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Our 2.92 terminators offer precise termination for high-frequency RF applications up to 40 GHz. Designed with K-type connectors, they ensure minimal signal reflection and excellent power handling. Ideal for test setups and communication systems requiring superior performance and reliability at microwave and millimeter-wave frequencies.

基础产品

TER292F

TER292F

RF TER, 2.92mm, 40GHz, 2W, Female, Stainless Steel, Gold Plated, Wide Frequency, Reliable
TER292F5W

TER292F5W

RF TER, 2.92mm, 40GHz, 5W, Female, Stainless Steel, Gold Plated, Wide Frequency, Reliable
TER292M

TER292M

RF TER, 2.92mm, 40GHz, 2W, Male, Stainless Steel, Gold Plated, Wide Frequency, Reliable
TER292M5W

TER292M5W

RF TER, 2.92mm, 40GHz, 5W, Male, Stainless Steel, Gold Plated, Wide Frequency, Reliable

Category Insights

2.92 terminators use K-type connectors, which support frequencies up to 40 GHz. This high-frequency capability and low VSWR make them ideal for microwave and millimeter-wave applications, offering superior signal integrity compared to lower-frequency terminators like SMA or BNC.
2.92 terminators typically support DC to 40 GHz, covering a wide spectrum suitable for advanced radar, satellite, and high-speed communication systems. Their high-frequency range ensures minimal signal loss and reflection in demanding environments.
Yes, 2.92 mm connectors are mechanically compatible with SMA connectors, but the frequency rating and performance differ. While SMA supports up to 18 GHz, 2.92 mm connectors handle up to 40 GHz, making 2.92 terminators better for higher-frequency applications.
Power handling varies by model, but many 2.92 terminators support moderate to high power levels suitable for most test and measurement applications. It’s important to check specific product ratings to ensure compatibility with your system’s power requirements.
They are widely used in microwave test benches, radar systems, satellite communications, and high-frequency instrumentation. Their high precision and broad frequency range make them essential for maintaining signal integrity in critical RF environments.