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This advanced Sigma-Delta Modulator, TRV107TSM180BCD, leverages cutting-edge mixed-signal processing techniques to deliver superior signal conversion efficiency. Crafted specifically for applications demanding high-resolution data capture, it operates on the trusted principles of Delta-Sigma Modulation to provide exceptional noise shaping and low distortion levels. Integrated within an 180nm CMOS process, and utilizing a power-efficient 1.8V supply, the TRV107TSM180BCD excels in minimizing quantization noise—boosting performance in precision-demanding contexts such as high-fidelity audio and advanced telecommunications systems. The modulator's adaptable architecture is key for seamless adaptation into complex signal processing environments. It supports effective modulation across varied frequencies, asserting its utility in broad applications from consumer electronics to intricate industrial systems, all while maintaining the rigorous standards of modern integrated circuit designs.
Designed for high-demand RF applications, the TRV303TSM40LP RF PLL meets the stringent needs of modern telecommunication systems with its high precision and low noise performance. This PLL operates effectively over frequencies ranging from 6GHz to 9.4GHz, making it suited for a variety of wireless and data transmission technologies. Built on a 40nm CMOS technology, its supply voltage of 1.1V facilitates low power operation while maintaining superior phase noise characteristics. This enhances frequency stability and synchronization across communication channels, crucial for maintaining data integrity and system reliability in high-frequency applications. By supporting advanced phase-locked techniques, the TRV303TSM40LP is an invaluable component in routing RF signals with clarity and precision, making it a cornerstone in the implementation of cutting-edge RF systems and architectures. Its outstanding specifications help reduce design complexity while boosting overall system performance.
The TRV106TSM180BCD is a sophisticated Nyquist-Rate ADC, architectured for high accuracy in analog-to-digital conversion. This device is particularly valuable in systems requiring precision data capture over a wide bandwidth. With a notable integration of switch capacitor technology, this ADC emphasizes minimal power usage while delivering robust performance outputs. Operating on a single-bit, Delta-Sigma Modulation process, the TRV106TSM180BCD offers a programmable decimation rate, allowing it to adapt to various signal processing requirements. It supports applications where latency and accuracy are paramount, making it suitable for communications and industrial electronics. Rated for operation in 180nm CMOS technology, with a supply voltage of 1.8V, this ADC integrates seamlessly into power-sensitive environments. Its design ensures efficient functioning across a range of frequencies, promoting effective integration into diverse electronic systems without sacrificing computational accuracy or speed.
The TRV302TSM40LP is a high-performance Fractional-N RF PLL, designed to provide precise frequency synthesis with minimal phase noise across a wide range of RF applications. Utilizing advanced fractional-N division technology, this PLL achieves exceptional resolution and stability, crucial for intricate RF systems. Fabricated in 40nm CMOS technology and operating at a supply voltage of 1.1V, this PLL is optimized for high-frequency performance without compromising on power efficiency. It is an indispensable tool for applications requiring robust frequency control, such as communications, radar, and satellite systems. With its wide frequency range and agile tuning capabilities, the TRV302TSM40LP offers a versatile solution for frequency synthesis needs. Its refined architecture ensures that even in complex RF systems, it can deliver the stability and precision required for next-generation wireless and telecommunication infrastructure.
The TRV201TSM40LP IQ DAC represents a sophisticated extension in Tetrivis's line of digitally-assisted current DACs, purposed for advanced I/Q modulation needs. This component is pivotal in systems requiring intricate analog signal processing, delivering high accuracy through its digital calibration techniques. Built to perform under rigorous conditions, and utilizing a 1.1V supply within a 40nm fabrication process, it provides superior current conversion capabilities for RFIC applications. This level of precision ensures stable operation across diverse applications, fostering dependable signal integrity and performance. Ideal for cutting-edge communication technologies, the TRV201TSM40LP IQ DAC facilitates precise control over I/Q signals, enhancing the performance of complex digital systems. Its efficient design and operational reliability make it indispensable in driving advancements in telecommunication and consumer electronics, meeting high standards for accuracy and efficiency in cutting-edge environments.
The TRV701TSM40LP is a high-precision Programmable Low-Noise Band-Gap Reference, designed to offer stable voltage reference across varying environmental conditions and power supply fluctuations. Key to this design is its low-noise operation, which enhances the performance of sensitive analog circuits needing steady and clean voltage signals. Engineered within a 40nm CMOS process, this reference device exploits advanced temperature compensation techniques to deliver reliable performance metrics, even in dynamic applications. Operable at a 1.1V supply, it is particularly suited for integration into noise-sensitive environments such as sensor systems or precision analog modules. This band-gap reference is indispensable in scenarios where accuracy and stability are non-negotiable. Its programmability offers further adaptation flexibility, ensuring it meets specific design needs, making it essential for a range of high-performance electronic applications seeking robust foundational support.
