頻率范圍介于 100 kHz 至 3 GHz、6 GHz、12.75 GHz、20 GHz、31.8 GHz 或 40 GHz 可選的附加射頻路徑( 100 kHz 至 3 GHz、6 GHz、12.75 GHz 或 20 GHz) 通用配置: 從單通道矢量信號發(fā)生器到多通道 MIMO 接收機(jī)測試儀 具有八個信號源以及 32 個衰落通道,非常適用于 MIMO、MSR 或 LTE Advanced 應(yīng)用 采用模塊化體系架構(gòu),以便更好地適應(yīng)各種應(yīng)用
SMW200A 是一種矢量信號發(fā)生器,適用于嚴(yán)苛的應(yīng)用。 得益于靈活性、性能以及直觀化操作,這款矢量信號發(fā)生器可用于生成復(fù)雜的高質(zhì)量數(shù)字調(diào)制信號。SMW200A 是一款數(shù)字調(diào)制信號發(fā)生器,適用于新型寬帶通信系統(tǒng)的開發(fā)、3G 和 4G 及 5G基站的驗證或航空航天和國防工業(yè)應(yīng)用。內(nèi)部基帶高達(dá) 2 GHz 的 I Q 調(diào)制帶寬滿足第四代及第五代標(biāo)準(zhǔn)(5G、LTE Advanced 及 IEEE 802 11ac ad),SMW200A 是為滿足未來需求而設(shè)計的。
頻率范圍介于 100 kHz 至 3 GHz、6 GHz、12.75 GHz、20 GHz、31.8 GHz 或 40 GHz
可選的附加射頻路徑( 100 kHz 至 3 GHz、6 GHz、12.75 GHz 或 20 GHz)
通用配置: 從單通道矢量信號發(fā)生器到多通道 MIMO 接收機(jī)測試儀
具有八個信號源以及 32 個衰落通道,非常適用于 MIMO、MSR 或 LTE Advanced 應(yīng)用
采用模塊化體系架構(gòu),以便更好地適應(yīng)手頭上的應(yīng)用
輕松生成復(fù)雜信號
在兩個具有實時編碼器及 ARB 的內(nèi)部基帶模塊上,有八個基帶發(fā)生器
內(nèi)部數(shù)字增加基帶信號,即便存在頻率及電平偏移
寬帶基帶及矢量信號發(fā)生器集于一體
支持所有重要的數(shù)字標(biāo)準(zhǔn),比如 5G 候選空中接口、LTE(最高第 12 版)、3GPP FDD/HSPA/HSPA+、GSM/EDGE/EDGE Evolution、CDMA2000?/1xEV-DO、WLAN IEEE 802.11a/b/g/n/j/p/ac/ad
不需要符合數(shù)字標(biāo)準(zhǔn)的單獨(dú)的 PC 軟件
生成適用于模塊、接收機(jī)及 DFS 測試的雷達(dá)信號場景
LTE 及 3GPP 測試用例向?qū)В阌诟鶕?jù) 3GPP TS 25.141 或 3GPP TS 36.141 輕松進(jìn)行基站一致性測試
包絡(luò)跟蹤及 AM/AM、AM/φM 預(yù)失真選件,用于充分測試和驗證 ET 調(diào)制器芯片組
可選集成式衰落模擬器,用于在 160 MHz 的帶寬下進(jìn)行通道仿真
所有重要的衰落場景均已預(yù)設(shè)
安裝四個衰落模塊,提供多達(dá) 32 個“邏輯”衰減器
使用單個儀器實施所有重要的 MIMO 衰落場景,比如 2×2、3×3、4×4、8×4 及 4×8
支持復(fù)雜的應(yīng)用,比如雙載波 HSPA、LTE 載波聚合以及 MIMO 和多用戶 LTE)
R&S?SGT100A 信號發(fā)生器模塊,以提供八個射頻通道
高信號質(zhì)量,有助于在頻譜和調(diào)制測量中確保高精確度
內(nèi)部基帶 2 GHz I/Q 調(diào)制帶寬(射頻帶寬)
在 2 GHz 帶寬內(nèi),調(diào)制頻率響應(yīng)為 <0.4 dB(測量值)
高端脈沖調(diào)制,開關(guān)比為 > 80 dB 以及上升/下降時間為
優(yōu)秀的頻譜純度(在 1 GHz、20 kHz 偏置下,SSB 相位噪聲通常為 –139 dBc)
相位相參選項,比如用于波束賦形應(yīng)用
3 GHz、6 GHz 及 12.75 GHz 射頻通道(帶電子衰減器)
直觀化操作概念以及智能幫助功能,幫助用戶很快取得成功
關(guān)鍵操作元素框圖,直觀呈現(xiàn)信號流
自適應(yīng) GUI,提供簡單及復(fù)雜場景的概覽
圖形化信號監(jiān)控,幾乎覆蓋信號流中的每個點(diǎn)
提供完整用戶文件的上下文有關(guān)在線幫助系統(tǒng)
SCPI 宏記錄器及代碼發(fā)生器,用于通過手動操作步驟生成可執(zhí)行的遠(yuǎn)程控制代碼(比如,針對 MATLAB?、CVI 等)
儀器定制化,以適應(yīng)幾乎所有的應(yīng)用
便于改造基帶模塊的先進(jìn)插件系統(tǒng),無需重新校準(zhǔn)儀器
可隨時進(jìn)行軟件升級,只需通過密鑰單快速激活
頻率 | ||
頻率范圍,射頻通道 A | R&S?SMW-B103 | 100 kHz 至 3 GHz |
R&S?SMW-B106 | 100 kHz 至 6 GHz | |
R&S?SMW-B112 | 100 kHz 至 12.75 GHz | |
