A dual mode GHz, UWB and CW, radar transmitter and receiver chip with coding capabilities. The chip is implemented in a Si-BiCMOS process.
Chip is ITAR rated. Under Evaluation, Limited Engagements.
Wideband, Low Distortion Track and Hold Core for Mixed Signal Applications
TiaLinx's Cheetah Core now offers a low distortion Track and Hold (T&H) circuit for ADC and Receiver design applications. Preliminary measurements have verified that the circuit offers a Spurs Free Dynamic Range of >60dBc for up to 1GHz (Nyquist band, sampled at 2 GS/s) and better than 40dBc for up to 10GHz for sub-sampling applications (1 to 4 GS/s). The circuits has been fabricated in Si-BiCMOS technology.
Please contact our technical literature office to receive the data sheet for this product.
Testing and measurement of ultra high-speed upper bands of mm-wave signals require availability of a high sampling rate analog-to-digital converter (ADC). This ultra high-speed ADC core can address >25 GHz signal sampling and clocking rate of 60 GHz. The core interfaces to an ultra high-speed de-multiplexer of distributed signal processors.
Please contact our technical literature office to receive the data sheet for this product.
Testing and measurement of ultra high-speed digital I/Os are often met with bottlenecks arising from lack of availability of equipment being capable of handling the upper bands of mm-waves at which the data is fed to digital-to-analog converters. This ultra high-speed multiplexer core can address gearing up of 128 lower speed I/Os at >100 gig-bit-per-second (Gbps) data rate. Unique core has been designed to interface to an ultra high-speed digital-to-analog converter of distributed signal processors with advanced coding systems for wireless applications. The core also addresses the mux function of giga-bit-per-second and terra-bit-per-second optical transceivers, switch and router backplanes, respectively.
Please contact our technical literature office to receive the data sheet for this product.
Testing and measurement of ultra high-speed digital I/Os are often met with bottlenecks arising from lack of availability of equipment being capable of handling the upper bands of mm-waves at which the data is fed from analog-to-digital converters. This ultra high-speed de-multiplexer core can address gearing down to 128 lower speed I/Os at >100 gig-bit-per-second (Gbps) data rate. Unique core has been designed to interface to an ultra high-speed analog-to-digital converter of distributed signal processors with advanced coding systems for wireless applications. The core also addresses the de-mux function of giga-bit-per-second and terra-bit-per-second of optical transceivers, switch and router backplanes, respectively.
Please contact our technical literature office to receive the data sheet for this product.
