● 頻率範圍為9 kHz - 3/6 GHz，最高可達120 MHz RF調製帶寬
● 執行組件的基本參數測試和接收器的功能驗證
● 使用多個經過驗證的符合標準的向量信號測試您的設備
● 使用可靠的向量信號發生器在無線通信系統中輕鬆排除組件故障
● 通過自我維護解決方案和低成本維修，最大限度地減少停機時間和費用
● IoT / LoRa 量測好幫手!- 克服LoRa設備RF測量挑戰
隨附的選配:
- 標準輸出功率：+18 dBm
- 電子衰減器
- CW信號生成
- 矢量（IQ）調製器
- 50W反向電源保護
- 電源線
- 快速入門指南
如需更多資訊: 查閱技術規格書
| 頻率 | 9 kHz 至 3/6 GHz |
|---|---|
| 效能等級 | ◆◆◇◇◇◇ |
| 1 GHz時的輸出功率 | +18 dBm |
| 1 GHz、20 kHz偏移時的相位雜訊 | -119 dBc/Hz |
| 頻率切換 | < or equal to 5 ms, typical |
| 1 GHz 時的諧波 | < -35 dBc |
| 內部和外部IQ調變頻寬 | Internal 60/120 MHz 至 External 200 MHz |
| 1 GHz時的非諧波 | -72 dBc |
| 掃頻模式 |
|
| 基頻產生器模式 | Waveform Playback |
| 一般軟體 |
|
| 蜂巢式/無線連接軟體 |
|
| 音效/視訊廣播軟體 |
|
| 偵測/定位/追蹤/導航軟體 | Global Navigation Satellite System |
| 波形播放記憶體 | 512 Msa |
| 1 GHz 時的最大頻率調變偏移 | 10 MHz |
| 100 kHz 偏移時的頻率調變率 | DC to 7 MHz |
| 正常模式下最大相位調變偏移 | n/a |
| 高頻寬模式下最大相位調變偏移 | n/a |
| 最大振幅調變深度 | 100% |
| 調幅調變率 | 0 to 50 kHz |
| 可用的應用軟體 | 是 |
| 向量 | 是 |
| 1CN106A | Handle kit 88.1mm H (2U) - two front handles, Palette 2015 |
| 1CP104A | Rack mount flange and handle kit 88.1mm H (2U) - brackets, handles, hole plugs, Palette 2015 |
| 1CR112A | Rack Slide Kit, Mounting lengths 279.4-406.4mm, Palette 2015 |
| 1CM110A | Rack mount flange kit 88.1mm H (2U) - two flange brackets, four hole plugs, Palette 2015 |
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| Improving Amplitude Accuracy with Next-Generation Signal Generators - White Paper This whitepaper will help you improve the amplitude accuracy of your measurements that involve signal generators. |
| Receiver Test: Overcoming Five Fundamental Challenges - Application Note Learn how to address five fundamental challenges in the development of wireless receivers. |
| 信號產生器基本指南 - 建構堅固的射頻量測基礎 - 第一部份 - 白皮書 本白皮書分為第一和第二部分，內容探討信號產生器的基本原理，以協助您深入了解信號產生器的基本規格，讓您能夠正確地選擇最適合您的信號產生器。 |
| Overcoming LoRa Device RF Measurement Challenges - Application Note This Application Note offers an introduction to some key LoRa device RF measurement challenges and offers guidance to how users can overcome these using Keysight’s test solutions. |
| How to Minimize Measurement Uncertainty in RF Signal Generators - Application Note This app note will help you minimize measurement uncertainty attributed to test stimuli in a test system and to know what the measurement uncertainties are and how to minimize them. |
