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Line Amplifier

Raygnal Technology (Shenzhen) Co.,Ltd:Your Leading Line Amplifier Supplier

 

Technology is growing fast because of innovation. With this in mind, Raygnal was launched. As a specialist in telecommunications, Raygnal is a high-tech enterprise which is dedicated to serving cellular network providers and individuals by offering comprehensive wireless solutions worldwide.

 

 
  • RF Line Amplifier

    Dual band Line amplifiers are able to tailor by Raygnal to boost two network systems GSM900+DCS1800 or DCS1800+WCDMA2100 or CDMA+PCS or LTE800+LTE2600 etc simultaneously.

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Why choose us

R&D team

The company has a professional research and development capability and a research and development team with a leading domestic technical level.

Cheap price

We have a professional purchasing team and costing team, trying to reduce costs and profits, and provide you with a good price.

Quality assurance

In terms of quality assurance, the company strictly follows the standards and norms of the industry quality system. Adopt industry-leading testing equipment to ensure product quality and good reputation.

Professional service

We can accept factory inspection and goods inspection at any time. Technical discussion, research and development of new products, and complete after-sales service.

 

Types of Line Amplifier

 

Weak signal amplifier

Weak signal amplifiers are used in wireless receivers, acoustic pickups, audio tape players, and CD players. These amplifiers are designed to handle small input signals and must generate minimal internal noise while significantly increasing the signal voltage. Field Effect Transistors (FET) are particularly efficient for such applications.

Power amplifier

Power amplifiers are used in broadcast transmitters, wireless transmitters, and high-end audio systems. These applications typically use bipolar transistors. The primary considerations in power amplifications are power output and efficiency.

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Benefits of Line Amplifier
 
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Enhanced sound quality

The primary advantage of using a line amplifier is the significant improvement in sound quality. This device minimizes distortion and interference by converting the signal accurately, ensuring that the audio output remains clean and crisp. This enhancement is particularly noticeable when upgrading to high-performance speakers and amplifiers.

 

Compatibility and flexibility

Line amplifier offers excellent compatibility with various car audio systems. Whether you’re working with an older model or a newer vehicle, this converter adapts to different setups, making it a versatile choice for many enthusiasts. It also integrates aftermarket amplifiers and subwoofers, providing more options for customizing your sound system.

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Easy installation and integration

Installing a line amplifier is forthright and doesn’t require extensive modifications to the existing system. This ease of connection saves time and reduces the risk of damaging factory wiring. Additionally, the converter seamlessly integrates with the car’s existing components, maintaining the overall integrity of the audio system.

 

Cost-effective upgrade

For those looking to upgrade their car audio system without a complete overhaul, a line amplifier offers a cost-effective solution. Instead of replacing the entire head unit, you can enhance the system’s performance by adding amplifiers and speakers, using the converter to ensure compatibility and optimal signal processing.

RF Line Amplifier

 

Specs
 

Parameters

Uplink

Downlink

Frequency Range

LTE700

703~ 748MHz

758~ 803MHz

CDMA800

824-849MHz

869-894MHz

GSM&EGSM

880 ~ 915MHz

925 ~ 960MHz

DCS

1710 ~ 1785MHz

1805 ~ 1880MHz

PCS

1850-1910MHz

1930-1990MHz

WCDMA

1920 ~ 1980MHz

2110 ~ 2170MHz

LTE2600

2500~2570MHz

2620 ~ 2690MHz

Operation Bandwidth (-3dB)

Wide Band

Maximum Gain

40dB

40dB

Output Power

0dBm

27~33dBm

MGC (Manual Gain Control)

31dB range/1dB step

AGC (Automatic Gain Control)

≧25dB

Spurious Emission

9KHz~1GHz

≦ -36dBm

1GHz~12.75GHz

≦ -30dBm

Noise Figure

≤6dB

VSWR

≦2.0

Group Delay

≤1μs

LED Alarm

Power LED

DC ON/OFF

AGC LED

Red, ALC≥10dB

ISO LED

Red, ALC≥25dB, RF stop working

RF Connector

N-Female

Impedance

50Ω

Power Consumption

11W (27dBm);

16W (30dBm~33dBm)

Power Supply

Input: AC 110~240V;

Output: 12V/6A (27dBm); 28V/2.5A (30dBm~33dBm)

Operating Temperature

-10℃~50℃

Environment Conditions

IP30

Dimensions (Lx W x H )

310*170*65mm (27dBm); 315*228*72.8mm (30dBm~33dBm)

Weight (N.W)

≤8KG

 

 

Transportation and packaging

 

productcate-783-583

 

 

Our Factory

 

 

 

FAQ

 

Q: Why are they important in fiber - optic networks?

A: They are crucial for long - distance fiber - optic communication. Without them, signals would become too weak to be detected accurately over long spans, limiting the reach and capacity of the network.

Q: How much amplification can a fiber - line amplifier provide?

A: The amount of amplification varies. EDFAs can typically provide gains in the range of 20 - 40 dB, depending on factors like the pump power and the length of the doped fiber.

Q: How do you select the right fiber - line amplifier for a network?

A: Consider factors such as the required gain, the operating wavelength, the distance the signal needs to travel, and the compatibility with other network components. For long - haul applications, a high - gain EDFA might be suitable, while for some metro networks, a Raman amplifier could be a better choice.

Q: What is the power consumption of a fiber - line amplifier?

A: Power consumption varies. EDFAs typically consume a few watts to tens of watts, depending on the gain and the power of the pump laser. Raman amplifiers can also have different power consumption levels depending on the pump power required.

Q: How do you maintain a fiber - line amplifier?

A: Regular monitoring of the gain, temperature, and power consumption is important. Also, ensuring proper cooling and protection from environmental factors like dust and humidity can help maintain its performance.

Q: Can multiple fiber - line amplifiers be used in a single fiber - optic link?

A: Yes, multiple amplifiers can be used in a single link. In long - distance communication, a combination of EDFAs and Raman amplifiers might be used at different points along the fiber to optimize the amplification and signal quality.

We're professional line amplifier manufacturers and suppliers in China, specialized in providing high quality customized service. We warmly welcome you to wholesale high-grade line amplifier made in China here from our factory.

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