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The OT3122t130 is an adaptable Phase-Locked Loop (PLL) created for the TSMC 130nm Low Power and General Purpose CMOS processes. This PLL serves as a clock multiplier, capable of handling a wide scope of input and output frequencies, proving vital for precision timing systems. Leveraging a multi-stage balanced VCO, it minimizes cycle-to-cycle jitter, essential for high-performance applications. Enhanced configuration flexibility is provided through its wide range of integer dividers (N, M, P) and an output frequency ranging between 40MHz to 600MHz. It demonstrates outstanding jitter performance at 18pS RMS when operating at 400MHz. Additional features include lock-detect functionality, startup control for predictable operation, and bypass capabilities to fine-tune system deployment. The OT3122t130 is engineered for efficiency, with a small cell area of 0.022mm² and a power consumption of typically 2mW. The design incorporates 1.8V digital and analog supplies while maintaining compatibility throughout TSMC's 0.13µ process.
The OT3912t Integrated Oscillator stands out as a sophisticated solution optimized for the TSMC 180nm process. Engineered to provide highly stable frequencies, it requires no external elements, achieving a superior frequency stability of less than 1% over various voltage and temperature settings after a simple trimming procedure. Its integration into devices like the OT9115 USB PD cable marker signifies its versatility and reliability. Within a compact silicon footprint of 0.03mm², this oscillator delivers frequencies ranging from 8MHz to 25MHz. Its low power consumption, pegged at a typical 80µW, emphasizes its design for energy efficiency, making it ideal for applications demanding low power overheads. The zero pin design minimizes external dependencies, catering to a streamlined production process. The Silicon-proven nature of this oscillator guarantees performance across numerous applications, establishing it as a dependable component in precision electronics.
The OTC9115 USB 3.1 Cable Marker is a highly integrated chip that serves as a comprehensive solution for USB PD Type-C baseband cables. Designed to occupy minimal silicon space, it caters to high-volume production while maintaining low production costs. This single-chip solution requires only two external capacitors and features a 4-pin package with an area less than 1mm². INTEGRATED PROM allows customization to suit various vendor specifications, responding to a wide array of vendor messages automatically. It boasts an active Ra pull-down feature, consuming a mere 10µA at 5V, and offers a power efficiency under 5mW due to its low duty cycle. The PROM is programmed post-assembly, enhancing production efficiency, and includes a fuse lock function to secure configurations. Enhanced for high functionality without external components, the product incorporates a physical layer from the OTC9107 port chip. This handles CC line driving and reception, and includes features such as a data slicer, activity detection, voltage level detection, all within a highly efficient slew rate controlled driver. Supported in different packages, this cable marker is essential for manufacturers striving for reliable and cost-effective solutions.
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