R&S?SMW-B120 | 100 kHz 至 20 GHz | |
R&S?SMW-B131 | 100 kHz 至 31.8 GHz | |
R&S?SMW-B140/-B140N | 100 kHz 至 40 GHz | |
頻率范圍,射頻通道 B(可選,詳見 R&S?SMW200A 數(shù)據(jù)表了解可能的射頻通道配置) | R&S?SMW-B203 | 100 kHz 至 3 GHz |
R&S?SMW-B206 | 100 kHz 至 6 GHz | |
R&S?SMW-B212 | 100 kHz 至 12.75 GHz | |
R&S?SMW-B220 | 100 kHz 至 20 GHz | |
設(shè)置時間 | SCPI 模式 | < 1.2 ms,600 μs(典型值) |
電平 | ||
指定電平范圍 | 3 MHz ≤ f < 20 GHz | –120 dBm 至 +18 dBm (PEP) |
R&S?SMW-B131,R&S?SMW-B140/-B140N | –120 dBm 至 +15/+18 dBm (PEP),取決于射頻 | |
設(shè)置時間 | SCPI 模式 | < 1 ms,600 μs(典型值) |
R&S?SMW-B120/-B131/-B140/-B140N/-B220,帶機(jī)械步進(jìn)衰減器轉(zhuǎn)換 | < 25 ms | |
頻譜純度 | ||
諧波 | 電平 < 10 dBm,CW | < –30 dBc |
R&S?SMW-B120/-B131/-B140/-B140N/-B220, f >3.5 GHz | < –55 dBc | |
非諧波 | 具有全量程直流輸出的 CW 或矢量調(diào)制,電平 > –10 dBm, 載波偏移 > 10 kHz,200 MHz < f ≤ 1500 MHz | |
標(biāo)準(zhǔn) | < –80 dBc | |
帶 R&S?SMW-B22 選件 | < –90 dBc | |
SSB 相位噪聲 | CW,載波偏移 = 20 kHz,f = 1 GHz | |
標(biāo)準(zhǔn) | < –131 dBc,–135 dBc | |
帶 R&S?SMW-B22 選件 | < –136 dBc,–139 dBc | |
CW,載波偏移 = 20 kHz,f = 10 GHz | ||
標(biāo)準(zhǔn) | < –111 dBc,–115 dBc | |
帶 R&S?SMW-B22 選件 | < –116 dBc,–119 dBc | |
模擬調(diào)制 | ||
支持的模擬調(diào)制模式 | AM,F(xiàn)M(可選),φM(可選),脈沖(可選) | |
I/Q 調(diào)制 | ||
射頻調(diào)制帶寬 | 具有內(nèi)部寬帶基帶,“I/Q 寬帶”開 | |
300 MHz ≤ f ≤ 2.5 GHz | ±40% 的載波頻率 | |
f > 2.5 GHz | ±1 GHz | |
具有內(nèi)部 標(biāo)準(zhǔn)基帶,“I/Q 寬帶”開,f ≥ 250 MHz | ±80 MHz | |
指定射頻調(diào)制帶寬中的調(diào)制頻率響應(yīng) | 具有內(nèi)部寬帶基帶,“I/Q 寬帶”開 | < 1.0 dB,< 0.4 dB(測量值) |
寬帶基帶發(fā)生器 | R&S?SMW-B9 選件,可安裝 2 個基帶發(fā)生器 | |
信號帶寬 | 取決于選件 | 2000 MHz |
ARB 存儲深度 | 取決于選件 | 2 Gsample |
頻率偏移 | 取決于選件 | -1000 MHz 至 + 1000 MHz |
標(biāo)準(zhǔn)基帶發(fā)生器 | R&S?SMW-B10 選件,可安裝 2 個基帶發(fā)生器 | |
信號帶寬 | 取決于選件 | 160 MHz |
ARB 存儲深度 | 取決于選件 | 1 Gsample |
頻率偏移 | 取決于選件 | -80 MHz 至 +80 MHz |
數(shù)字標(biāo)準(zhǔn) | ||
支持的標(biāo)準(zhǔn)及調(diào)制系統(tǒng) | 5G 候選空中接口、LTE 版本 8/9/10/11,12、3GPP FDD/HSPA/HSPA+、GSM/EDGE/EDGE Evolution、CDMA2000?、1xEV-DO R |
型號 | 訂貨號 | 說明 |
SMW200A | 1412.0000.02 | 矢量信號發(fā)生器 |
SMW-B1003 | 1428.4700.02 | 100 kHz to 3 GHz |
SMW-B1006 | 1428.4800.02 | 100 kHz to 6 GHz |
SMW-B1007 | 1428.7700.02 | 100 kHz to 7.5 GHz |
SMW-B1012 | 1428.4900.02 | 100 kHz to 12.75 GHz |
SMW-B1020 | 1428.5107.02 | 100 kHz to 20 GHz |
SMW-B1031 | 1428.5307.02 | 100 kHz to 31.8 GHz |
