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698-4200 MHz 5-Way Combiner
Specifications :
Part No. | HT-PENTAP-0642-4310F | ||||
Port | Port1 | Port2 | Port2 | Port4 | Port5 |
Frequency range | 698-798MHz | 815-896MHz | 1850-2000MHz | 1695-1780&2110-2200MHz | 3300-4200MHz |
Insertion loss | ≤0.5dB | ||||
Isolation | ≥38dB | ||||
Return loss/VSWR | ≤-18dB/1.3 | ||||
Intermodulation | ≤-161dBc (with 2×43dBm) | ||||
Impedance | 50Ω | ||||
Input power | ≤100W | ||||
Operation temperature | -20°C to +65°C | ||||
Storage temperature | -40°C to +85°C | ||||
Relative humidity | 5% - 95% | ||||
Waterproofing grade | Indoor | ||||
Weight | TBD | ||||
Color | 409C Grey | ||||
Dimensions | 200*200*43mm（without connector） | ||||
RF Connectors | 4.3-10 Female | ||||
HT Part Code | 9508061150 | ||||
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+86 198-2655-1792Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
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Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
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Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
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Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
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Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
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Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
Combiners are essential components used in RF (radio frequency) and microwave systems to combine multiple signals into a single output or to split a signal into multiple outputs while maintaining signal integrity. They enable the simultaneous transmission or reception of multiple signals using a single antenna or transmission line, optimizing system performance and spectrum utilization.
View More
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