N-Type Male Fixed Attenuator | 50Ω DC-6GHz 30dB 50W for Base Station/Radar/Module Test Instruments – BOCCHRON BCSK-SJQ50

BOCHUANG SPACETIME BCSK-SJQ50 N-Type Male Fixed RF ConnectorAttenuator—— DC-6GHz / 30dB / 50W, designed for high-power module testing and base station calibration

In RF system tuning, high-power amplifier protection, and precision instrument calibration, stable and precise signal attenuation is critical for ensuring equipment safety and measurement accuracy.

Key. Launched by Bochuang Space-TimeBCSK-SJQ50 N-Type Male ConnectorFixed Attenuator, featuring a high-precision thin-film resistor network and a high thermal conductivity aluminum alloy heat sink enclosure, enabling operation within DC-6GHz

Provides a stable attenuation of 30 dB across the full frequency band, with a rated power up to 50 W. Effectively protects sensitive downstream equipment from overload damage. Features an N-type male connector compatible with mainstream RF systems.

The threaded locking mechanism ensures a secure connection even in environments with vibration, high temperatures, or outdoors. It is an ideal choice for communications engineers, laboratory technicians, and system integrators.

Core Advantages & Technical Highlights:

• DC-6GHz Wideband Coverage:Supports ultra-wide frequency range from DC to 6GHz, meeting requirements for 4G/5G base stations, Wi-Fi 6E, radar systems, and vector network analyzers.

  Supports multi-scenario applications; adapts to multiple frequency bands without component replacement.

• 30 dB High-Precision Attenuation:Built with precision thin-film resistor technology, attenuation tolerance is controlled within ±0.5 dB to ensure predictable and repeatable signal levels, making it ideal for applications requiring

  High-precision testing and calibration.

• 5 0W High-Power Capacity:The internal resistor network is specially designed and paired with a large-surface-area heat-dissipating fin housing, enabling it to withstand 50W of continuous power input for extended periods without failure.

  Prevent performance drift or thermal throttling to ensure long-term system stability.

• N-type male connectorThreaded Locking Interface:Features a standard N-Male connector with a threaded coupling mechanism for superior vibration resistance and anti-loosening performance, ideal for automotive and industrial applications.

  or outdoor base stations and other environments susceptible to mechanical vibration.

• All-metal shielding and high thermal conductivity housing:The aluminum alloy chassis not only delivers superior electromagnetic interference (EMI) shielding but also accelerates heat dissipation through surface cooling fins.

  Develop to improve thermal stability and service life under high-power operating conditions.

Technical Specifications:

Frequently Asked Questions (FAQ):

Q1: This attenuator can be used for5G base station antennaPort test?

A1: Absolutely. Its DC-6GHz band covers all 5G Sub-6GHz operating bands (e.g., n78/n79). A 3 dB attenuation effectively reduces transmit power to the receiver level.

Safety margin to prevent damage to test instruments. 50W power is sufficient to handle instantaneous high-power signals at the base station PA output.

Q2: Do attenuators heat up at high power levels, and does this affect accuracy?

A2: This product features a high-thermal-conductivity aluminum alloy housing with heat-dissipating fins for low thermal resistance and rapid cooling. Under 50W continuous operation, temperature rise is controlled, and degradation drift remains below

±0.2dB for stable and reliable long-term test data.

Q3: Can it be used to attenuate pulse or modulated signals?

A3: Yes. This attenuator is a purely resistive load with no frequency selectivity, providing linear attenuation for CW, pulsed, OFDM, QAM, and other modulated signals without introducing distortion.

Introduces distortion or phase shift, ideal for complex waveform testing.

Q4: What should I keep in mind during installation? Is grounding required?

A4: We recommend grounding the attenuator housing via a metal bracket or grounding screw to enhance EMI shielding and prevent static buildup. During installation, ensure the N-type connector is fully tightened.

Tighten to the specified torque (typically 12-15 in-lbs) to prevent poor contact and increased standing wave ratio.

Q5: Can other attenuation values or interface types be customized?

A5: Yes, BOC Space-Time supports OEM/ODM services. We can customize attenuation values such as 10dB, 20dB, and 40dB based on customer requirements, or convert to SMA, TNC,

For other interface types such as BNC, please contact customer service for the minimum order quantity.

Selection and Compatibility Guide

Attenuates signal levels for medium-to-low power links and protects instrument inputs.

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