LDO General purpose Ultra Fast Response Series (Vin=2.3-4.6V; Vo=2.5V; Io=50mA)

LDO: The SGC75 is a low-dropout, high current,fast response, low quiescent linear regulator IP solution for integration on SoC. It offers high power supply rejection (PSR), soft start and over current protection. The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC75 family is stable without the need for any external output capacitor. It is specified from TJ = – 40 °C to +125 °C and is designed to achieve 4% overall accuracy (over Load/Line/Temp/Process)

LDO General purpose Ultra Fast Response Series (Vin=1.35-1.6V; Vo=1.1-1.4V; Io=100mA)

LDO: The SGC77 is a low-dropout, high current, fast response, low quiescent linear regulator IP solution for integration on SoC offers high stability and robust regulation, making it ideal for both analog and digital loads. Additionally it also offers good power supply rejection (PSRR),soft start, and over current protection with fold-back power dissipation protection.The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC77 familly is stable with a 1 μF to 3.3 μF ceramic output capacitors but the robust architecture allows lower capacitor values at customer request. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 3 % overall accuracy (over Load/Line/Temp)

LDO General purpose Ultra Fast Response Series (Vin=1.35-1.6V; Vo=1.1-1.4V; Io=250mA)

LDO: The SGC77 is a low-dropout, high current, fast response, low quiescent linear regulator IP solution for integration on SoC offers high stability and robust regulation, making it ideal for both analog and digital loads. Additionally it also offers good power supply rejection (PSRR),soft start, and over current protection with fold-back power dissipation protection.The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC77 familly is stable with a 1 μF to 3.3 μF ceramic output capacitors but the robust architecture allows lower capacitor values at customer request. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 3 % overall accuracy (over Load/Line/Temp)

LDO General purpose Ultra Fast Response Series (Vin=1.6-3.6V; Vo=1.1-1.21V; Io=5mA)

LDO: The SGC77 is a low-dropout, high current, fast response, low quiescent linear regulator IP solution for integration on SoC offers high stability and robust regulation, making it ideal for both analog and digital loads. Additionally it also offers good power supply rejection (PSRR),soft start, and over current protection with fold-back power dissipation protection.The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC77 familly is stable with a 1 μF to 3.3 μF ceramic output capacitors but the robust architecture allows lower capacitor values at customer request. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 3 % overall accuracy (over Load/Line/Temp)

LDO General purpose Ultra Fast Response Series (Vin=1.6-3.6V; Vo=1.1-1.21V; Io=250mA)

LDO: The SGC77 is a low-dropout, high current, fast response, low quiescent linear regulator IP solution for integration on SoC offers high stability and robust regulation, making it ideal for both analog and digital loads. Additionally it also offers good power supply rejection (PSRR),soft start, and over current protection with fold-back power dissipation protection.The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC77 familly is stable with a 1 μF to 3.3 μF ceramic output capacitors but the robust architecture allows lower capacitor values at customer request. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 3 % overall accuracy (over Load/Line/Temp)

LDO Capless Fast Response Series (Vin=1.35-3.6V; Vo=1.1-1.4V; Io=10mA)

LDO: The SGC75 is a low-dropout, high current,fast response, low quiescent linear regulator IP solution for integration on SoC. It offers high power supply rejection (PSR), soft start and over current protection. The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC75 family is stable without the need for any external output capacitor. It is specified from TJ = – 40 °C to +125 °C and is designed to achieve 4% overall accuracy (over Load/Line/Temp/Process)

LDO Capless Fast Response Series (Vin=2.3-3.6V; Vo=2.2-2.8V; Io=50mA)

LDO: The SGC75 is a low-dropout, high current,fast response, low quiescent linear regulator IP solution for integration on SoC. It offers high power supply rejection (PSR), soft start and over current protection. The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC75 family is stable without the need for any external output capacitor. It is specified from TJ = – 40 °C to +125 °C and is designed to achieve 4% overall accuracy (over Load/Line/Temp/Process)

LDO Capless Fast Response Series (Vin=2.4-5.75V; Vo=2.225-3.025V; Io=10mA)

LDO: The SGC75 is a low-dropout, high current,fast response, low quiescent linear regulator IP solution for integration on SoC. It offers high power supply rejection (PSR), soft start and over current protection. The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC75 family is stable without the need for any external output capacitor. It is specified from TJ = – 40 °C to +125 °C and is designed to achieve 4% overall accuracy (over Load/Line/Temp/Process)

