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Passive Components DC3-18GHz RF Coaxial Attenuator Adjustable Attenuator
US$25.00-200.00
1 Piece

Product profile

Customization

Available

Frequency Range (GHz)

DC - 3GHz

Vswr

≤1.25

Model NO.

RT - SJQ12C20N50W

Material

Aluminum

Attenuation (dB)

3 - 50

Attenuation Accuracy (dB)

±1.5

Average Power (W)

20 - 200

Interface

N/SMA

Key

Attenuator

Name

Coaxial Fixed Attenuators

Transport Package

Carton

Origin

China

Key features

Wide Frequency Range: Available in DC-3GHz, DC-12GHz, and DC-18GHz models for diverse applications.
High Power Handling: Supports average power from 20W to 200W depending on the model.
Durable Aluminum Construction: Made of aluminum for lightweight, cost-effective, and sturdy performance.
Flexible Customization: Offers full, minor, sample, and design-based customization options.
Versatile Interfaces: Available with N or SMA interfaces for easy integration.
High Immunity: Features strong resistance to pulses and high immunity to burnout energy.

Company profile

Nanjing Reach Top Communication Technology Co., Ltd.
Importers and ExportersHigh Repeat Buyers Choice
CertifiedBusiness Type: Trading Company CertifiedR&D Capacity: ODM Service Available CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedExport Year: 1 Year CertifiedNearest Port: Shanghai PortAverage Response Time: ≤3.03h

AI-Powered supplier vetting

SummaryThe supplier, LINGDE, operates as a high-tech trade company specializing in RF solutions and is supported by its parent company's R&D capabilities. It lacks overseas presence and has no financial performance data from the past year, indicating potential financial limitations. Quality assurance processes are in place, but there are no written procedures for corrective actions or handling complaints. The company offers a range of customization services and ODM capabilities but does not engage with popular brands through OEM. While the supplier excels in R&D and provides professional RF solutions, its financial credibility, overseas expansion, and after-sales service capabilities are underdeveloped.
Supplier typeLINGDE is a high-tech trade company specializing in the R&D, production, and sales of RF modules, leveraging the capabilities of its parent company for global markets.
After-Sales capabilityNo written procedures or records for corrective actions or customer complaints, indicating a lack of formal after-sales service processes.
Financial creditThe supplier shows no operating revenue, costs, or profits for the last year, and financial ratios are zero, signaling potential financial instability.
R&D capabilityThe supplier has strong R&D capabilities, providing design and customization services but has not released new products in the last year.
Customization capabilityOffers extensive customization services, including ODM and flexible customization from designs and samples.

Product Q&A

Q:Can C-band filters be used for satellite TV?
A:
C-band filters are commonly used in satellite communication. Although some satellite TV signals may be in the C-band, satellite TV mostly uses the Ku-band. So, C-band filters may not be suitable for satellite TV. It depends on the specific frequency band of the TV signal.
Q:Where are X-band filters mainly used?
A:
X-band filters are mostly applied in radar and aviation communication. For example, they are used in radar signal processing to ensure that the radar can accurately detect targets.
Q:Are aluminum-made filters sturdy?
A:
Aluminum-made filters are light-weight and cost-effective. Under normal usage environments and with proper operation, they can meet usage requirements and are relatively sturdy and durable.
Q:Why are copper-made filters more expensive?
A:
Copper-made filters are more expensive because copper has excellent electrical and thermal conductivity, performing well in scenarios with high-frequency signal transmission and high heat-dissipation requirements. Moreover, the cost of copper is relatively high.
Q:What are the impacts of high insertion loss on signals?
A:
High insertion loss means more energy loss when the signal passes through the filter. The signal will weaken, which may affect the quality and accuracy of signal reception by subsequent devices.

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