internet speed booster circuit diagram

DIY Guide to Building an Internet Speed Booster Circuit

About

Are you tired of slow internet speeds affecting your productivity or entertainment? Boost your connection with this simple DIY project! In this guide, we'll walk you through how to build an Internet Speed Booster Circuit using readily available components. This project is perfect for electronics enthusiasts looking to enhance their internet experience.

Components

LM386L IC: A low voltage audio power amplifier.

27.000 MHz Crystal: Used for generating the required frequency.

3300uf 16v Capacitor: Helps in smoothing voltage fluctuations.

Two 100uf 16v Capacitors: These capacitors are used for signal coupling.

1k Resistor: Limits the current flowing through the circuit.

Copper Wire Antenna or TV DTH Dish Antenna Diaphragm: Acts as an antenna.

5mm 3V LED (any colour): Indicates the operational status.

Zero PCB Board: A generic unetched PCB, used for mounting and connecting the components.

Soldering Iron & Wire: For assembling the components.

3V or 12V Battery: Powers the circuit.

Step-by-Step Assembly

1.Capacitor Connection to LM386 IC:-

Connect a 100uf 16v capacitor between pin 1 (positive) and pin 8 (negative) of the LM386 IC.

2.Resistor and IC Pin Configuration:-

Attach a 1k resistor to pin 2 of the IC and link the other end to pin 3.

3.Enhancing IC Connections:-

Use a wire to connect pin 4 of the IC directly to pin 2.

Attach a 3300uf 16v capacitor between pin 4 (negative) and pin 6 (positive) of the IC.

4.Additional Capacitor and Antenna Setup:-

Connect another 100uf 16v capacitor at pin 5, with the positive pin on pin 5 and the negative pin connected to a copper wire antenna.

5.LED and Crystal Installation:-

Install a 5mm LED at pin 7 (positive) and connect the negative side to pin 3 of the IC.

Connect one pin of the 27.000 MHz crystal to pin 7 and the other pin to pin 3 of the IC.

6.Final Connections:-

Attach an antenna to pin 3 of the IC.

Power the circuit by connecting a battery with the positive terminal to pin 6 and the negative terminal to pin 4.

Building your Internet Speed Booster Circuit is a great weekend project that can significantly enhance your internet connectivity. This circuit is not only effective but also educates on the basics of electronics assembly and component functions. Use this booster to get more from your internet service and enjoy a smoother online experience.

Working's Internet Speed Boosters Circuit's

An internet speed booster circuit is claimed to enhance the speed of internet communication, but in reality, there's no such circuit that can directly boost internet speed. Factors affecting internet speed enhancement could include updating router settings, improving internet connection quality, or optimizing device performance. Circuits claiming to boost internet speed might involve updating or enhancing certain aspects of the connection, such as adding extra antennas or signal boosters. However, their effectiveness depends on factors like the number of users and their usage patterns at any given time.

Internet speed will be boosted if the phone signal is full?

No, the signal strength of your phone does not directly affect the speed of your internet connection. The key factors influencing internet speed include network traffic, network capacity based on user demands, and the capabilities of your device.

What does the capacity of the device depend on?

The capability of a device depends on factors such as its network technical specifications, processing power, RAM, built-in software, and battery. These factors vary across devices, leading to differences in their capabilities.

Which is the main component in the phone which makes the internet work fast and well?

A key component in phones that helps improve internet speed and performance is the Digital Signal Processor (DSP), which enhances internet connectivity by ensuring more stable and faster connections. Additionally, high-stability antennas and support for HD voice calling can also contribute to improving internet connectivity.

For good internet, it is necessary to have a good SIM card.

Yes, having a good quality SIM card is important for better internet connectivity. High-quality SIM cards offer better network coverage, faster speeds, and reliability, providing users with a better internet experience.

What does 3G 4G 5G mean?

3G, 4G, and 5G refer to different generations of mobile data networks.

3G: Stands for "Third Generation". it was the third period of mobile data connectivity. It utilized technologies like GPRS (General Packet Radio Service) and EDGE (Enhanced Data Rates for GSM Evolution) to provide faster internet access.