LDO Capless Fast Response Series (Vin=2.4-5.75V; Vo=0.99-1.54V; Io=30mA)

LDO: The SGC75 is a low-dropout, high current,fast response, low quiescent linear regulator IP solution for integration on SoC. It offers high power supply rejection (PSR), soft start and over current protection. The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC75 family is stable without the need for any external output capacitor. It is specified from TJ = – 40 °C to +125 °C and is designed to achieve 4% overall accuracy (over Load/Line/Temp/Process)

LDO External NPN Device Series (Vin=1.62-3.6V; Vo=1.05-1.15V; Io=1A)

LDO: The SGC79100 is a low-dropout, high current, fast response, low quiescent linear regulator IP solution with external NPN (or NMOS) power device for integration into SoC. It offers high power rejection (PSRR) and soft start. The IP uses advanced control techniques to achieve excellent transient response and still maintain low dropout and low quiescent. The SGC79100 is stable with a 10 µF output capacitor. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 4 % overall accuracy (over Load/Line/Temp)

BANDGAP POR & APC Advanced Power Controller with Power on Reset (Vin=1.6-1.98V)

The SGC21412 is a versatile and scalable Power Controller for SoC integration. When used standalone acts as a robust POR with monitoring functions. When part of a PMU (Power Management Unit) acts as the backbone. On a PMU it provides all the essential support functions, such as high PSRR voltage and current references, Under Voltge Lock Out (UVLO), start-up sequencing, Power On Reset (POR) and Power On Controller (POC). It can monitor multiple regulated voltages and generate the reset signals accordingly. The internal references have digital trimming bits for fine-tuning the performance or yield. The SGC21412 does not require any external decoupling capacitor or pin and achieves better than 1 % voltage reference accuracy over temperature. It operates from T_j = –40 °C to +125 °C.

BANDGAP POR & APC Advanced Power Controller with Power on Reset (Vin=2.3-3.6V)

POR Power on Reset: The SGC21412 is an Advanced Power Controller for integration into SoC. The SGC21412 is based on a common platform that can be scaled for each system needs. It includes all the necessary auxiliary functions to support the Power Management Unit (PMU). Additionally it also generates the reset signals based on the monitoring of the regulated voltages. It offers high power rejection (PSRR), start-up sequencing and independent voltage reference decoupling without the need for extra package pins. The generated references have digital trimming bits for increased performance or yield improvement. The SGC21410 is stable without any external decoupling capacitor. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 1 % overall voltage reference accuracy (over Load/Line/Temp/Process)

BANDGAP POR & APC Advanced Power Controller with ower on Reset (Vin=2.3-3.6V)

POR Power on Reset: The SGC21412 is an Advanced Power Controller for integration into SoC. The SGC21412 is based on a common platform that can be scaled for each system needs. It includes all the necessary auxiliary functions to support the Power Management Unit (PMU). Additionally it also generates the reset signals based on the monitoring of the regulated voltages. It offers high power rejection (PSRR), start-up sequencing and independent voltage reference decoupling without the need for extra package pins. The generated references have digital trimming bits for increased performance or yield improvement. The SGC21410 is stable without any external decoupling capacitor. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 1 % overall voltage reference accuracy (over Load/Line/Temp/Process)

BANDGAP POR & APC Advanced Power Controller with Power on Reset (Vin=2.3-4.6V)

POR Power on Reset: The SGC21412 is an Advanced Power Controller for integration into SoC. The SGC21412 is based on a common platform that can be scaled for each system needs. It includes all the necessary auxiliary functions to support the Power Management Unit (PMU). Additionally it also generates the reset signals based on the monitoring of the regulated voltages. It offers high power rejection (PSRR), start-up sequencing and independent voltage reference decoupling without the need for extra package pins. The generated references have digital trimming bits for increased performance or yield improvement. The SGC21410 is stable without any external decoupling capacitor. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 1 % overall voltage reference accuracy (over Load/Line/Temp/Process)

BANDGAP POR & APC Advanced Power Controller with Power on Reset (Vin=2.6-3.6V)

POR Power on Reset: The SGC21412 is an Advanced Power Controller for integration into SoC. The SGC21412 is based on a common platform that can be scaled for each system needs. It includes all the necessary auxiliary functions to support the Power Management Unit (PMU). Additionally it also generates the reset signals based on the monitoring of the regulated voltages. It offers high power rejection (PSRR), start-up sequencing and independent voltage reference decoupling without the need for extra package pins. The generated references have digital trimming bits for increased performance or yield improvement. The SGC21410 is stable without any external decoupling capacitor. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 1 % overall voltage reference accuracy (over Load/Line/Temp/Process)