The TRV201TSM40LP is an innovative Digitally-Assisted Current DAC, offering exemplary precision and adaptability for modern digital to analog conversion needs. Its cutting-edge design exploits advanced digital calibration techniques to enhance accuracy and extend dynamic range, while maintaining low power consumption within a compact footprint. Operating at 1.1V and built on a 40nm CMOS process, the DAC provides excellent performance for telecom, automotive, and consumer electronics applications requiring precise current driving capabilities. Its seamless integration into high-frequency systems ensures consistent device performance despite varying operational conditions. The TRV201TSM40LP is particularly suited for environments where power efficiency is as pivotal as precision, supporting scalable solutions across a range of signal processing applications. With its robust digital assistance mechanisms, this DAC ensures dependable operation, even in the most challenging design specifications and conditions.
Engineered for reliability, the TRV702TSM40LP Programmable LDO is an essential voltage regulation solution, ideal for applications requiring steady, noise-free power supply outputs. Its programmable capabilties allow for customizable output voltage setting, enhancing its flexibility across various low-power electronics and mixed-signal environments. Developed in a 40nm CMOS process and capable of operating at a 1.1V supply voltage, this LDO ensures minimal power loss with high-efficiency voltage conversion. Its performance is optimized to support low dropout while maintaining a high power supply rejection ratio (PSRR), which is crucial for drafting stable and efficient power management architectures in semiconductor devices. The TRV702TSM40LP is particularly suited for A/V equipment, portable electronics, and communication technologies where battery life and power efficiency are critical. Its low-noise output also makes it a preferred choice for noise-sensitive operations, ensuring reliable power distribution throughout the lifecycle of the application.
The TRV401TSM40LP is a highly integrated Analog Front End, featuring a combination of IQ ADC/DAC and a sophisticated Clock-PLL system. This all-in-one solution is designed to streamline mixed-signal processing in complex communication frameworks, providing both conversion and clock synchronization in a single package. Developed using a 40nm CMOS process node, and operating at 1.1V, the TRV401TSM40LP delivers outstanding performance across its core components. Its ADC and DAC modules support precise data conversion tasks, while the embedded PLL ensures consistent clock management, essential for maintaining signal integrity in high-speed scenarios. Particularly suited for applications in the RF and wireless communication fields, this AFE significantly reduces system complexity by offering a complete solution for analog interfacing needs. Its reliable performance and high-level integration support a wide range of communication and signal processing tasks, making it ideal for modern scalable architectures.
The TRV301TSM40LP, a Clock Phase-Locked Loop, stands out with its multiple output capability, tailored for systems that necessitate precision timing and synchronization. This robust PLL provides frequency synthesis over a broad range, supporting high-speed communication networks and data processing applications. Manufactured on a 40nm CMOS process, and functioning at 1.1V, its innovative design delivers exceptional jitter performance, making it vital for timing integrity in advanced electronic assemblies. The TRV301TSM40LP is pivotal in applications requiring stringent clock management, such as high-speed data converters and RF systems. The multiple outputs feature of this PLL offers versatile clocking options, enhancing flexibility in timing architecture design. This capability allows engineers to streamline clock distribution while maximizing both performance and efficiency across a spectrum of digital and mixed-signal environments.
The TRV101TSM40LP IQ version is a sophisticated extension of the Asynchronous-SAR ADC family, tailored for I/Q signal processing in high-frequency communications systems. Equipped with a 12-bit resolution, this ADC excels in accurately converting analog signals into digital form, maintaining signal integrity across demanding applications. Operating at a reduced power envelope of 1.1V supply, and utilizing advanced 40nm CMOS technology, the TRV101TSM40LP IQ is engineered for environments where power efficiency and high dynamic range are critical. Its optimized design supports seamless integration into complex RF systems, essential for advancing modern telecommunications frameworks. Ideal for broadband receivers and wireless communications, the TRV101TSM40LP IQ consistently meets stringent performance requirements by providing high-speed, accurate, and stable operation. This makes it a pivotal component in the performance enhancement of next-generation communication infrastructures.
The TRV101TSM40LP is a state-of-the-art 12-bit Asynchronous-SAR ADC, designed for high-performance analog-to-digital conversion in modern mixed-signal systems. This ADC operates with a supply voltage of 1.1V and is implemented in 40nm CMOS technology. It is optimized for low power consumption, making it ideal for portable and battery-operated devices. This ADC features an innovative Asynchronous-SAR architecture that allows for efficient data conversion with minimal latency. It provides precise signal capture and processing capabilities, ensuring high accuracy in signal representation. The ADC is capable of operating across a wide frequency range, making it versatile for various applications such as telecommunications, data acquisition, and portable electronics. The TRV101TSM40LP is part of Tetrivis's robust IP portfolio, showcasing the company's leadership in delivering silicon-proven semiconductor solutions. With its exceptional performance characteristics and energy-efficient design, this ADC is well-suited for integration into complex systems requiring high-speed and accurate data conversion.
