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UFC718AE101 HIEE300936R0101 Wideband Input Latching Receiver

📣Model Number:UFC718AE101 HIEE300936R0101

🌍Country of origin: USA France Germany Estonia Norway UK

⌚Delivery date: in stock

🛠After-sales service: brand new with one year warranty

⚙️ Product Category: Module/Controller/Server/Motor/Touch Screen

🕰Warranty: 12 months/365 days

☎️ Please contact me: 15359029662 Ms. Amy Sun

📎Chinese official website: www.dcsplcabb.com

📩Email: geabbamy@gmail.com

💬Whatsapp: +86 15359029662

Detailed content

UFC718AE101 HIEE300936R0101

The UFC718AE101 HIEE300936R0101 module uses SPEEDCON M12 connections and flexible copper cable interconnections for a total length of over 65 feet. Features such as automatic baud rate selection and auto-configuration allow for fast site startup, while local LED diagnostics and faulty node recovery options allow for easy maintenance. Both CIP interfaces offer a unique error history that stores the last 10 status changes for easy isolation of intermittent faults. Unique COS masking and input latching features maximise system throughput for high-volume manufacturing. In keeping with Phoenix Contact’s commitment to quality, the Ethernet/IP BK and FLM DeviceNet BK meet the latest ODVA test levels.

UFC718AE101 HIEE300936R0101 features ADC performance and density: the card can operate as a 4-channel receiver at 3.2GSPS or a 2-channel receiver at 6.4GSPS. the FMC134 uses 16 of the 32 high-speed JESD204B channels for a total maximum transfer rate of up to 200 Gigabits per second. It is fully compliant with the VITA 57.4 standard. The UFC718AE101 provides key I/O features that add further strength and capability to Abaco’s growing mission-ready system offerings. The UFC718AE101 is suitable for applications including legacy and dual-base radars, multi-channel radars, digital beamforming, broadband receivers, wireless communications SDRs, and signal intelligence receivers. The UFC718AE101 was designed with scalability in mind. It supports FMC stacking, enabling customers to fully utilise unused signals to achieve up to eight ADC channels at 3.2GSPS or four channels at 6.4GSPS on a single FMC site.