BANDGAP POR & APC Advanced Power Controller with Power on Reset (Vin=2.3-5.5V)

POR Power on Reset: The SGC21412 is an Advanced Power Controller for integration into SoC. The SGC21412 is based on a common platform that can be scaled for each system needs. It includes all the necessary auxiliary functions to support the Power Management Unit (PMU). Additionally it also generates the reset signals based on the monitoring of the regulated voltages. It offers high power rejection (PSRR), start-up sequencing and independent voltage reference decoupling without the need for extra package pins. The generated references have digital trimming bits for increased performance or yield improvement. The SGC21410 is stable without any external decoupling capacitor. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 1 % overall voltage reference accuracy (over Load/Line/Temp/Process)

BANDGAP POR & APC Advanced Power Controller with Power on Reset (Vin=2.3-3.6V)

POR Power on Reset: The SGC21412 is an Advanced Power Controller for integration into SoC. The SGC21412 is based on a common platform that can be scaled for each system needs. It includes all the necessary auxiliary functions to support the Power Management Unit (PMU). Additionally it also generates the reset signals based on the monitoring of the regulated voltages. It offers high power rejection (PSRR), start-up sequencing and independent voltage reference decoupling without the need for extra package pins. The generated references have digital trimming bits for increased performance or yield improvement. The SGC21410 is stable without any external decoupling capacitor. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 1 % overall voltage reference accuracy (over Load/Line/Temp/Process)

BANDGAP POR & APC Advanced Power Controller with Power on Reset (Vin=2.3-5.5V)

POR Power on Reset: The SGC21412 is an Advanced Power Controller for integration into SoC. The SGC21412 is based on a common platform that can be scaled for each system needs. It includes all the necessary auxiliary functions to support the Power Management Unit (PMU). Additionally it also generates the reset signals based on the monitoring of the regulated voltages. It offers high power rejection (PSRR), start-up sequencing and independent voltage reference decoupling without the need for extra package pins. The generated references have digital trimming bits for increased performance or yield improvement. The SGC21410 is stable without any external decoupling capacitor. It is specified from TJ = –40 °C to +125 °C and is designed to achieve 1 % overall voltage reference accuracy (over Load/Line/Temp/Process)

APC – ADVANCED POWER CONTROLLER

SGC21412_01_GF_22FDSOI is an Advanced Power Controller ( APC) for integration in SoC. Including all the necessary auxiliary supply, monitoring, protection and POR functions , it is the ideal solution for any IoT Power Management Unit (PMU). Offering high power supply rejection (PSRR), s tart-up sequencing and independent voltage reference decoupling, without the need for extra package pins , it is stable without any external decoupling capacitor. Additionally, all generated references include digital trimming bits for increased performance or yield improvement. Designed to achieve 1% overall voltage reference accuracy (over Load / Line / Temp / Process ), it is specified from TJ = –40°C to +125 °C.

POWER SWITCH

SGC21913_01_GF_22FDSOI is a low quiescent power switch solution for integration on SoC. Offering soft start, output pull-down option (in power down mode) and power good visibility, it is specified from TJ = −40°C to 125°C, being designed to achieve 4% overall accuracy (over Load / Line / Temp).

LDO WITH ULP LUDICROUS MODE

SGC77050_01_GF_22FDSOI is a low-dropout, high current, fast response linear regulator for integration on SoC. Presenting high stability and robust regulation, while maintaining low dropout and ultra-low quiescent, it is the ideal solution for IoT applications. Offering good PSRR, soft start and over current protection, the SGC77050_01_GF_22FDSOI provides an innovative Ludicrous Ultra Low Power Mode that guarantees a quiescent reduction to virtually “0” quiescent. Being specified from TJ = –40°C to +125°C, it is designed to achieve 3% overall accuracy (over Load / Line / Temp).

APC – ADVANCED POWER CONTROLLER

SGC21412_IP007700_GF_22FDX is an Advanced Power Controller (APC) for integration in SoC. Including all the necessary auxiliary supply, monitoring, protection and POR functions, it is the ideal solution for any IoT Power Management Unit (PMU). Offering high power supply rejection (PSRR), start-up sequencing and independent voltage reference decoupling, without the need for extra package pins, it is stable without any external decoupling capacitor. Additionally, all generated references include digital trimming bits for increased performance or yield improvement. Specified from TJ = –40°C to +125°C, it was designed to achieve 1% overall voltage reference accuracy (over Load / Line / Temp / Process).

