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The AFX010x Product Family represents SCALINX's state-of-the-art analog front-end products, specifically designed to cater to applications demanding high performance, low energy consumption, and superior signal integrity. These AFEs feature four highly integrated channels, each equipped with a programmable input capacitor, programmable gain amplifier (PGA), offset DAC, ADC, and digital processor. These products are embedded in a compact 12 mm x 12 mm, 196-Ball BGA package, ensuring significant reductions in PCB footprint and power consumption, compared to traditional solutions. The on-chip clock synthesizer and voltage reference simplify design complexities, allowing for seamless integration. Sampling rates reach up to 5 GS/s, with digitally selectable bandwidth extending from 20 MHz to 300 MHz. These AFEs are particularly well-suited for high-resolution data acquisition cards, PC-based and handheld oscilloscopes, among other industrial applications. They provide flexible power modes and pin-to-pin compatibility, enabling easy adaptation across different systems without necessitating changes in hardware.
The ADX family represents SCALINX's advanced continuous-time delta-sigma ADCs, a part of the Signal Conversion IP product lineup. This series includes a range of ADC cores that offer resolutions from 10-bit to 16-bit and bandwidths stretching from 20MHz to 300MHz. Built on SCCORETM technology, these ADCs cater to applications that demand high precision and efficient signal conversion. The ADC units are designed for portability across various BiCMOS and advanced CMOS processes, with a focus on scalability and customization according to client specifications. The ADX IP cores support rapid integration in ASIC designs, minimizing development time and costs for system-level implementations. With bandwidths reaching up to 300MHz and high effective number of bits (ENOB), these ADCs are ideal for systems requiring robust and reliable signal conversion. Each model in the ADX family is optimized for specific use cases, from high-speed data acquisition and communication systems to instrumentation and monitoring solutions. These IP cores ensure flexibility and adaptability, making them a key component for next-generation signal processing infrastructures.
The AGX series of programmable gain amplifiers from SCALINX is engineered to accommodate applications requiring variable amplification with high precision. This family of amplifiers is designed with a gain range from 14 dB to 40 dB, offering bandwidth capabilities extending to 300 MHz. By utilizing SCCORETM technology, the AGX amplifiers are capable of providing both broad flexibility and high fidelity, making them suitable for dynamic applications where signal integrity and customization are paramount. These amplifiers are tailored for seamless integration into various systems demanding precise gain control for optimal performance across diverse signal environments. From communication platforms to instrumentation and control systems, AGX amplifiers ensure that signal paths can be continuously adjusted to meet specific operational requirements. Their integration into complex systems is facilitated by compatibility with standard process technologies, enabling ease of adoption across multiple development environments.
The CLX clock synthesizers by SCALINX offer high-frequency N-integer PLL solutions capable of converting input frequencies from 10 MHz up to 125 MHz into output frequencies as high as 5 GHz. Built on advanced SCCORETM technology, these synthesizers are vital for applications needing precise clock generation to ensure stable and efficient data processing. Featuring silicon-proven results on platforms like TSMC’s 40nm GS process, these synthesizers cater to high-speed and low-power applications. They are well suited for integration in systems requiring reliable, jitter-free clock signals, thus enhancing overall performance and operational reliability in both consumer electronics and communication devices. Their design includes features such as low phase noise and low power consumption, making them an excellent choice for systems focused on energy efficiency. The CLX synthesizers provide a crucial component in designing high-performance digital circuits, facilitating seamless clock management across varied operational conditions.
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