SMW-B1040 | 1428.8506.02 | 100 kHz to 40 GHz |
SMW-B1040N | 1428.8606.02 | 100 kHz to 40 GHz, I/Q modulation bandwidth and minimum pulse width limited |
SMW-B1044 | 1428.5507.02 | 100 kHz to 44 GHz |
SMW-B1044N | 1428.5407.02 | 100 kHz to 44 GHz, I/Q modulation bandwidth and minimum pulse width limited |
SMW-B13 | 1413.2807.02 | Signal routing and baseband main module, one I/Q path to RF |
SMW-B13T | 1413.3003.02 | Signal routing and baseband main module, two I/Q paths to RF |
SMW-B13XT | 1413.8005.02 | Wideband baseband main module, two I/Q paths to RF |
SMW-B709 | 1428.7300.02 | Low phase noise for RF path A |
SMW-B710 | 1428.6503.02 | Improved close-in phase noise performance for RF path A |
SMW-B711 | 1428.6703.02 | Ultra low phase noise for RF path A |
SMW-B2003 | 1428.5707.02 | 100 kHz to 3 GHz |
SMW-B2006 | 1428.5807.02 | 100 kHz to 6 GHz |
SMW-B2007 | 1428.7900.02 | 100 kHz to 7.5 GHz |
SMW-B2020 | 1428.6103.02 | 100 kHz to 20 GHz |
SMW-B719 | 1428.7500.02 | Low phase noise for RF path B |
SMW-B720 | 1428.6903.02 | Improved close-in phase noise performance for RF path B |
SMW-B721 | 1428.7100.02 | Ultra low phase noise for RF path B |
SMW-B90 | 1413.5841.02 | Phase coherence |
SMW-K22 | 1413.3249.02 | Pulse modulator |
SMW-K23 | 1413.3284.02 | Pulse generator |
SMW-K24 | 1413.3332.02 | Multifunction generator |
SMW-K703 | 1413.7380.02 | 100 MHz, 1 GHz ultra low noise reference input/output |
SMW-K704 | 1414.6541.02 | Flexible reference input (1 MHz to 100 MHz) |
SMW-K720 | 1413.7438.02 | AM/FM/φM |
SMW-K739 | 1413.7167.02 | Differential analog I/Q inputs |
SMW-B10 | 1413.1200.02 | Baseband generator with ARB (64 Msample) and digital modulation (realtime), 120 MHz RF bandwidth |
SMW-B10F | 1414.4303.02 | Baseband generator for GNSS with high dynamics, with ARB (64 Msample) and digital modulation (realtime), 120 MHz RF bandwidth |
SMW-K16 | 1413.3384.02 | Differential analog I/Q outputs |
SMW-K18 | 1413.3432.02 | Digital baseband output |
SMW-K501 | 1413.9218.02 | Extended sequencing |
SMW-K511 | 1413.6860.02 | ARB memory extension to 512 Msample |
SMW-K512 | 1413.6919.02 | ARB memory extension to 1 Gsample |
SMW-K522 | 1413.6960.02 | Baseband extension to 160 MHz RF bandwidth |
SMW-K551 | 1413.9724.02 | Slow I/Q |