LDO – DIFFERENTIAL FEEDBACK REGULATOR

SGC76050_IP007706_GF_22FDX is a low-dropout, fast response, differential feedback linear regulator for integration on SoC. Offering low quiescent, it presents high power supply rejection (PSR), high stability, excellent transient response and robust regulation. Additionally, the differential feedback allows compensation of ground offsets. The SGC76050_IP007706_GF_22FDX is stable without the need for any external capacitor but it also has the option to be used with one. Being specified from TJ = –40°C to +125°C, it is designed to achieve 4% overall accuracy (over Load / Line / Temp / Process).

BANDGAP POR & APC Advanced Power Controller with Power on Reset (Vin=1.5-1.98V)

The SGC21412 is a versatile and scalable Power Controller for SoC integration. When used standalone acts as a robust POR with monitoring functions. When part of a PMU (Power Management Unit) acts as the backbone. On a PMU it provides all the essential support functions, such as high PSRR voltage and current references, Under Voltge Lock Out (UVLO), start-up sequencing, Power On Reset (POR) and Power On Controller (POC). It can monitor multiple regulated voltages and generate the reset signals accordingly. The internal references have digital trimming bits for fine-tuning the performance or yield. The SGC21412 does not require any external decoupling capacitor or pin and achieves better than 1 % voltage reference accuracy over temperature. It operates from T_j = –40 °C to +125 °C.

BANDGAP POR & APC Advanced Power Controller with Power on Reset (Vin=1.08-1.98V)

The SGC21412 is a versatile and scalable Power Controller for SoC integration. When used standalone acts as a robust POR with monitoring functions. When part of a PMU (Power Management Unit) acts as the backbone. On a PMU it provides all the essential support functions, such as high PSRR voltage and current references, Under Voltge Lock Out (UVLO), start-up sequencing, Power On Reset (POR) and Power On Controller (POC). It can monitor multiple regulated voltages and generate the reset signals accordingly. The internal references have digital trimming bits for fine-tuning the performance or yield. The SGC21412 does not require any external decoupling capacitor or pin and achieves better than 1 % voltage reference accuracy over temperature. It operates from T_j = –40 °C to +125 °C.

LDO WITH ULP LUDICROUS MODE

SGC77100_01_GF_22FDSOI is a low-dropout, high current, fast response linear regulator for integration on SoC. Presenting high stability and robust regulation, while maintaining low dropout and ultra-low quiescent, it is the ideal solution for IoT applications. Offering good PSRR, soft start and over current protection, the SGC77100_01_GF_22FDSOI provides an innovative Ludicrous Ultra Low Power Mode that guarantees a quiescent reduction to virtually “0” quiescent. Being specified from TJ = –40°C to +125°C, it is designed to achieve 3% overall accuracy (over Load / Line / Temperature).

OSC Ring Oscillator Programmable Compensated Series

OSCILLATOR: The oscillator SGC21360 is as ring oscillator optimized for ultra compact applications. The oscillator have been optimized for digitally controlled clock generation.The core uses internal high PSRR temperature compensated references for improved overall stability. It is specified from Tj = -40 °C to +125 °C.

OSC Crystal Oscillator Nano Power Series (50 nA)

OSCILLATOR: The crystal oscillator SGC61510 is optimized for ultra low power applications. The oscillators have been optimized to work from 15 kHz to 1500 kHz in ranges. It uses advanced amplitude control to achieve both ultra low power consumption and reduced crystal aging without compromising performance nor crystal selection flexibility. For 32 kHz RTC applications the SGC61510 can operate for weeks from the charge of a single super capacitor. It is specified from Tj = - 40 °C to + 125 °C.

OSC Crystal Oscillator Nano Power Series (50 nA)

OSCILLATOR: The crystal oscillator SGC61510 is optimized for ultra low power applications. The oscillators have been optimized to work from 15 kHz to 1500 kHz in ranges. It uses advanced amplitude control to achieve both ultra low power consumption and reduced crystal aging without compromising performance nor crystal selection flexibility. For 32 kHz RTC applications the SGC61510 can operate for weeks from the charge of a single super capacitor. It is specified from Tj = - 40 °C to + 125 °C.

