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This phase-locked loop (PLL) module, the OT3122t130, is tailored for TSMC's 130nm process technology. It is crucial in synchronizing oscillators, which improves the stability and reliability of high-frequency signals in semiconductor devices. The OT3122t130 is optimized for precision and low jitter, making it a preferred choice for demanding applications requiring consistent timing performance.
The OTC9115 is designed for use in identifying and marking USB 3.1 cables. It ensures efficient communication and compatibility when integrating with USB systems. The device supports high-speed data transmission and incorporates robust error-checking mechanisms, making it reliable for modern applications. This IP has been adopted by numerous manufacturers due to its dependable performance and compliance with current USB standards.
The OT3912t is an integrated oscillator that supports high-precision timing in electronic circuits. Known for its low power consumption and stable frequency output, this oscillator is used in various applications where accurate signal synchronization is critical. It’s designed to function seamlessly with USB Type-C systems, ensuring compatibility and enhanced operational efficiency.
The OT0210bt is a crystal oscillator that functions across a frequency range of 5MHz to 35MHz, ideal for use in timing and synchronization applications. The precision and stability offered by this oscillator make it suitable for integration into consumer and industrial products, where accurate timing is paramount. It is designed to complement TSMC's process technologies, ensuring compatibility and performance.
USB PD RTL from Obsidian Technology provides a set of ready-to-use RTL code for implementing USB Power Delivery in integrated circuits. This IP is essential for hardware development, offering flexibility and efficiency in design. It helps developers quickly integrate USB PD functionalities into their systems, ensuring compliance with USB standards and enhancing product time-to-market.
The USB PD Type-C Analog Front End (AFE) from Obsidian Technology is engineered to manage the complexities of power delivery over USB Type-C connections. It supports advanced power negotiation and delivery, ensuring devices receive optimal power levels for efficient operation. The integration of this AFE allows manufacturers to develop products that are both reliable and high-performing within the rapidly evolving landscape of USB technologies.
Obsidian Technology provides comprehensive USB Type-C IP designed to meet the latest connectivity standards. This solution integrates a variety of protocols and functionalities, ensuring robust data transfer and power delivery capabilities. The USB Type-C IP suite facilitates high-speed communication and includes features like compliance testing and turnkey integration, enhancing the development process for manufacturers.
The OT0120t180 is crafted for TSMC's 180nm node and delivers consistent voltage references for micro-power applications. Its design focuses on precision and low power consumption, making it well-suited for portable electronic devices. This bandgap provides stability across various environmental conditions, ensuring reliable performance in power-sensitive components.
The USB PD Software provided by Obsidian Technology covers the software layer required for USB Power Delivery solutions. This software manages protocol negotiation and ensures system policy adherence, complementing the firm's hardware offerings. By integrating Obsidian's USB PD Software, developers can efficiently manage power transfers and device interactions, achieving robust and compliant power delivery implementations.
This general-purpose PLL, the OT3122v150, is developed for VisIC's 150nm process node, offering a versatile solution for clock synchronization. The OT3122v150 provides enhanced noise performance and stability, essential for reliable signal processing across various electronic applications. Its design ensures robust performance in diverse conditions, contributing to improved system reliability.
The OT3910bjc is a high-speed Low Voltage Differential Signaling (LVDS) transceiver tailored for applications requiring rapid data exchange over short distances. It supports low noise output and reduced electromagnetic interference, crucial for maintaining signal integrity in sophisticated electronic systems. This transceiver is ideal for use in multimedia and network communication equipment, where fast and reliable data transmission is essential.
The OT1150t180_50mA Buck Regulator is engineered to convert higher voltage levels to a stable lower voltage output, suitable for powering sensitive components in electronic circuits. This regulator supports a 50mA output current, maintaining efficiency and reducing power consumption. It’s a critical component in ensuring the reliability and longevity of battery-powered devices by optimizing energy use.
The OT0210bj oscillator from Obsidian is crafted for high precision within the 5MHz-35MHz frequency range, benefiting applications in timing and signal processing. It provides stability and accuracy, making it an ideal choice for integration in devices where timing precision is critical. This model is tailored for compatibility with ams process nodes, ensuring it aligns with industry standards and requirements.
Designed for low power consumption, the OT3913t180 oscillator is perfect for applications where energy efficiency is a priority. Its stable frequency output and reliability under varying conditions make it a go-to choice for designers focusing on power-sensitive projects. Integrated for use with TSMC's 180nm process technology, this oscillator ensures seamless compatibility and performance across various devices.
The OT3122t180 is a PLL tailored for TSMC's 180nm technology node, offering a precise clock signal for sequential logic operations within semiconductor devices. With a focus on minimizing phase noise and maximizing frequency stability, this PLL ensures optimal performance in critical timing applications. Its integration supports a wide range of consumer and industrial electronic products.