SMW-B9 | 1413.7350.02 | Wideband baseband generator with ARB (256 Msample), 500 MHz RF bandwidth |
SMW-K17 | 1414.2346.02 | Wideband differential analog I/Q outputs |
SMW-K19 | 1414.3865.02 | Digital baseband output for SMW200A wideband baseband |
SMW-K502 | 1413.9260.02 | Wideband extended sequencing |
SMW-K503 | 1414.3620.02 | Realtime control interface |
SMW-K504 | 1414.3665.02 | Realtime control interface with enhanced PDW rate and control PDWs |
SMW-K515 | 1413.9360.02 | ARB memory extension to 2 Gsample |
SMW-K525 | 1414.6129.02 | Baseband extension to 1 GHz RF bandwidth |
SMW-K527 | 1414.6158.02 | Baseband extension to 2 GHz RF bandwidth |
SMW-K62 | 1413.3484.02 | Additive white gaussian noise (AWGN) |
SMW-K80 | 1414.6187.02 | Bit error rate tester |
SMW-K540 | 1413.7215.02 | Envelope tracking |
SMW-K541 | 1413.7267.02 | AM/AM, AM/φM predistortion |
SMW-K544 | 1414.3707.02 | User-defined frequency response correction |
SMW-K546 | 1414.6487.02 | Digital Doherty |
SMW-K548 | 1414.6641.02 | Crest factor reduction |
SMW-K810 | 1414.6341.02 | Enhanced noise generation |
SMW-K811 | 1414.6364.02 | Notched signals |
SMW-B14 | 1413.1500.02 | Fading simulator |
SMW-B15 | 1414.4710.02 | Fading simulator and signal processor |
SMW-K71 | 1413.3532.02 | Dynamic fading |
SMW-K72 | 1413.3584.02 | Enhanced fading models |
SMW-K73 | 1414.2300.02 | OTA-MIMO fading enhancements |
SMW-K74 | 1413.3632.02 | MIMO fading/routing |
SMW-K75 | 1413.9576.02 | Higher-order MIMO |
SMW-K76 | 1413.9624.02 | Multiple entities |
SMW-K78 | 1414.1833.02 | Radar echo generation |
SMW-K550 | 1413.7315.02 | Stream extender |
SMW-K820 | 1414.2581.02 | Customized dynamic fading |
SMW-K821 | 1414.4403.02 | MIMO subsets for higher-order MIMO |
SMW-K40 | 1413.3684.02 | GSM/EDGE |
SMW-K41 | 1413.3732.02 | EDGE Evolution |
SMW-K42 | 1413.3784.02 | 3GPP FDD |
SMW-K44 | 1413.3832.02 | GPS |
SMW-K46 | 1413.3884.02 | CDMA2000 |
SMW-K47 | 1413.3932.02 | 1xEV-DO |
SMW-K49 | 1413.3984.02 | IEEE 802.16 |
SMW-K50 | 1413.4039.02 | TD-SCDMA |
SMW-K51 | 1413.4080.02 | TD-SCDMA enhanced BS/MS tests |
SMW-K52 | 1413.6090.02 | DVB-H/DVB-T |
SMW-K54 | 1413.4139.02 | IEEE 802.11 (a/b/g/n) |
SMW-K55 | 1413.4180.02 | EUTRA/LTE |
SMW-K60 | 1413.4239.02 | BluetoothR EDR |
SMW-K61 | 1413.4280.02 | Multicarrier CW signal generation |
