Analog IP for TSMC

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Compare 1,972 Analog IP for TSMC from 58 vendors (1 - 10)
  • High Speed 16GHz PLL
    • Type II ,3rd order low jitter PLL
    • Auto calibration for process and temperature (USP)
    • Programmable frequency using CSR registers
    • 8/10/16GHz quadrature clocks
    • Operating temperature -40 to 125
    Block Diagram -- High Speed 16GHz PLL
  • Ku-Band Phased Array Tx-FE in TSMC 180nm RF
    • The TRV801TSM180RF IP is a Ku-Band (14GHz to 14.5GHz) Transmitter (Tx) in TSMC 180nm RF CMOS process technology.
    • It integrates X+Y transmitter channels on the same die and its low power makes it especially suitable for use in high-throughput modular digital Phased-Array Antenna products for mobile/tethered satellite communication applications.
    Block Diagram -- Ku-Band Phased Array Tx-FE in TSMC 180nm RF
  • Ku-Band Phased Array Rx-FE in TSMC 180nm RF
    • The TRV501TSM180RF IP is a Ku-Band (10.7GHz to 12.75GHz) Receiver (Rx) RFFE TSMC 180nm RF CMOS process technology.
    • It integrates X+Y receiver channels on the same die and its low noise figure and wide baseband bandwidth makes it especially suitable for use in high-throughput modular digital Phased-Array Antenna products for mobile/tethered satellite communication applications.
    Block Diagram -- Ku-Band Phased Array Rx-FE in TSMC 180nm RF
  • 12-bit 40nm 1.1V 80MHz Asynchronous-SAR ADC
    • The TRV101TSM40LP IP is a 1.1V low-power low-silicon-area 12-bit 80MHz Asynchronous-SAR ADC implemented in TSMC Low-Power 40nm CMOS process technology.
    • Its 40MHz Nyquist bandwidth makes it especially suitable for use in carrier-aggregated wireless communication integrated circuit subsystems (LTE, WiFi, WiMAX etc).
    Block Diagram -- 12-bit 40nm 1.1V 80MHz Asynchronous-SAR ADC
  • Crystal Oscillators
    • The crystal oscillator macros are available in a wide range of industry-standard quartz crystals and MEMS resonators operating in the fundamental mode in the 32 kHz to 80 MHz range.
    • These oscillators, which are both power and area efficient, have a programmable transconductance to allow users to find the optimal balance between jitter and power consumption.
    Block Diagram -- Crystal Oscillators
  • Free running oscillators
    • Compact and low power
    • No external components
    • Baseline CMOS logic process masks only
    • Excellent frequency precision over PVT after trimming
    Block Diagram -- Free running oscillators
  • Automotive Grade PVT Sensor on TSMC CLN16FFC
    • The PVT Sensor is a highly integrated macro for monitoring process, voltage, and temperature variation on-chip, allowing very high precision even in untrimmed usage.
    • It consumes very little power even in operational mode, and leakage power only when temperature measurement is complete.
    • An additional voltage sample mode is included allowing for supply voltage monitoring, and process monitor mode to assess transistor performance
    Block Diagram -- Automotive Grade PVT Sensor on TSMC CLN16FFC
  • Core Powered PVT Sensor on TSMC CLN4P
    • The Core Powered PVT Sensor is an easy to integrate macro, requiring no analog power supply, and can be placed anywhere on a chip.
    • This highly integrated macro monitors process, voltage, and temperature variation on-chip, allowing very high precision even in untrimmed usage.
    • It consumes very little power even in operational mode, and leakage power only when measurement is complete.
    Block Diagram -- Core Powered PVT Sensor on TSMC CLN4P
  • Core Powered PVT Sensor on TSMC CLN5
    • The Core Powered PVT Sensor is an easy to integrate macro, requiring no analog power supply, and can be placed anywhere on a chip.
    • This highly integrated macro monitors process, voltage, and temperature variation on-chip, allowing very high precision even in untrimmed usage.
    • It consumes very little power even in operational mode, and leakage power only when measurement is complete.
    Block Diagram -- Core Powered PVT Sensor on TSMC CLN5
  • Core Powered PVT Sensor on TSMC CLN5A
    • The Core Powered PVT Sensor is an easy to integrate macro, requiring no analog power supply, and can be placed anywhere on a chip.
    • This highly integrated macro monitors process, voltage, and temperature variation on-chip, allowing very high precision even in untrimmed usage.
    Block Diagram -- Core Powered PVT Sensor on TSMC CLN5A
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