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This 10-bit, 64MSps Delta-Sigma ADC, known for its power efficiency, is designed using ST's 130nm CMOS technology. It's ideal for applications requiring precise conversion rates without sacrificing power drawbacks. Its robust architecture ensures reliable operation in various high-performance embedded systems. The ADC offers comprehensive features including an efficient delta-sigma modulation architecture that enhances signal-to-noise ratio (SNR) and minimizes harmonic distortion. It's tailored for systems aiming at optimal power management and precise signal processing capabilities. Due to its silicon-proven status, the ADC supports seamless integration into complex IC designs, providing extensive application support in consumer electronics and industrial automation. Extensive verification ensures the reliability and performance of this IP under varying environmental conditions, making it a staple choice for those focusing on power-efficient analog-to-digital conversion.
This sophisticated 14-bit, 150MSps pipeline ADC offers high-precision data conversion suitable for demanding applications requiring accuracy and speed. Built on TSMC's 130nm technology, it represents the cutting edge in high-resolution analog-to-digital conversion. The ADC is tailored to enhance throughput and maintain top-tier precision, vital for scientific and medical instruments where data fidelity is critical. Its robust high-speed and high-precision pipeline architecture supports complex analytics and real-time processing. Designed for applications such as medical imaging and high-resolution video systems, this ADC ensures accurate signal conversion while minimizing noise and distortion. This ensures stable, reliable performance across different operational environments and system designs.
The Integer-N PLL, covering frequencies from 62.5MHz to 2GHz, caters to precision timing applications, leveraging Silterra's 130nm process. It presents an optimal solution for high-frequency synthesis configurations across diverse communication systems. This silicon-proven PLL supports intricate frequency planning, delivering stable, low-jitter output ideal for synchronization in telecommunication infrastructure. Its comprehensive design includes integrated circuits crucial for maintaining phase alignment and frequency stabilization. With versatile integration capabilities, this PLL is pivotal in applications requiring precise clock generation. Its robust design and silicon-proven status ensure consistent performance across varying operational scales and environments.
Crafted for high-speed digital signal processing, this 12-bit 200MSps ADC features a dual pipeline architecture, ensuring superior data throughput with precision. Developed with TSMC's 90nm technology, it provides robust performance for a broad range of applications, from telecommunications to aerospace. The ADC's dual pipeline setup is engineered for high-resolution conversion, delivering exceptional linearity and speed. Its cutting-edge design facilitates fast data conversion rates, critical for advanced communication systems requiring rapid, accurate analog signal translation. Optimized for high-speed environments, it's ideal for applications where precision and speed are paramount. Its pre-silicon status hints at the ongoing advancements to further enhance its integration capabilities, promising future-proof solutions for complex system requirements.
This versatile IO cell combines advancements in LVDS technology with CMOS GPIO functionality, tailored for seamless data communication across high-speed networks. Available in TSMC's various processes including 40nm and 65nm, it caters to different performance requirements. The IO cell features integration of LVDS capabilities with CMOS GPIO, allowing dual-functionality in compact designs, optimizing board space and component efficiency. It's particularly suited for devices requiring simultaneous data transmission and digital interfacing. Such technology is essential in networking and data-intensive environments, where reducing latency and ensuring reliable data flow are critical. The silicon-proven status across multiple process nodes makes it ideal for diverse implementations in modern complex systems.
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