SMW-K66 | 1413.4380.02 | Galileo |
SMW-K68 | 1413.4439.02 | TETRA Release 2 |
SMW-K69 | 1413.4480.02 | LTE closed-loop BS test |
SMW-K81 | 1413.4539.02 | Log file generation |
SMW-K83 | 1413.4580.02 | 3GPP FDD HSPA/HSPA+, enhanced BS/MS tests |
SMW-K84 | 1413.5435.02 | EUTRA/LTE Release 9 and enhanced features |
SMW-K85 | 1413.5487.02 | EUTRA/LTE Release 10 (LTE-Advanced) |
SMW-K86 | 1413.5635.02 | IEEE 802.11ac |
SMW-K87 | 1413.6519.02 | 1xEV-DO Rev. B |
SMW-K89 | 1413.6619.02 | NFC A/B/F |
SMW-K94 | 1414.1485.02 | GLONASS |
SMW-K98 | 1414.1533.02 | Modernized GPS |
SMW-K99 | 1414.2881.02 | Extension to 48 GNSS channels per baseband |
SMW-K106 | 1414.2923.02 | SBAS/QZSS |
SMW-K107 | 1414.1585.02 | BeiDou |
SMW-K108 | 1414.2975.02 | Real-world scenarios |
SMW-K109 | 1414.3013.02 | GNSS realtime interfaces (RT remote control) |
SMW-K112 | 1413.8505.02 | LTE Release 11 and enhanced features |
SMW-K113 | 1414.1933.02 | LTE Release 12 |
SMW-K114 | 1414.1985.02 | OFDM signal generation |
SMW-K115 | 1414.2723.02 | Cellular IoT |
SMW-K116 | 1414.2630.02 | DVB-S2/DVB-S2X |
SMW-K117 | 1414.3336.02 | BluetoothR 5.x |
SMW-K118 | 1414.3465.02 | Verizon 5GTF signals |
SMW-K119 | 1414.3542.02 | LTE Release 13/14/15 |
SMW-K120 | 1414.3094.02 | Advanced GNSS applications |
SMW-K130 | 1414.3788.02 | OneWeb user-defined signal generation |
SMW-K131 | 1414.6464.02 | LoRaR |
SMW-K141 | 1414.1333.02 | IEEE 802.11ad |
SMW-K142 | 1414.3259.02 | IEEE 802.11ax |
SMW-K143 | 1414.6064.02 | Cellular IoT Release 14 |
SMW-K144 | 1414.4990.02 | 5G New Radio |
SMW-K145 | 1414.6506.02 | 5G New Radio closed-loop BS test |
SMW-K146 | 1414.6564.02 | Cellular IoT Release 15 |
SMW-K355 | 1414.3742.02 | OneWeb reference signals |
SMW-K360 | 1414.2800.02 | ERA-GLONASS test suite (SMW-K360 option) |
SMW-K361 | 1414.2846.02 | eCall test suite (SMW-K361 option) |
SMW-K542 | 1413.9876.02 | Baseband power sweep |
使用WinIQSIM2 | ||
SMW-K240 | 1413.4739.02 | GSM/EDGE |
SMW-K241 | 1413.4780.02 | EDGE Evolution |
SMW-K242 | 1413.4839.02 | 3GPP FDD |
SMW-K244 | 1413.4880.02 | GPS 1 satellite |
SMW-K246 | 1413.4939.02 | CDMA2000R |
SMW-K247 | 1413.4980.02 | 1xEV-DO |
SMW-K249 | 1413.5035.02 | IEEE 802.16 |
SMW-K250 | 1413.5087.02 | TD-SCDMA |
SMW-K251 | 1413.5135.02 | TD-SCDMA enhanced BS/MS tests |
