analog front-end IP
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188
IP
from 31 vendors
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10)
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IEEE 802.3cg® 10BASE-T1S Analog Front-End
- Single min 3.3V supply
- Low Power consumption meeting OPEN Alliance TC10 requirement in sleep mode
- OPEN Alliance TC10 Wake Up detection
- Voltage and current references, test infrastructures, included
- Supply regulators, 25MHz XTAL and x4 (100MHz) DLL available upon request in the target silicon process.
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TSMC CLN12FFC 500MHz Analog Front-End
- TSMC 12 nm 0.8 V/1.8 V CMOS LOGIC FinFET Compact Process
- Metal scheme: 1P9M (2Xa1Xd_h_3Xe_vhv_2Z) + UT-ALRDL
- Operating junction temperature: -40 °C ~ 125 °C
- 2-ch 12 bit 250 MHz SAR ADC
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TSMC CLN28HPC ABB Analog Front-End
- TSMC 28nm CMOS High Performance Compact Mobile Computing (HPC) process
- Metal Scheme: 5X2Z (1P8M)
- 1.8V analog and 0.9V digital supply voltage
- Five channel IQ-ADCs with analog filters
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TSMC CLN12FFC 16Gsps Analog Front-End
- TSMC 12 nm 0.8 V/1.8 V CMOS LOGIC FinFET Compact Process
- Metal scheme: 1P9M (2Xa1Xd_h_3Xe_vhv_2Z) + UT-ALRDL
- Operating junction temperature: -40 oC ~ 125 oC
- Support 4T4R
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TSMC CLN28HPC+ 2.4GSps Analog Front-End
- 1.8V analog and 0.9V digital supply voltage
- Power consumption (ADC macro): 730mW (typical)
- Power consumption (DAC macro): 220mW (typical)
- Maximum sampling rate: 2.4GSps
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128 Channel Analog Front-End
- Single-ended inputs for reducing the number of pads.
- Adjustable VGA input termination 50?, 100?, 200? or Hi-Z.
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ONFI 3.0 Compatible I/O Buffer on TSMC CLN28HPL
- High speed, source synchronous, bi-directional I/O buffer supporting the Open NAND Flash Interface (ONFI) 3.0 standard
- Operation up to 200MHz DDR (400Mbps) performance with single load topology
- Designed with core and 1.8V IO oxide devices
- Built-in ODT (On-Die Termination)
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DDR3/DDR3L Compatible I/O Buffer on TSMC CLN40G
- High-Speed Bi-directional DDR3/DDR3L compatible I/O buffer
- Operation up to 1066MHz DDR (2133Mbps) performance with single load topology
- Designed with core and 1.8V IO oxide devices
- Built-in ODT (On-Die Termination)
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Complete measurement analog front end (AFE) IP for single phase power metering
- 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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Complete measurement analog front end (AFE) IP for single phase power metering
- 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