4G: Stands for "Fourth Generation". it is the fourth period of mobile data connectivity. It offers improved speed, high communication stability, and better communication transmission.

5G: Stands for "Fifth Generation". it is the newest type of mobile data connectivity. It provides extremely fast data transfer, enabling possibilities like video streaming, online gaming, and other high-bandwidth applications.

Can internet speed booster be made with only one operational amplifier IC?

Using just an operational amplifier (op-amp) alone won't directly boost internet speed. Enhancing internet speed typically requires various technical modifications, such as signal boosting, adjusting router settings, or adding additional devices. There's no theoretical or practical method to directly increase internet speed using only an operational amplifier.

Can an internet speed booster circuit be made from any one ic, inductor, resistor, capacitor, crystal, antenna?

Yes, you can create an internet speed booster circuit using the listed components such as an IC, inductor, resistor, capacitor, crystal, and antenna, but it requires appropriate technical knowledge and expertise. Building such a circuit may involve significant time and effort, and ensuring that your circuit is actually providing real improvements in internet speed would require proper testing and measurement.

This can be a specialized and specific project, so if you're interested in pursuing it, it's advisable to seek advice and assistance from a professional electronics engineer or technical expert.

Internet speed booster circuit

components details

It is impossible to make an internet speed booster circuit from an audio amplifier IC, still we will try.~~(alert-warning)~~

• LM386L ic

• 27.000 MHz crystal

• 3300uf 16v capacitor

• 2x 100uf 16v capacitor

• 1k resistor

• copper wire antenna or tv dth dish antenna diaphragm

• 5mm 3v led any colour

• zero PCB board

• soldering iron & wire

• 3v or 12v battery

Creating this circuit is very easy. You'll need only a few components to make it. But will it really work? There are many videos on YouTube where it's explained that this signal booster works. Then I thought, why not try it in my area too? I did a lot of research on Google and looked at some circuit diagrams, but only about 5% of them were working. After testing all of them, I optimized the circuit, and then I made it. In reality, it was only working about 10%. If you connect a long wire to pin 3 of the LM386 IC instead of the antenna and connect it to the DTH Signal Antenna, it might work better. If you are thinking of making it, watch the entire video without skipping. Otherwise, you will waste both your valuable time and money.

The LM386 is a widely used audio amplifier integrated circuit (IC). Here's some information from its datasheet

Features:

1. Low voltage operation (4V-12V)

2. Low quiescent current drain (4mA)

3. Voltage gain adjustable from 20 to 200

4. Internal 6dB/octave output DC offset cancellation

5. Low distortion (0.2% at 400mW)

6. Available in an 8-pin DIP package

Pin Configuration (DIP-8):

- Pin 1: Gain (G1)

- Pin 2: Input (IN-)

- Pin 3: Input (IN+)

- Pin 4: Ground (GND)

- Pin 5: Vout

- Pin 6: Vs (Supply Voltage)

- Pin 7: Bypass (BYPASS)

- Pin 8: Gain (G8)

Typical Applications:

- Portable audio amplifiers

- Intercoms

- Walkie-talkies

- Low-power musical instruments

Circuit Diagram

Electrical Characteristics:

•Operating Voltage Range: 4V to 12V

•Quiescent Current (IQ): 4 mA (typical)

• Gain (AV): Adjustable from 20 to 200

•TotalVoltage Harmonic Distortion (THD): 0.2% at 400 mW output

•Input Impedance (ZIN): 50 kΩ (typical)

•Output Power: Up to 700 mW

•Operating Temperature Range: 0°C to +70°C

Pin Descriptions:

•Pin 1 (Gain G1): Used to set the gain of the amplifier.

•Pins 2 and 3 (Input IN+ and IN-): These are the audio input pins.

•Pin 4 (Ground GND): Connect to the ground reference.

•Pin 5 (Vout): The amplified audio output.

•Pin 6 (Vs): Connect to the supply voltage.

•Pin 7 (Bypass BYPASS): Optional bypass capacitor connection.

•Pin 8 (Gain G8): Used to set the gain of the amplifier.