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已經擁有訊號產生器？

即日起，將您現有的訊號產生器或他牌產品換購新的訊號產生器，最高可享 35% 的優惠折扣

查看舊換新優惠方案

產品特性

使用計量級儀器，保持產業領先地位

Keysight PSG 訊號產生器提供計量級效能，可協助您產生逼真的寬頻雷達、電子戰，以及衛星通訊訊號。

  • 產生可信賴的微波訊號：計量級頻率和位準準確度，以及出色的失真和突波特性
  • 以 80 MHz 頻寬，產生值得信賴的高品質訊號，從具備 1 W 功率的純淨連續波音頻，到複雜的向量調變訊號
  • 利用 PathWave 訊號產生軟體，顯著縮減訊號產生時間
  • 使用程式碼相容的 PSG 微波訊號產生器來取代傳統的訊號源，以獲得更出色的效能、靈活性和速度
訊號產生器選購指南

 

 

 

 

 

我們強大儀器的幕後功臣

為了推動技術發展，您需擁有執行基本量測所需的瞬時頻寬、無雜波的動態範圍，以及出色的訊號傳真度。 是德科技的客製化積體電路，是推動我們每一款高效能儀器大幅進化的幕後功臣。這些由是德科技團隊開發的 MMIC，在我們專屬的磷化銦（InP）和砷化鎵（GaAs）晶圓廠製造，以及客製的 ASIC 訊號處理能力，以提供業界最快速、最可靠的量測儀器。 您可依賴是德科技，加速實現下一個創新。 Keysight E8257D PSG 類比訊號產生器具有出色的脈衝緩和功能，由客製的 ASIC 和客製的 MMIC 提供的高輸出功率和功率準確度所組成。 E8267D PSG 向量訊號產生器採用是德科技客製技術，以提供最先進的 EVM 效能。

重要規格

頻率

100 kHz – 70 GHz

1 GHz 時的相位雜訊（20 kHz 偏移）

-143 dBc/Hz

頻率切換速度

< 7 ms

IQ 調變頻寬（內部/外部）

高達 4 GHz

提供調變類型

AM、FM、PM、脈衝

想看更多規格嗎？

查看 E8267D 向量 PSG 產品規格書
查看 E8257D 類比 PSG 產品規格書
查看 E8663D 類比 PSG 產品規格書

找到符合需求的型號

上一個
E8663D
高效能類比信號產生器，具有高輸出功率、低相位雜訊，以及 100 kHz 至 9 GHz 的可調諧頻率範圍，可用於雷達系統開發、衛星通信測試，以及需要低雜訊本地振盪器或參考信號的應用。 
入門價  
頻率選項:
3.2 GHz
9 GHz
頻率切換: 9 ms
1 GHz、20 kHz偏移時的相位雜訊: -143 dBc/Hz
E8257D
計量級類比信號產生器，提供領先業界的輸出功率、位準準確度和相位雜訊；頻率範圍為 100 kHz 至 67 GHz（可擴展至 500 GHz），是測試先進射頻和微波雷達的理想選擇。 
入門價  
頻率選項:
13 GHz
20 GHz
31.8 GHz
40 GHz
50 GHz
67 GHz
頻率切換: 11 ms
1 GHz、20 kHz偏移時的相位雜訊: -143 dBc/Hz
E8267D
高效能的整合式微波向量信號產生器，涵蓋 100 kHz 至 44 GHz 的頻率範圍（可擴展至 500 GHz），適用於航太國防、衛星通訊和寬頻無線的設計和製造。 
入門價  
頻率選項:
13 GHz
20 GHz
31.8 GHz
44 GHz
頻率切換: 16 ms
1 GHz、20 kHz偏移時的相位雜訊: -143 dBc/Hz
ellipsis
查看並比較所有機型
下一頁

PathWave 訊號產生軟體

PathWave 訊號產生軟體是一套靈活的訊號產生工具，可縮短訊號模擬時間。 可產生效能最佳化的參考訊號（經是德科技驗證），大幅提高了裝置的特性分析與驗證效率。

  • 產生效能最佳化的參考訊號
  • 驗證元件、發射器和接收器測試
  • 確保設計符合最新標準
  • 加速產生訊號並縮短模擬時間
下載型錄
PathWave 信號產生軟體
以可靠的信號源消除不確定性

提供可靠的訊號源，可消除測試結果中的不確定性

為了更快進入市場，您需要可信賴的測試結果。 為您的任務選擇合適、可靠的儀器，是您的不二選擇。

是德科技測試專家在下面的白皮書中介紹訊號產生器的基本原理。 以便在選擇下一個訊號源時做出明智的選擇。

白皮書

信號產生器基本指南第一部 - 建構堅固的射頻量測基礎

擴充儀器功能

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This application note first discusses the fundamentals of phase noise before moving on to provide a closer look at architectural choices and the effects of various functionality alternatives. The discussion then shifts to an overview of Keysight signal generators and the built-in capabilities they provide to enhance or selectively degrade phase noise performance.

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9 Best Practices for Optimizing Your Signal Generator – Part 1

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Knowing the capabilities and performance of your signal generators is the first step to make accurate and consistent measurements. In this two-part Application Note, we discuss the best practices to optimize your signal generator.

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9 Best Practices for Optimizing Your Signal Generator – Part 2

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Knowing the capabilities and performance of your signal generators is the first step to make accurate and consistent measurements. In this two-part Application Note, we discuss the best practices to optimize your signal generator.

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Tips for Preventing Damage to Signal Generators

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Understanding and Testing Multi-Channel RF Systems with Signal Generators Part 2: Phase-Coherent and Phase

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