Huang Liang ADU1-VF1-KF11.85 mm Female to 2.92 mm Female Adapter ACC-HL-00017
The Huang Liang ADU1-VF1-KF1 1.85 mm Female to 2.92 mm Female Adapter features a streamlined Straight body shape and a Free Hanging mounting design. Durability and lifespan are ensured by its material composition, which uses stainless steel and passivated plating. Its wide frequency range (0 to 40 GHz), low VSWR, and low Insertion Loss make it the perfect choice for demanding technical applications.
For high-frequency applications, the Huang Liang ADU1-VF1-KF1 1.85 mm Female to 2.92 mm Female Adapter is a precise interconnect device.
The Huang Liang ADU1-VF1-KF1 1.85 mm Female to 2.92 mm Female Adapter features a streamlined Straight body shape and a Free Hanging mounting design. Durability and lifespan are ensured by its material composition, which uses stainless steel and passivated plating. Its wide frequency range (0 to 40 GHz), low VSWR, and low Insertion Loss make it the perfect choice for demanding technical applications.
CONDITION
Brand New - A brand-new, unused, unopened, undamaged item in its original packaging.
WARRANTY
This item comes with a 12-month manufacturer's warranty.
FEATURES
• Features two Female interfaces – a 1.85 mm and a 2.92 mm interface respectively
• Complies with the IEEE 287 standard for General Precision Adapters
• Designed to operate within the frequency range of 0 to 40 GHz
• Typically used for applications that require precise and accurate signal transfers between RF devices and instruments
WHAT'S INCLUDED
• Huang Liang ADU1-VF1-KF11.85 mm Female to 2.92 mm Female Adapter ACC-HL-00017
Do you have a question about this product? Please call 1800 90 90 99.
Specific References
- MPN
- ACC-HL-00017
The Huang Liang ADU1-VF1-KF1 1.85 mm Female to 2.92 mm Female Adapter features a streamlined Straight body shape and a Free Hanging mounting design. Durability and lifespan are ensured by its material composition, which uses stainless steel and passivated plating. Its wide frequency range (0 to 40 GHz), low VSWR, and low Insertion Loss make it the perfect choice for demanding technical applications.