R&S®SMAB-B711 Ultra Low Phase Noise

В продаже Контрольно-измерительные решения R&S®SMAB-B711 Ultra Low Phase Noise оптом и в розницу. Нашли дешевле? Предоставьте свою цену, Мы сформируем более выгодное предложение. При заказе от 3000р., доставка по Самаре - БЕСПЛАТНО! Возможна отправка товара в любую точку РФ транспортной компанией.

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R&S®SMAB-B711 Ultra Low Phase Noise

Технические характеристики

Характеристики - R&S®SMAB-B711 Ultra Low Phase Noise

Key facts
SSB phase noise
f = 10 GHz offset frequency = 10 kHz 1 Hz measurement bandwidth with option R&S®SMAB-B711–128 dBc, –132 dBc (typ.)

Brief description The phase noise can be improved across the entire offset range with option R&S®SMAB-B711. It can be used with options R&S®SMAB-B106/-B112/-B120/-B131/-B140(N)/-B150(N)/-B167(N).
Specifications Specified values in plain text, typical values in brackets ( ), measured values in brackets ( ) and italic.
SSB phase noise in dBc (1 Hz) , CW, level = 10 dBm or maximum available output power, whichever is lower
Carrier frequencyOffset frequency
1 Hz10 Hz100 Hz1 kHz
f = 10 MHz(–116)–124 (–132)–136 (–142)–147 (–156)
f = 100 MHz(–101)–117 (–122)–129 (–136)–146 (–150)
f = 1 GHz(–82)–97 (–103)–111 (–117)–135 (–139)
f = 2 GHz(–76)–91 (–97)–105 (–111)–129 (–133)
f = 3 GHz(–72)–87 (–93)–101 (–107)–125 (–130)
f = 4 GHz(–70)–86 (–91)–99 (–105)–122 (–127)
f = 6 GHz(–66)–81 (–87)–95 (–101)–119 (–123)
f = 10 GHz(–62)–77 (–83)–91 (–97)–115 (–119)
f = 20 GHz(–56)–71 (–77)–85 (–91)–109 (–113)
f = 40 GHz(–50)–65 (–70)–79 (–84)–103 (–107)
f = 50 GHz(–47)–63 (–68)–77 (–82)–101 (–105)
f = 67 GHz(–44)–60 (–65)–74 (–79)–98 (–102)
SSB phase noise in dBc (1 Hz) , CW, level = 10 dBm or maximum available output power, whichever is lower
Carrier frequencyOffset frequency
10 kHz100 kHz1 MHz10 MHz
f = 10 MHz–157 (–164)–160 (–166)–161 (–166)
f = 100 MHz–155 (–160)–162 (–166)–162 (–167)–162 (–168)
f = 1 GHz–147 (–152)–148 (–152)–157 (–161)–160 (–165)
f = 2 GHz–142 (–146)–142 (–146)–151 (–157)–159 (–164)
f = 3 GHz–138 (–142)–138 (–143)–148 (–156)–159 (–164)
f = 4 GHz–135 (–140)–136 (–140)–147 (–151)–157 (–162)
f = 6 GHz–132 (–136)–132 (–137)–144 (–150)–155 (–161)
f = 10 GHz–128 (–132)–128 (–133)–140 (–145)–156 (–160)
f = 20 GHz–122 (–126)–122 (–127)–134 (–139)–148 (–153)
f = 40 GHz–115 (–119)–116 (–121)–128 (–133)–142 (–147)
f = 50 GHz–112 (–116)–114 (–119)–126 (–131)(–140) (–145)
f = 67 GHz–110 (–114)–111 (–116)–123 (–128)(–137) (–142)