產品介紹
・8712ES / 8714ES:
內建 S-Parameter Test Set,支援完整雙埠向量誤差修正
可同時量測 S21(Transmission)與 S11(Reflection)
支援 Delay、SWR 等多種顯示格式(Rectangular / Polar / Smith Chart)
・8712ET / 8714ET:
內建 Transmission / Reflection Test Set
支援幅度與相位量測,可顯示 Transmission 與 Reflection Response
支援 Complex Impedance、SWR、Delay 等格式(Rectangular / Polar / Smith Chart)
採用進階向量誤差修正技術,提升量測準確度
・8712ES / 8712ET:300 kHz ~ 1.3 GHz
・8714ES / 8714ET:300 kHz ~ 3.0 GHz
・Internal Synthesized Source
・Frequency Resolution:1 Hz
・雙獨立量測通道,可同時顯示兩組量測參數
・RF / Microwave 被動元件量測
・通訊模組與射頻前端測試
・高速線纜與端口反射特性分析
・AI 伺服器 / HPC 高速互連(Port Reflection / Return Loss)
・Signal Integrity(SI)基本反射與阻抗量測
・研發實驗室 / QA / 教學與產線測試
Agilent / HP 8712ES / 8712ET / 8714ES / 8714ET datasheet:
規格
主要規格與效能(Core Specifications)
ES / ET 架構與量測功能
・8712ES / 8714ES:
內建 S-Parameter Test Set,支援完整雙埠向量誤差修正
可同時量測 S21(Transmission)與 S11(Reflection)
支援 Delay、SWR 等多種顯示格式(Rectangular / Polar / Smith Chart)
・8712ET / 8714ET:
內建 Transmission / Reflection Test Set
支援幅度與相位量測,可顯示 Transmission 與 Reflection Response
支援 Complex Impedance、SWR、Delay 等格式(Rectangular / Polar / Smith Chart)
採用進階向量誤差修正技術,提升量測準確度
頻率範圍
・8712ES / 8712ET:300 kHz ~ 1.3 GHz
・8714ES / 8714ET:300 kHz ~ 3.0 GHz
訊號源與量測核心
・Internal Synthesized Source
・Frequency Resolution:1 Hz
・雙獨立量測通道,可同時顯示兩組量測參數
適用應用場景
・RF / Microwave 被動元件量測
・通訊模組與射頻前端測試
・高速線纜與端口反射特性分析
・AI 伺服器 / HPC 高速互連(Port Reflection / Return Loss)
・Signal Integrity(SI)基本反射與阻抗量測
・研發實驗室 / QA / 教學與產線測試
儀器介紹
The 8712/14ES features an S-parameter test set with full two-port vector-error correction, providing complete and accurate measurements of device S-parameters. Two independent channels can measure and display two parameters such as S21 (transmission) and S11 (reflection) in a variety of formats including delay and SWR, on retangular, polar or Smith-chart displays.The 8712/14ET features a built-in transmission/reflection test set with a full range of magnitude and phase measurements. Two independent channels can measure and display two device parameters, such as transmission and reflection response, in a variety of formats including complex impedance, SWR, and delay, on rectangular, polar or Smith-chart displays. These analyzers also employ advanced vector-error-correction techniques to enhance measurement accuracy.