR TRAINER are available for prospective clients. Upon arrival of your enquiry, certified trainers are prepared for dispatching from India's leading FOB ports. Handover of units is ensured through verified documentation and shipment insurance. All equipment is accompanied by a manual and requisite accessories, adhering to industry certifications aligned with academic and safety standards. This expedites the delivery process and ensures readiness for immediate use.

FAQ's of COLPITTS OSCILLATOR TRAINER:

Q: How is the COLPITTS OSCILLATOR TRAINER used in laboratory demonstrations?

A: It is deployed to demonstrate audio frequency generation, signal waveform analysis, and the operational principles of Colpitts oscillators, enhancing hands-on learning for students in electronic labs.

Q: What components are included with the COLPITTS OSCILLATOR TRAINER?

A: The trainer incorporates transistors, inductors, capacitors, resistors, test points, and patch sockets, all mounted on an acrylic base with a printed circuit layout for clear demonstration.

Q: When can I expect the dispatched oscillators to arrive after placing an order?

A: Following your order, trainers are dispatched from the nearest FOB port in India. Delivery typically aligns with standard shipping lead times, and arrival can be tracked using shipment details provided at handover.

Q: Where can this oscillator trainer be effectively applied?

A: It is most effective in educational institutions, physics laboratories, electronic workshops, and training centers that require robust, demonstrable signal generation tools.

Q: What is the process for connecting external measurement devices to the trainer?

A: External oscilloscopes or measurement equipment can be easily connected using the onboard test points and patch sockets, enabling direct observation and analysis of generated sinusoidal waveforms.

Q: How does the trainer ensure safe operation during use?

A: Safety is assured by fuse protection and short-circuit safeguards built into the trainer's design, providing peace of mind during demonstrations and hands-on sessions.

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