太克(Tektronix)

Tektronix RSA3303A Real-Time Spectrum Analyzer (RTSA)

品牌:太克(Tektronix) 型號:PD1528163302917 料號:PD1528163302917
Tektronix RSA3303A Real-Time Spectrum Analyzer (RTSA)
品牌
太克(Tektronix)
型號
PD1528163302917
類別
規格資料
已整理
文件下載
可下載

規格

主要規格與效能(Core Specifications)

產品定位與即時分析能力(Product Overview)

  • Tektronix RSA3303A Real-Time Spectrum Analyzer(RTSA)
  • 可連續擷取 RF 訊號隨時間變化的完整記錄
  • 支援 Frequency / Time / Modulation 多維度即時分析
  • 單一平台整合 Vector Signal Analyzer、Wideband Spectrum Analyzer
  • 具備 RTSA 獨有的 Trigger–Catch–Analyze 即時觸發分析能力
  • 適用於突發性、低占空比與難以重現之 RF 訊號量測

即時觸發與事件偵測(Real-Time Triggering)

內建 15 MHz Real-Time Bandwidth(Licensed)
Frequency Mask Trigger(FMT)
 – 可透過滑鼠設定頻率遮罩
 – 偵測訊號出現 / 消失
 – 偵測振幅、頻率、資料速率與頻譜形狀變化
適合監控低機率、短時間 RF 事件

功率觸發功能(Power Trigger)

支援 Time Domain 與 Real-Time Domain
可設定使用者定義功率門檻
當頻寬範圍內總功率超過門檻時即觸發
適用於突發干擾、瞬時功率異常分析

基本硬體規格(Hardware Specifications)

• ManufacturerTektronix
• SeriesRSA3000
• TypeReal-Time Spectrum Analyzer
頻率與記憶體(Frequency & Memory)
  • Frequency Range:DC to 3 GHz
  • Acquisition Memory Size:

 – 16.4 MSamples(Standard)  – 65.6 MSamples(Option 02)

機構尺寸與重量(Mechanical)
  • Dimensions:
 215 mm (H) × 425 mm (D) × 425 mm (W)
  • Weight:
 42 lbs(without options)

應用環境(Applications)

AI 伺服器 / 資料中心高速通訊相關 RF 訊號監測
5G / LTE 無線系統突發干擾與頻譜分析
Wi-Fi 6 / Wi-Fi 7 短暫封包與雜訊行為觀察
NB-IoT / LPWAN 無線訊號即時分析
EMI / RFI 干擾事件捕捉與除錯
研發實驗室 / QA / 系統驗證與除錯
原廠英文說明

The Tektronix RSA3303A Real-Time Spectrum Analyzer (RTSA) captures a continuous time record of changing RF events and empowers time-related examination in the frequency, time, and modulation areas. The user will have the usefulness of a vector signal analyzer, a wide band range analyzer, and the one of a kind trigger-catch-analyze ability of the RTSA in one, transportable package.This model has a licensed 15 MHz bandwidth Frequency Mask Trigger (FMT), which makes it simple to catch transient, low duty-cycle, or other hard to catch signals. A FMT mask is arranged by utilizing a mouse. It can be set up for one or numerous frequency groups inside an examination span. FMT can monitor for signal appearance/disappearance, or change in amplitude, frequency, data transfer capacity, and spectral shape, while the client is working on another task. A Power Trigger, working in the time domain and at any Real-Time examination span, can be outfitted to monitor for a user-set power threshold to be crossed amid a moment in time. A power indicator decides total power of all signals in a span, which is contrasted with the client set threshold.

檔案下載