OSC Crystal Oscillator Nano Power Series (50 nA)

OSCILLATOR: The crystal oscillator SGC61510 is optimized for ultra low power applications. The oscillators have been optimized to work from 15 kHz to 1500 kHz in ranges. It uses advanced amplitude control to achieve both ultra low power consumption and reduced crystal aging without compromising performance nor crystal selection flexibility. For 32 kHz RTC applications the SGC61510 can operate for weeks from the charge of a single super capacitor. It is specified from Tj = - 40 °C to + 125 °C.

OSC Crystal Oscillator Nano Power Series (50 nA)

OSCILLATOR: The crystal oscillator SGC61510 is optimized for ultra low power applications. The oscillators have been optimized to work from 15 kHz to 1500 kHz in ranges. It uses advanced amplitude control to achieve both ultra low power consumption and reduced crystal aging without compromising performance nor crystal selection flexibility. For 32 kHz RTC applications the SGC61510 can operate for weeks from the charge of a single super capacitor. It is specified from Tj = - 40 °C to + 125 °C.

OSC Crystal Oscillator Nano Power Series (50 nA)

OSCILLATOR: The crystal oscillator SGC61510 is optimized for ultra low power applications. The oscillators have been optimized to work from 15 kHz to 1500 kHz in ranges. It uses advanced amplitude control to achieve both ultra low power consumption and reduced crystal aging without compromising performance nor crystal selection flexibility. For 32 kHz RTC applications the SGC61510 can operate for weeks from the charge of a single super capacitor. It is specified from Tj = - 40 °C to + 125 °C.

OSC Crystal Oscillator Low Power Series

OSCILLATOR: The crystal oscillator SGC61518 is optimized for clock generation. The oscillator has been designed to work from 1MHz to 25 MHz in three programmable ranges. It uses advanced amplitude control to achieve both low power consumption and reduced crystal aging without compromising performance nor crystal selection flexibility. It includes current generator and load capacitors for simple integration and small BOM. It is specified from Tj = -40 °C to +125 °C.

OSC Ring Oscillator Programmable Nano Power Series

OSCILLATOR: The oscillator SGC21543 is a programmable ring oscillator optimized for ultra low power applications. It as been optimized to work from 10 kHz to 10 MHz. The and uses a current controlled ring oscillator topology to achieve both ultra low power consumption and high noise immunity. For 32 kHz low precision RTC applications the SGC21543 can operate for weeks from the charge of a single super capacitor. It is specified from Tj = -40 °C to +125 °C.

OSC Ring Oscillator Programmable Nano Power Series

OSCILLATOR: The oscillator SGC21543 is a programmable ring oscillator optimized for ultra low power applications. It as been optimized to work from 10 kHz to 10 MHz. The and uses a current controlled ring oscillator topology to achieve both ultra low power consumption and high noise immunity. For 32 kHz low precision RTC applications the SGC21543 can operate for weeks from the charge of a single super capacitor. It is specified from Tj = -40 °C to +125 °C.

RTC Real time Clock With Oscillator Nano Power Series

RTC: The Real Time Clock (RTC) SGC22300 is uses the leading RTC oscillator solution SGC21510. This specially designed RTC core uses advanced analog design techniques to guarantee ultra low power consumption and ultra low leakage in any sub-micron technology. A broad range of options allow the customer to select the best solution for each system. A general-purpose register option enables the system architect to save the status bits in an ultra low leakage always on register. A programmable divided square wave output enables the selection of the most appropriate clock to minimize the system power consumption. High test coverage is achieved through test modes. The SGC22300 can operate for weeks from the charge of a single super capacitor.It is specified from Tj = - 40 °C to + 125 °C

RTC Real time Clock With Oscillator Nano Power Series

RTC: The Real Time Clock (RTC) SGC22300 is uses the leading RTC oscillator solution SGC21510. This specially designed RTC core uses advanced analog design techniques to guarantee ultra low power consumption and ultra low leakage in any sub-micron technology. A broad range of options allow the customer to select the best solution for each system. A general-purpose register option enables the system architect to save the status bits in an ultra low leakage always on register. A programmable divided square wave output enables the selection of the most appropriate clock to minimize the system power consumption. High test coverage is achieved through test modes. The SGC22300 can operate for weeks from the charge of a single super capacitor.It is specified from Tj = - 40 °C to + 125 °C

