Analog Front Ends IP for TSMC
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Analog Front Ends IP
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Complete measurement analog front end (AFE) IP for single phase power metering in TSMC 40ULP
- Embedded Computation Engine for utility billing applications
- Low noise Programmable Gain Amplifier (PGA), to reach the best class accuracy with each type of sensors
- Embedded power management for the best resilience to power supply noise
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Ultra Low-Power High-Performance AFE on 12nm
- The ODT-AFE-4T4R-12nm is an ultra-high-performance AFE designed in a 12nm CMOS process.
- The AFE includes 2 IQ Pairs of Tx and Rx for the FR2 band, and combines them with 2 additional IQ Pairs of Tx and Rx for the FR1 band clocked at a lower sample rate.
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Ultra Low-Power High-Performance AFE in 12nm
- The ODT-AFE-1T1R-12 is an ultra-high-performance AFE designed in a 12nm process.
- The AFE includes 1 IQ Pairs of Tx and Rx for either the FR1 or FR2 band. This is comprised of two 12-bit 2GSPS ADCs, and two 12-bit 2GSPS DACs.
- This AFE also includes multiple capless LDOs, a voltage/current reference, and a low jitter 2 GHz PLL
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6-bit, 1 GSPS High Performance AFE in 28nm CMOS
- The ODT-AFE-6B1G-28HPCPT is a highperformance I/Q ADC and I/Q DAC designed in a 28nm CMOS process.
- The 6-bit, 1.056GSPS I/Q ADC supports input signals up to 400 MHz and features a differential full-scale range of 0.6Vpp and excellent static and dynamic performance.
- The ADC architecture is optimized to maximize performance while minimizing power and area consumption.
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8-Channel Ultra-Low Power Capacitive Touch Interface
- The MVCTCH01 ASIC is an ultra-low power and high-sensitivity 8-channel capacitive touch interface that is designed to be easily integrated with capacitive touch pads.
- Ultra-low power operation is achieved by using a novel capacitive-to-digital converter, making it suitable for battery powered and portable devices.
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Ultrasound AFE Transceiver Chip for CMUT Transducers
- The MVUS01 ultrasound transducer interface is the first generation of high-voltage (HV) ultrasound ASICs intended for portable medical imaging probes and other markets.
- The chip supports pulsing ultrasonic transducers, with excitation voltages of up to 50V, and has high gain and low noise receivers, for increased sensitivity to ultrasonic echoes.
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Digital Capacitive Plus Bridge Sensor Interfaces
- The MVCBT015 is a programmable, highly accurate, capacitance-to-digital converter and bridge interface that is designed to be easily integrated with capacitive and bridge sensors.
- The chip features very fast measurement times, low operating power, and very low standby currents, making it very suitable for low power and portable applications.
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Frequency-to-Digital Converter for MEMS Resonators
- The MVFD01 is a programmable frequency-to-digital converter that is designed to be easily integrated with MEMS resonators.
- The chip features a versatile low noise amplifier (LNA) with a programmable gain and feedthrough capacitance cancellation, in order to accommodate different MEMS resonators
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Dual Channel Digital Capacitive Sensor Interface
- The MVCT018 is a programmable and very accurate capacitance-to-digital converter interface, designed to be easily integrated with capacitive sensors.
- The chip features very fast measurement times, low operating power, and very low standby currents, making it very suitable for low power and portable applications.
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25 to 500 MHz LNA with 0.8 dB NF and 19 dB gain
- TSMC CMOS 55nm
- Operating frequency range from 25 to 500 MHz
- Low noise figure (0.8 dB)
- Gain control range 19 dB
