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Explore dual-channel and ultra-wideband signal analysis for demanding RF workflows.
Get faster, clearer insights with our new multicore, 12-bit oscilloscope up to 33 GHz. Trade in your old oscilloscope and get credit toward a new XR8.
Bridging design and physical testing to evaluate drop, impact, shock, and vibration compliance before hardware exists.
Unlock your free upgrade to the next bandwidth tier.
Strengthen 1.6T network reliability for AI-scale workloads from transceivers to interconnects.
Pair Keysight VSA software with the new XA5 signal analyzer for advanced visualization, demodulation, and analysis — start your 30-day trial today.
With extra memory and storage, these enhanced NPBs run Keysight's AI security and performance monitoring software and AI stack.
Explore end-to-end workflows spanning IC design, validation, wafer test, and photonics.
Explore curated support plans, prioritized to keep you innovating at speed.
Maximize accuracy and performance with precision accessories engineered for Keysight instruments.
Authoritative application notes, data sheets, reference designs, and test procedures to accelerate design and validation decisions.
Hands‑on bootcamps that teach system design, test methods, and production workflows engineers can apply immediately.
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去加重技术适合在以千兆位数据速率传输数字电信号的过程中使用。去加重是一个信号预失真,旨在补偿在 PC 电路板轨迹、背板或长电缆上以千兆位速率传输电信号时引起的信号质量下降。鉴于下一代串行总线标准的速度将超过 5 Gb/s,工程师将需要进行复杂的去加重和多分接有限脉冲响应(FIR)过滤。许多常见的高速数字接口都使用去加重技术,例如 PCI Express®、SATA、USB3、QPI、、IEEE 802.3 背板(10GBASE-KR、40GBASE-KR4)。
全新 N4916B 去加重信号转换器使研发和测试工程师能够精确地仿真发射机去加重。
N4916B 可使用 1 个前光标(pre-cursor)和 2 个后光标(post-cursor)仿真发射机去加重,并独立调节高达 12.0 dB 的去加重电平。通过直流耦合,它能够容忍训练序列中常出现的非平衡码型流。当使用数据和时钟信号上的抖动进行激励时,N4916B 不会对抖动造成影响,能够仿真期望接收机会容忍的真实去加重和抖动条件。去加重还可补偿由电缆、夹具或测试仪中的测试电路板引起的失真,从而获得更精确的器件表征结果。
时钟倍频器选件可使用半速率时钟对器件进行误码计数和误码分析。要使用 J-BERT N4903A/B 的误码、眼图或抖动分析功能,则需要使用全速率时钟。
PCIe 是 PCI-SIG 的商标,PCI Express 是 PCI-SIG 的注册商标