The OT3130 PLL targets the 152nm technology node, offering significant enhancements in frequency synthesis and stability. It's designed to accommodate high-speed operations, ensuring efficient signal processing in various semiconductor applications. This PLL is crafted to deliver excellent performance even in environments that demand stringent timing and synchronization capabilities.
The OTC9115 USB Cable Marker is a distinctive solution for tagging and identifying USB cables in complex setups and installations. It combines robust construction with advanced marking technologies to ensure cables are easily navigable and identifiable. This not only supports functionality and organization but also enhances the durability and longevity of cable systems.
The OT3135 is a sophisticated PLL designed for 40nm technology, providing high-performance clock management for modern integrated circuits. This PLL module is optimized for minimal phase noise and jitter, critical for applications requiring precise control of clock frequencies. Its robust design ensures improved stability and reliability, making it ideal for use in advanced telecommunications and computing systems.
Designed for the 180nm node, the OT0121v180 bandgap reference by TSMC provides a regulated 5V output, ensuring stability across various environmental conditions. Its robustness makes it suitable for applications that require consistent voltage supply, particularly in analog circuits within industrial and consumer electronics. The precision in this bandgap’s design ensures reliability in performance-sensitive applications.
An LVDS transceiver designed for efficient data transmission, the OT3910b reduces electromagnetic interference and power consumption while maintaining high-speed data transfer. It is crucial in reducing noise levels in digital communication and computing systems, ensuring signal integrity and system performance. The transceiver’s design is tailored for modern multimedia and networking applications, providing a reliable solution for high-demand environments.
The OT0118u55 is a universal bandgap reference designed for UMC's 55nm Ultra Low Power process. This product provides a stable voltage reference, crucial for the performance and reliability of analog and mixed-signal circuits. It ensures minimal power fluctuations and offers consistent output under diverse environmental conditions, making it suitable for low-power applications.
The OT0102 is a bandgap reference suiting 500nm technology, prioritizing low power consumption while delivering stable voltage references. It’s ideal for use in older generation process nodes where power efficiency and consistent power delivery are necessary. This bandgap offers reliability and precision, catering to embedded systems and analog-to-digital converters needing consistent power supply.
Obsidian Technology’s OT9180 is crafted to facilitate full-speed USB communication. This transceiver ensures compatibility and seamless data exchange in various electronic devices. Its design caters to maintaining signal quality and reducing transmission errors, a critical aspect for devices requiring stable USB connectivity. The OT9180 is integral in applications where reliable and efficient USB interfaces are necessary.
The OT3128rj is a 600MHz PLL designed for ams process technology, focusing on providing reliable high-frequency clock signals. Its low phase noise ensures clean signal reproduction, which is pivotal in communication systems where timing precision is paramount. This PLL supports intricate timing applications, facilitating enhanced performance in RF and high-speed data environments.
This five-volt bandgap reference is designed for VIS’s 150nm process node. The OT0118v150 ensures a stable voltage output, even in fluctuating temperatures, making it perfect for applications in power management and analog systems. Its precise voltage regulation aids in maintaining consistent operations critical to the success of sophisticated electronic devices.
The OT2101t180 is an 8-bit Successive Approximation Register Analog-to-Digital Converter (SAR ADC) designed for TSMC's 180nm process. It converts analog signals to digital data with precision, supporting high-speed data processing. Its integration is vital for diverse applications, ranging from consumer electronics to industrial measurement systems, where accurate data conversion is indispensable.
The OT5001t180 is a RAM module tailored for the 180nm process node, designed to offer reliable storage and retrieval of data. With fast access times and effective power management capabilities, this RAM module supports a wide range of applications, from high-performance computing to consumer electronics. It ensures that memory operations are conducted efficiently, contributing to overall device performance improvement.
The OT0118 bandgap reference is tailored for UMC’s 130nm process and offers precise voltage stability. Its design ensures minimal deviation across various operational conditions, making it ideal for systems that demand high precision under low power. This bandgap reference is key in ensuring circuit stability and reliability in critical applications.
Designed for the ams process technology, the OT3127 PLL operates at 128MHz, providing reliable timing solutions for various electronic applications. Its high performance is characterized by low jitter and robust frequency control, essential qualities for advanced digital signal processors and telecommunication devices. This PLL’s efficient design ensures minimal power consumption while providing precise clock management.
Operating at 1.2GHz, the OT3124bt PLL is tailored for 0.18 micron technology. It is ideal for designs that require high-speed clock generation and precise frequency synthesis. With a focus on low jitter and phase noise, it aids in improving system reliability and performance, making it suitable for high-frequency communication applications.
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