SMW-K252 | 1413.6190.02 | DVB-H/DVB-T |
SMW-K253 | 1413.6248.02 | DAB/T-DMB |
SMW-K254 | 1413.5187.02 | IEEE 802.11n |
SMW-K255 | 1413.5235.02 | EUTRA/LTE |
SMW-K260 | 1413.5287.02 | BluetoothR EDR |
SMW-K261 | 1413.5335.02 | Multicarrier CW signal generation |
SMW-K262 | 1413.6460.02 | Additive white gaussian noise (AWGN) |
SMW-K266 | 1413.7015.02 | Galileo 1 satellite |
SMW-K268 | 1413.5387.02 | TETRA Release 2 |
SMW-K283 | 1413.6290.02 | 3GPP FDD HSPA/HSPA+, enhanced BS/MS tests |
SMW-K284 | 1413.5535.02 | EUTRA/LTE Release 9 and enhanced features |
SMW-K285 | 1413.5587.02 | EUTRA/LTE Release 10 (LTE-Advanced) |
SMW-K286 | 1413.5687.02 | IEEE 802.11ac |
SMW-K287 | 1413.6560.02 | 1xEV-DO Rev. B |
SMW-K289 | 1413.6654.02 | NFC A/B/F |
SMW-K294 | 1413.7067.02 | GLONASS 1 satellite |
SMW-K298 | 1414.3171.02 | Modernized GPS 1 satellite |
SMW-K407 | 1413.7115.02 | BeiDou 1 satellite |
SMW-K412 | 1413.8557.02 | LTE Release 11 and enhanced features |
SMW-K413 | 1414.2030.02 | EUTRA/LTE Release 12 |
SMW-K414 | 3636.0434.02 | OFDM signal generation |
SMW-K415 | 1414.2769.02 | Cellular IoT |
SMW-K416 | 1414.2681.02 | DVB-S2/DVB-S2X |
SMW-K417 | 1414.3371.02 | Bluetooth 5.x |
SMW-K418 | 1414.3507.02 | Verizon 5GTF signals |
SMW-K419 | 1414.3588.02 | LTE Release 13 and 14 |
SMW-K430 | 1414.3820.02 | OneWeb user-defined signal generation |
SMW-K431 | 1414.6441.02 | LoRa |
SMW-K441 | 1414.1385.02 | IEEE 802.11ad |
SMW-K442 | 1414.3294.02 | IEEE 802.11ax |
SMW-K443 | 1414.6093.02 | Cellular IoT Release 14 |
SMW-K444 | 1414.5022.02 | 5G New Radio |
SMW-K300 | 1413.8805.02 | Pulse sequencing |
SMW-K301 | 1413.9776.02 | Enhanced pulse sequencing |
SMW-K304 | 1413.8957.02 | Moving emitters and receiver |
SMW-K306 | 1413.9053.02 | Multiple emitters (interleaved) |
SMW-K308 | 1414.1433.02 | Direction finding |
SMW-K315 | 1414.6529.02 | Pulse-on-pulse simulation |
SMW-K350 | 1413.9160.02 | DFS signal generation |
SMW-B81 | 1413.5893.02 | Rear panel connectors for RF path A (3/6 GHz) and I/Q |
SMW-B82 | 1413.5941.02 | Rear panel connectors for RF path B (3/6 GHz) |
SMW-B83 | 1414.0937.02 | Rear panel connectors for RF path A (20/31.8/40 GHz) and I/Q |
SMW-B84 | 1414.1033.02 | Rear panel connectors for RF path B (20 GHz) |
SMW-B93 | 1414.1885.02 | Solid state drive |