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High-Performance Equalizer

High-Performance Equalizer

The High-Performance Equalizer series comprises a range of RF signal conditioning devices covering the 950 MHz to 4.2 GHz frequency band, providing gain adjustment, signal equalization, and interference suppression for stable signal transmission in satellite communication, radar, and broadcasting systems.

Product Introduction
 

Introduction

 

The High-Performance Equalizer series comprises a range of RF signal conditioning devices covering the 950 MHz to 4.2 GHz frequency band, providing gain adjustment, signal equalization, and interference suppression for stable signal transmission in satellite communication, radar, and broadcasting systems.

 

 

Advantage

 

Precise Gain & Equalization Control
0.5 dB / 1 dB adjustment steps allow accurate compensation of RF signal attenuation.

Strong Out-of-Band Rejection
≥60 dBc suppression helps reduce interference and keep RF signals clean.

Industrial-Grade Reliability
Operates at –10°C to +50°C for stable performance in demanding environments.

 

 

Specification

 

Parameter Category

L-Band Equalizing Amplifier

L-Band Equalizer

Equalizer Module

Operating Frequency

1200MHz±250MHz (1000MHz~1450MHz)

950MHz~2150MHz

2.2GHz~4.2GHz

Input/Output Channels

10 inputs / 10 outputs

(no coupling ports);

20dB coupling ports at output

4 channels

1 input / 1 output

Input Signal

-30dBm ~ -10dBm

(no compression at -10dBm input)

Not specified

(optimized for weak-to-moderate signals)

Not specified

(optimized for embedded system signals)

Gain

-30~+30dB (1dB step);

stability: ±0.5dB/24h (0℃~35℃)

≥30dB;

adjustable range: 20dB (1dB step)

16dB±0.75dB (0 attenuation, 3.2GHz); adjustable range: ≥30dB (0.5dB step)

Equalization

0~+8dB

(1dB step)

0~5dB

(≤0.5dB precision)

0~7.5dB

(0.5dB step, referenced to 3.2GHz)

Noise Figure

Not specified

(optimized for signal integrity)

≤10dB (guaranteed);

noise temperature ≤100K

≤14dB (at maximum gain)

1dB Compression Point (P1)

≥0dBm (tested at 10dB gain)

≥10dBm

≥10dBm

Input/Output VSWR

≤1.5

≤1.5

≤1.35

Isolation

≥60dBc (between channels)

≥60dB

Not specified (optimized for low crosstalk)

Out-of-Band Rejection

Not specified

≥60dBc

Not specified

Max.Power Handling

≥30dBm (single port)

Not specified

Not specified

Power Supply

3-phase 4-wire AC (mains adaptable); 1:1 hot-swappable redundant power

Not specified

DC power (via JL29-05ZJB connector)

Power Consumption

≤60W

Not specified (low-power design)

Not specified

(low-power design for embedding)

Operating Temperature

Not specified (industrial grade)

Not specified (industrial grade)

-10℃~+50℃;

Storage: -45℃~+70℃

 

 

Application

2
Radar Systems
2
Satellite Communication
7
GNSS Navigation
1
Broadcasting & Media

 

 

What We Offer

 

Technical Resources - Provide datasheets, S-parameter files, PCB footprints (Altium/Cadence), and application notes to support system design and integration.
Warranty & Maintenance - 3-year global warranty with repair or replacement service.

 

 

Why Choose Us

 

Strong R&D Capability
1800+ employees with 70% in R&D drive continuous innovation in radar, AI, and electronic technologies.

Extensive Industry Experience
Over 20 years delivering practical solutions for real-world applications.

Flexible Customization Service
Products and systems can be tailored to customer needs, supporting OEM and project solutions.

Large-Scale Manufacturing Base
A 20,000 m² production facility ensures stable production capacity and reliable quality control.

 

 

Our Certificate

 

Our products comply with international quality and safety standards such as CE, FCC, and ISO.

 

CEFC02-ISOROHS

 

 

FAQ

 

Q: What frequency range does the High-Performance Equalizer support?

A: It supports a wide operating frequency range of 950 MHz to 4.2 GHz, making it suitable for multiple RF communication and radar applications.

Q: Is the equalizer suitable for multi-channel systems?

A: Some models support multiple input and output channels, allowing simultaneous signal conditioning in complex RF systems.

Q: How does an RF equalizer improve signal quality?

A: By compensating for frequency-dependent signal loss, the equalizer helps maintain balanced signal levels across the entire RF band.

Q: Can the equalizer be integrated into existing RF systems?

A: Yes, the equalizer is designed for easy integration into communication, radar, and broadcasting equipment.

Q: Are the products compatible with outdoor environments?

A: Yes, both products have an operating temperature range of -40℃~+60℃ and use corrosion-resistant materials (stainless steel interfaces, aluminum alloy enclosures). For extreme humidity (≥95%), we offer optional IP67 waterproof enclosures.

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