The BW-S30W2-S+ is a fixed attenuator manufactured by Mini-Circuits, designed for precise signal attenuation in a wide range of RF and microwave applications. It provides a stable and reliable reduction in signal power, making it an essential component in various RF systems.

Applications:

• Leveling signal power in RF and microwave test setups.
• Impedance matching in RF circuits.
• Protecting sensitive receivers from overload.
• Calibrating RF measurement systems.
• Testing RF amplifiers and other active components.

Features:

• Broadband Performance: Operates over a wide frequency range, maintaining consistent attenuation.
• Precise Attenuation: Offers accurate and stable attenuation values.
• Rugged Construction: Designed to withstand demanding operating conditions.
• Low VSWR: Minimizes signal reflections, ensuring optimal signal transmission.
• SMA Connectors: Provides reliable and secure connections.

Benefits:

• Accurate Signal Control: Allows for precise adjustment of signal levels in RF systems.
• Improved System Performance: Reduces signal reflections and distortions, enhancing overall system performance.
• Enhanced Reliability: Provides stable and consistent performance over time.
• Simplified Test Setups: Simplifies the calibration and testing of RF equipment.
• Protection of Sensitive Equipment: Prevents damage to receivers and other sensitive components.

Specifications:

The BW-S30W2-S+ features a nominal attenuation of 30 dB. The operating frequency ranges from DC to 2000 MHz (2 GHz). It utilizes SMA male to SMA female connectors. The VSWR (Voltage Standing Wave Ratio) is typically 1.20:1. The attenuator can handle an input power of up to 2 Watts. It operates over a temperature range of -55°C to +100°C. Its compact size and robust design make it a versatile choice for various applications requiring precise signal level control. This attenuator is commonly used in test and measurement setups, communication systems, and signal processing applications to ensure accurate and reliable signal management.