Siempre a tiempo
Precio aceptable
Excelente calidad
características
i Adecuado para aplicaciones interiores y exteriores
i Pared o polo montaje
Datos técnicos
tipo | HT-PP-0838-43F | |
Rango de frecuencia | Banda 1 | 824-894 |
Banda 2 | 1850-1990 | |
Banda 3 | 1710-1755&2110-2155 | |
Banda 4 | 2500-2690 | |
Banda 5 | 3300-3800 | |
Return loss/VSWR | -19dB/1.25 | |
Pérdida de inserción (dB) | 0,4 | |
Aislamiento (dB) | >60 | |
impedimpedimped | 50 Ω | |
Productos de intermodulación | < -150 dBc (con 2 x 20 W) | |
Temperatura de funcionamiento | -20 a +45 °C | |
Rango de temperatura | -40 a +55 °C | |
Piezas de conexión | 4.3- mujeres | |
aplicación | IP65 | |
peso | ||
Dimensiones (W x H x D) | 236*184*45mm | |
El dibujo
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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.
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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.
Ver más
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.
Ver más
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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