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The TRV303TSM40LP by Tetrivis is engineered to deliver precise frequency synthesis across the 6GHz to 9.4GHz spectrum. Using a 40nm CMOS process, it is built to handle complex RF applications reliably. This PLL strengthens communication systems by providing a stable and adjustable frequency source, compatible with various advanced RF applications due to its fractional-N design.
Offering a robust solution for signal conversion, the TRV106TSM180BCD ADC employs a Nyquist rate approach with a single-bit switch capacitor delta-sigma modulator. It allows programmable decimation rates, accommodating diverse frequency bandwidths from 7.8125kHz to 62.5kHz. This ADC is realized in 180nm CMOS, providing high resolution and low power operation at 1.8V.
Designed for RF applications, the TRV302TSM40LP is a fractional-N PLL circuit that provides frequency synthesis in the 2GHz to 4.7GHz range. The compact design, built on a 40nm CMOS process, ensures dependable performance with a standard operating voltage of 1.1V. This PLL is integral for systems requiring high-frequency precision and flexibility.
This 320MHz current DAC is architecturally innovative, featuring digital assistance to enhance current output fidelity. The TRV201TSM40LP is crafted in a 40nm CMOS process, achieving high precision essential for modern RF systems. The 1.1V operative voltage ensures consistent current delivery across varied bandwidths.
The TRV103GFY40LP ADC leverages continuous-time delta-sigma modulation to accommodate a frequency range from 64MHz to 340MHz. Built with efficiency in mind, this low-power 12-bit ADC is suitable for applications requiring precision within tight power constraints. It is manufactured using a 40nm CMOS process, optimized for minimal energy consumption and high fidelity.
Engineered for versatility, the TRV301TSM40LP serves as a clock-synthesizing PLL operating from 16MHz to 2GHz. It supports multiple output configurations, making it a pivotal component in synchronizing complex digital systems. Implemented in 40nm CMOS, it maintains high accuracy and low jitter at a 1.1V power requirement.
The TRV101TSM40LP IQ ADC is designed for high-performance 80MHz signal conversion needs. Leveraging an asynchronous SAR architecture, this ADC ensures rapid, precise processing ideal for complex RF applications. Built on a 40nm CMOS process, it stands out in power efficiency, operating at a 1.1V supply.
Tetrivis' TRV003TSM40LP is a highly advanced RFIC tailored for the LEOSAT market, operating in the Ku-Band range from 10.7GHz to 12.75GHz. This quad Rx-Path device supports dual-beam and dual-polarization configurations, making it ideal for phased array smart antenna systems. The design is realized in a 40nm CMOS process, facilitating enhanced performance and reliability with a 1.1V supply voltage.
The TRV004TSM40LP addresses the demands of LEOSAT systems by delivering a phased array RFIC designed for electronically steerable antennas. It operates within the Ku-Band spectrum, specifically from 14GHz to 14.5GHz, supporting dual-beam, dual-polarization setups. Manufactured using a 40nm CMOS process, this RFIC ensures optimal performance with a supply voltage of 1.1V, providing a robust solution for satellite communications.
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