Huang Liang ADU1-VF1-KM1 1.85 mm Female to 2.92 mm Male Adapter ACC-HL-00018
The Huang Liang ADU1-VF1-KM1 1.85 mm Female to 2.92 mm Male Adapter ACC-HL-00018 is a precision RF interconnect designed to meet the needs of professionals across a variety of industries. It features low VSWR, low Insertion Loss, and the ability to be fully customised to meet even the most stringent engineering requirements.
The Huang Liang ADU1-VF1-KM1 1.85 mm Female to 2.92 mm Male Adapter ACC-HL-00018 is a precision RF interconnect designed to meet the needs of professionals across a variety of industries. It features low VSWR, low Insertion Loss, and the ability to be fully customised to meet even the most stringent engineering requirements. Additionally, the ACC-HL-00018 is commonly used in high-frequency applications where precision signal transmission and reception are critical, such as in aerospace and radar systems.
CONDITION
Brand New - A brand-new, unused, unopened, undamaged item in its original packaging.
WARRANTY
This item comes with 12-month manufacturer's warranty.
FEATURES
• IEEE 287-compliant adapter with a 1.85mm Female to 2.92mm Male interface
• Operates across a frequency range of 0-40 GHz
WHAT'S INCLUDED
• 1x Huang Liang ADU1-VF1-KM1 1.85 mm Female to 2.92 mm Male Adapter ACC-HL-00018
Do you have a question about this product? Please call 1800 90 90 99.
ACC-HL-00018
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Specific References
- MPN
- ACC-HL-00018
The Huang Liang ADU1-VF1-KM1 1.85 mm Female to 2.92 mm Male Adapter ACC-HL-00018 is a precision RF interconnect designed to meet the needs of professionals across a variety of industries. It features low VSWR, low Insertion Loss, and the ability to be fully customised to meet even the most stringent engineering requirements.
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The Huang Liang ADU1-VF1-KM1 1.85 mm Female to 2.92 mm Male Adapter ACC-HL-00018 is a precision RF interconnect designed to meet the needs of professionals across a variety of industries. It features low VSWR, low Insertion Loss, and the ability to be fully customised to meet even the most stringent engineering requirements.