The TRV103GFY40LP is designed as a high-resolution Sigma-Delta ADC that engages with I/Q signal processing, essential for telecommunications and complex digital signal systems. This 12-bit low-power conversion tool, operational within a 40nm CMOS framework, is optimized for precision, providing seamless data conversion with minimal distortion. Its continuous-time configuration ensures smooth operation over a wide bandwidth, promoting accuracy and reliability in signal conversion tasks. The ADC operates within a supply voltage of 1.1 volts, emphasizing its suitability for energy-efficient applications that do not compromise on performance metrics such as signal-to-noise ratio (SNR) and dynamic range. The versatility of the TRV103GFY40LP enhances its application across mobile and satellite communications, aligning with modern demands for efficient and scalable digital systems. Tetrivis’s commitment to innovation is well represented in this product, reflecting a balance between technology advancements and practical deployment capabilities.
The TRV501TSM180RF is a sophisticated Ku-Band Phased Array Receiver Front-End specifically engineered for RF systems demanding high levels of spatial beamforming precision. Operating within the Ku-band frequency of 11 to 14GHz, this RFIC is designed to enhance the sensitivity and selectivity of phased array antenna systems in telecommunications, radar, and satellite communications. Produced in a robust 180nm CMOS process, this receiver front-end offers excellent noise figure parameters necessary for capturing weak signals amidst strong interference, critical for advanced RF communication systems. Its design facilitates multiple-channel outputs which are essential for implementing complex spatial beamforming techniques in electronically steerable arrays. Ideal for LEOSAT applications, the TRV501TSM180RF plays a critical role in enabling efficient multi-beam reception capabilities. Its innovative technology supports next-gen satellite solutions aiming to increase channel capacity and expand broadband access, thus democratizing global communication reach.
The TRV801TSM180RF stands as a formidable Ku-Band Phased Array Transmit Front-End, meticulously crafted for RF systems requiring superior beamforming capabilities and efficient signal transmission. Positioned within the frequency span of 11GHz to 14GHz, it is ideal for phased array antennas in satellite communications, providing enhanced transmission power and precision. This RFIC, constructed using a durable 180nm CMOS process, offers robust transmit channel amplification critical for achieving enhanced output signal strength. Its scalable architecture ensures compatibility with a diverse range of frequency bands, fostering advanced spatial beam patterns essential for multiple communication streams and satellite connectivity. Engineered for LEOSAT applications, this transmit front-end is crucial for enabling multiple-beam transmission capabilities, increasing overall data throughput while minimizing interference. Its innovative RF design supports the development of next-level satellite communication technologies, enhancing efficiency in delivering low-latency global broadband connectivity.
The TRV004TSM40LP is a cutting-edge Quad Tx-Path Phased Array RFIC, designed for the Ku-Band spectrum ranging between 14GHz and 14.5GHz. This innovative RFIC is crafted to meet the sophisticated requirements of electronically steerable phased array smart antenna systems, particularly valuable in LEOSAT networks. Leveraging the advanced 40nm CMOS process, the TRV004TSM40LP operates effectively at a supply voltage of 1.1V, ensuring enhanced power efficiency and robust signal integrity. It integrates four independent transmission paths, which provide the flexibility needed for dynamic beam steering, crucial for modern communication satellite systems. This RFIC plays a pivotal role in expanding the capabilities of satellite communication systems by enhancing the precision and efficiency of data transmission. It serves as a foundational element in the development of diverse satellite solutions, facilitating reliable and high-capacity communication links essential for a wide array of commercial and defense applications.
The TRV003TSM40LP, a sophisticated Quad Rx-Path Phased Array RFIC, is designed for use within the Ku-Band, operating between 10.7GHz and 12.75GHz. This versatile RFIC supports electroncially steerable phased array systems, making it integral to the functioning of cutting-edge LEOSAT smart antenna arrays. Constructed on a 40nm CMOS framework and running on a supply voltage of 1.1V, the TRV003TSM40LP provides superb signal reception and separation capabilities. Its four independent receive paths allow for sophisticated beamforming techniques, enhancing signal focus and extending communication coverage vital for satellite-based communication. By dramatically improving reception efficiency and clarity, this RFIC expands satellite network bandwidth, optimizing data flow and connectivity. Its design is pivotal for the deployment of high-throughput, low-latency satellite networks, contributing significantly to the progress of global communication technologies.
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