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ShortLink's Complete RF Transceiver for 433, 868, and 915 MHz provides a comprehensive mixed-signal solution. This transceiver seamlessly integrates both transmission and reception capabilities in compliance with IEEE 802.15.4-2015 standards, making it adaptable for varied applications requiring tailored protocol use. Designed for versatile deployment, it supports GFSK, BPSK, and O-QPSK modulation with data rates up to 250 kbps. The device features in-built voltage regulators and bias generation, simplifying the integration process into SoC designs. The flexibility of operation at multiple frequency bands facilitates its use worldwide without separate RF chips, promising reduced complexity and enhanced financial feasibility. Plus, the transceiver's high-performance crystal oscillator option ensures precise clocking, critical for maintaining communication integrity. Moreover, its inherent low power consumption and robust support for global RF standards make it ideal for IoT and smart city implementations. Optimized for 40 nm TSMC Low Power process technology, this transceiver helps achieve long-lasting battery efficiency, critical for smart metering and extensive range communications without the need for cellular technologies.
Designed with precision, the SAR ADC with Temperature Sensor from ShortLink offers an integrated mixed-signal ADC that is ideal for low-frequency measurements such as temperature and voltage monitoring. This 12-bit SAR ADC operates at 20 kSPS, with a temperature range of -40° to +125°C, making it highly suitable for environmental sensing applications. What sets this ADC apart is the inclusion of a built-in temperature sensor, providing comprehensive monitoring capabilities within a single chip. Its single-point temperature calibration ensures accuracy at room temperature, contributing to its reliability across various environments. The integration of a built-in bandgap reference voltage further simplifies its integration process, lowering system costs and design complexity. Manufactured using an 180 nm high-voltage process, the ADC offers other process nodes like the TSMC 40 nm upon request. Ideal for power-conscious designs, this ADC fits well in applications where precise voltage and temperature tracking are necessary, leveraging ShortLink's legacy in high-performance analog design.
ShortLink's High-Performance PLL is a mixed-signal solution engineered for robust clock generation with applications in RF transceiver environments. This Fractional-N PLL is exceedingly programmable, boasting low jitter that meets the demanding requirements of modern ASIC applications, particularly where reliable RF signal integrity is paramount. Incorporating a differential sine output and optional multiple-phase clock capability, this PLL outputs frequencies up to 2.2 GHz. It is a self-contained IP with an integrated VCO and loop filter, reducing the need for external components and simplifying the application into diverse system designs. Its utility extends further into ASIC designs due to its Deep N-Well isolation, providing enhanced noise immunity essential for sensitive electronics. Available for 40 nm TSMC Low Power process technology, this PLL can be ported to other customized processes as needed. Built to support high-performance requirements, it finds its niche in applications that require exceptionally clean clock signals within RF transceiver systems, alongside broader applications in networking and communication domains.
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