Всегда в срок.
Приемлемая цена
Отличное качество
Технические требования:
Модель номер Один. | Hт-hс -827- nf |
С электрическим приводом | |
частота | 800- 2700мгц |
Потеря ввода (дб) | Пункт 3.7:1 |
Изоляция (дб) | 10 ч. 00 м. - |
ДСВР (ДСВР) | Страница 1 из 25 |
Сопротивление (сопротивление) | 30. 50. |
Входная мощность (вт) | 100 |
Разъемы для подключения | N-F |
Цвет (Color) | Черный цвет кожи |
Размер, мм | 142X44X45 |
По окружающей среде | |
Рабочая температура | - от 35 до 75 |
Температура при хранении | - от 55 до 85 |
Относительная влажность воздуха | 5% - 95% |
3. Применение | В помещениях |
Чертеж схемы:
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+86 198-2655-1792A directional coupler is a crucial component in RF communication systems, facilitating the measurement of power levels and the separation of signals. It works by coupling a portion of the electromagnetic power passing through it to another port while maintaining the integrity of the main signal path. This allows for monitoring, feedback, or signal distribution without interfering with the main signal flow. Hustin directional coupler excels in several key aspects: 1:Precision Coupling: Hustin couplers ensure accurate and reliable coupling ratios, enabling precise power monitoring and control within the system. 2:Reliability and Durability: Built with high-quality materials and rigorous testing procedures, Hustin couplers ensure long-term reliability and stable operation in demanding environments. Applications of Hustin directional couplers span a wide range of industries and scenarios, including: 1：Telecommunications infrastructure 2：Wireless networking 3：Satellite communication systems
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A directional coupler is a crucial component in RF communication systems, facilitating the measurement of power levels and the separation of signals. It works by coupling a portion of the electromagnetic power passing through it to another port while maintaining the integrity of the main signal path. This allows for monitoring, feedback, or signal distribution without interfering with the main signal flow. Hustin directional coupler excels in several key aspects: 1:Precision Coupling: Hustin couplers ensure accurate and reliable coupling ratios, enabling precise power monitoring and control within the system. 2:Reliability and Durability: Built with high-quality materials and rigorous testing procedures, Hustin couplers ensure long-term reliability and stable operation in demanding environments. Applications of Hustin directional couplers span a wide range of industries and scenarios, including: 1：Telecommunications infrastructure 2：Wireless networking 3：Satellite communication systems
Посмотреть больше
A directional coupler is a crucial component in RF communication systems, facilitating the measurement of power levels and the separation of signals. It works by coupling a portion of the electromagnetic power passing through it to another port while maintaining the integrity of the main signal path. This allows for monitoring, feedback, or signal distribution without interfering with the main signal flow. Hustin directional coupler excels in several key aspects: 1:Precision Coupling: Hustin couplers ensure accurate and reliable coupling ratios, enabling precise power monitoring and control within the system. 2:Reliability and Durability: Built with high-quality materials and rigorous testing procedures, Hustin couplers ensure long-term reliability and stable operation in demanding environments. Applications of Hustin directional couplers span a wide range of industries and scenarios, including: 1：Telecommunications infrastructure 2：Wireless networking 3：Satellite communication systems
Посмотреть больше
A directional coupler is a crucial component in RF communication systems, facilitating the measurement of power levels and the separation of signals. It works by coupling a portion of the electromagnetic power passing through it to another port while maintaining the integrity of the main signal path. This allows for monitoring, feedback, or signal distribution without interfering with the main signal flow. Hustin directional coupler excels in several key aspects: 1:Precision Coupling: Hustin couplers ensure accurate and reliable coupling ratios, enabling precise power monitoring and control within the system. 2:Reliability and Durability: Built with high-quality materials and rigorous testing procedures, Hustin couplers ensure long-term reliability and stable operation in demanding environments. Applications of Hustin directional couplers span a wide range of industries and scenarios, including: 1：Telecommunications infrastructure 2：Wireless networking 3：Satellite communication systems
Посмотреть больше
A directional coupler is a crucial component in RF communication systems, facilitating the measurement of power levels and the separation of signals. It works by coupling a portion of the electromagnetic power passing through it to another port while maintaining the integrity of the main signal path. This allows for monitoring, feedback, or signal distribution without interfering with the main signal flow. Hustin directional coupler excels in several key aspects: 1:Precision Coupling: Hustin couplers ensure accurate and reliable coupling ratios, enabling precise power monitoring and control within the system. 2:Reliability and Durability: Built with high-quality materials and rigorous testing procedures, Hustin couplers ensure long-term reliability and stable operation in demanding environments. Applications of Hustin directional couplers span a wide range of industries and scenarios, including: 1：Telecommunications infrastructure 2：Wireless networking 3：Satellite communication systems
Посмотреть больше
A hybrid combiner is a crucial device in RF communication systems that combines multiple input signals into a single output or splits a single input into multiple outputs while maintaining the signal integrity. It effectively manages signal distribution and isolation, ensuring minimal loss and optimal performance in complex RF environments. Applications: Hybrid combiners are widely used in various RF systems, including: Base stations Distributed antenna systems (DAS) Indoor coverage systems Our Advantages: High-Quality Components: We utilize top-grade materials to ensure durability and reliability in all our hybrid combiners. Advanced Technology: Hustin products incorporate the latest technological advancements to provide superior performance and efficiency.
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A hybrid combiner is a crucial device in RF communication systems that combines multiple input signals into a single output or splits a single input into multiple outputs while maintaining the signal integrity. It effectively manages signal distribution and isolation, ensuring minimal loss and optimal performance in complex RF environments. Applications: Hybrid combiners are widely used in various RF systems, including: Base stations Distributed antenna systems (DAS) Indoor coverage systems Our Advantages: High-Quality Components: We utilize top-grade materials to ensure durability and reliability in all our hybrid combiners. Advanced Technology: Hustin products incorporate the latest technological advancements to provide superior performance and efficiency.
Посмотреть больше
A hybrid combiner is a crucial device in RF communication systems that combines multiple input signals into a single output or splits a single input into multiple outputs while maintaining the signal integrity. It effectively manages signal distribution and isolation, ensuring minimal loss and optimal performance in complex RF environments. Applications: Hybrid combiners are widely used in various RF systems, including: Base stations Distributed antenna systems (DAS) Indoor coverage systems Our Advantages: High-Quality Components: We utilize top-grade materials to ensure durability and reliability in all our hybrid combiners. Advanced Technology: Hustin products incorporate the latest technological advancements to provide superior performance and efficiency.
Посмотреть больше
A hybrid combiner is a crucial device in RF communication systems that combines multiple input signals into a single output or splits a single input into multiple outputs while maintaining the signal integrity. It effectively manages signal distribution and isolation, ensuring minimal loss and optimal performance in complex RF environments. Applications: Hybrid combiners are widely used in various RF systems, including: Base stations Distributed antenna systems (DAS) Indoor coverage systems Our Advantages: High-Quality Components: We utilize top-grade materials to ensure durability and reliability in all our hybrid combiners. Advanced Technology: Hustin products incorporate the latest technological advancements to provide superior performance and efficiency.
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