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Compare 192 Other from 25 vendors (1 - 10)
  • Power-OK Monitor
    • The agilePOK is a Power OK monitor that consists of a voltage reference and comparators to set a programmable high and low threshold level for power supply integrity detection.
    • The number of trigger outputs can be customized and each threshold can be adjusted during operation to support DVFS operation.
    • This monitor can be used to detect loss of power or attacks to the power supply.
    Block Diagram -- Power-OK Monitor
  • Retention Alternative Regulator, combines a linear regulator and an ultra-low quiescent regulator for sleep mode
    • Ideal regulator for power and voltage islets
    • Secured integration in the SoC Embedded RCU (Regulator Control Unit) to manage booting and mode transitions and to ensure data integrity
    • Configurable output drive before delivery to fit the application
    • Performances in sleep mode: qLR with low quiescent current: 0.2 uA
    Block Diagram -- Retention Alternative Regulator, combines a linear regulator and an ultra-low quiescent regulator for sleep mode
  • Linear Regulator, ultra low quiescent current for retention mode TSMC 40uLPeF
    • qLR-Aubrey-ref-1.62-3.63-0.55-2.5.02_TSMC_40_uLPeF is an ultra-low quiescent LDO (Linear regulator) in TSMC 40uLPeF.
    Block Diagram -- Linear Regulator, ultra low quiescent current for retention mode TSMC 40uLPeF
  • Linear Regulator, ultra low quiescent current for retention mode
    • Very low quiescent and leakage for Low-Power
    • Retention capability enables optimization of the power consumption depending on the modes and needs of the SoC
    • Can supply always-on very low loads
    • Low Bill-of-Material: supports external capacitor if required by the system
    Block Diagram -- Linear Regulator, ultra low quiescent current for retention mode
  • Octuple 20uA Bias Current Source

    • The TS_CS_20uA_X8 is a current generator sourcing 20µA via each terminal IBPU<0> through IBPU<7>, for the biasing of other TES IPs like TS_FS_9M70_X8 and TS_VA_LNDC_X8 (for the latter IP, its input reference current must be mirrored from one Bias output by a simple cascoded NMOS circuit)

    Block Diagram -- Octuple 20uA Bias Current Source
  • Ka Band power detector
    • The WEAKA01PD22G is a power detector capable of detecting signals in the range of 3 dBm to 18 dBm with an accuracy of +/-0.5 dB
    • It produces a voltage proportional to the received signal power with the maximum output voltage being 1.1 V
    • It consists of 2 parts, the RF and the Analog processing part
    • Multiplexing can also be used to support multiple RF inputs with minimal impact on the silicon area using the same analog part
    Block Diagram -- Ka Band power detector
  • Linear Li-Ion Battery Charger - Programmable charging current up to 1.1A Fast Charge - SilTerra 0.18um
    • This USB/AC Li-Ion battery charger is targeted for portable applications.
    • The charging current can be adjusted from 60mA up to 1.1A through an external resistor or by digital control.
    • The current provided to the system can also be adjusted up to 1.8A through the same procedure.
    Block Diagram -- Linear Li-Ion Battery Charger - Programmable charging current up to 1.1A Fast Charge - SilTerra 0.18um
  • ULP Bandgap Voltage Reference - 210nA consumption, 40ppm/ºC - Silterra 0.18um
    • This macro-cell is an ultra-low-power bandgap voltage reference (1.23V) with low temperature coefficient (>40ppm/ºC) consuming 210nA.
    • A 5-bit digital bus allows TC adjust against process variations. It provides a built-in 10nA PTAT current reference with 4 outputs.
    Block Diagram -- ULP Bandgap Voltage Reference - 210nA consumption, 40ppm/ºC - Silterra 0.18um
  • Linear Li-Ion Battery Charger - ±1% Accuracy (4.2V) / Up to 1.1A Fast Charge SilTerra 0.18um
    • This USB/AC Li-Ion battery charger is targeted for portable applications.
    • The full current charge can be set from 100mA to 1.1A. It provides a regulated voltage of 4.2V for powering external loads up to 2.3A in the absence of the battery.
    • The recommended supply input voltage range is 4.5V to 6.9V, however the battery charger can support from 3.3V up to 30V in idle mode.
    Block Diagram -- Linear Li-Ion Battery Charger - ±1% Accuracy (4.2V) / Up to 1.1A Fast Charge SilTerra 0.18um
  • Low-Noise Bandgap Reference - Low Noise: 63nV/√Hz, PSRR: -80dB - TSMC 0.18um CMOS (CLM18)
    • This macro-cell is a low noise, high PSRR voltage reference core designed for TSMC 0.18um (CLM18) CMOS technology.
    • The core is ideal for applications where noise performance is critical.
    • The circuit generates a buffered 1.185V, temperature-compensated bandgap voltage reference (40ppm/°C).
    Block Diagram -- Low-Noise Bandgap Reference - Low Noise: 63nV/√Hz, PSRR: -80dB - TSMC 0.18um CMOS (CLM18)
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