RTC Real time Clock With Oscillator Nano Power Series

RTC: The Real Time Clock (RTC) SGC22300 is uses the leading RTC oscillator solution SGC21510. This specially designed RTC core uses advanced analog design techniques to guarantee ultra low power consumption and ultra low leakage in any sub-micron technology. A broad range of options allow the customer to select the best solution for each system. A general-purpose register option enables the system architect to save the status bits in an ultra low leakage always on register. A programmable divided square wave output enables the selection of the most appropriate clock to minimize the system power consumption. High test coverage is achieved through test modes. The SGC22300 can operate for weeks from the charge of a single super capacitor.It is specified from Tj = - 40 °C to + 125 °C

Temperature Sensor JTM High Resolution 12-bit Temperature Measurement

Temperature Sensor: The SGC24012 is an accurate high resolution temperature measurement core with flexible utilization. It was specially designed for predictive protection systems but its high accuracy makes it also the ideal solution for temperature compensation of crystal oscillators. To achieve excellent repeatability and high PSRR the SGC24012 uses a 12-bit advanced multiphase pseudo fully differential Delta-Sigma ADC. Additionally a large range of input gains makes it suitable for virtually any type of temperature sensor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 2.0 % overall temperature accuracy.

Temperature Sensor JTM High Resolution 12-bit Temperature Measurement

Temperature Sensor: The SGC24012 is an accurate high resolution temperature measurement core with flexible utilization. It was specially designed for predictive protection systems but its high accuracy makes it also the ideal solution for temperature compensation of crystal oscillators. To achieve excellent repeatability and high PSRR the SGC24012 uses a 12-bit advanced multiphase pseudo fully differential Delta-Sigma ADC. Additionally a large range of input gains makes it suitable for virtually any type of temperature sensor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 2.0 % overall temperature accuracy

Temperature Sensor JTM High Resolution 12-bit Temperature Measurement

Temperature Sensor: The SGC24012 is an accurate high resolution temperature measurement core with flexible utilization. It was specially designed for predictive protection systems but its high accuracy makes it also the ideal solution for temperature compensation of crystal oscillators. To achieve excellent repeatability and high PSRR the SGC24012 uses a 12-bit advanced multiphase pseudo fully differential Delta-Sigma ADC. Additionally a large range of input gains makes it suitable for virtually any type of temperature sensor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 2.0 % overall temperature accuracy

Temperature Sensor DIO Diode For Temperature Measurement

Temperature Sensor: The SGC24100 is a silicon diode macro designed for temperature measurement. It is designed for direct usage with the SGC24012 high resolution temperature measurement ADC IP macro. It is specified from Tj = -40 °C to +125 °C

Temperature Sensor DIO Diode For Temperature Measurement

Temperature Sensor: The SGC24100 is a silicon diode macro designed for temperature measurement.It is designed for direct usage with the SGC24012 high resolution temperature measurement ADC IP macro.It is specified from Tj = -40 °C to +125 °C

LOW POWER RC OSCILLATOR

SGC21547_01_GF_22FDSOI is a digitally controlled RC oscillator optimized for ultra-low power applications. Making use of a RC dependent oscillator topology, the SGC21547_01_GF_22FDSOI offers ultra-low power consumption and high temperature stability. It is specified from Tj = -40°C to +125 °C, being optimized for 10MHz to 160MHz range.

RTC AND PMU CONTROLLER

SGC22300_01_GF_22FDSOI is a Real Time Clock (RTC) based on the leading SGC21510 solution. Using advanced analog design techniques, to guarantee ultra-low power and ultra-low leakage, it was designed to be the brain of the Power Management Unit (PMU). Controlling the state of each regulator of the PMU, it defines if the regulators are in high, low, ultra-low or adaptive ultra-low power mode. Additionally, it includes anti-temper mechanisms, wake, reset or shutdown causes, that can be masked, allowing also to configure the effect of a reset. Being specified from TJ = −40°C to 125°C, it also includes ultra-low leakage configuration registers to allow the system architect to save the status bits.

HIGH RESOLUTION JTM / ADC

SGC24212_01_GF_22FDSOI is an accurate compact high-resolution ADC for temperature or voltage monitoring. Due to its high accuracy, it has a wide range of applications ranging from predictive protection systems to temperature compensation of crystal oscillators. Making use of an advanced fully differential ΔƩ ADC, the SGC24212_01_GF_22FDSOI offers excellent repeatability and high PSRR. Additionally, due to its range of input gains, it is the suitable solution for any type of temperature or voltage measurement applications. Specified from Tj = −40°C to +125°C, it is designed to achieve 2.0% overall temperature accuracy.

TEMPERATURE MEASUREMENT DIODE

SGC24300_01_GF_22FDSOI is a silicon diode macro, for temperature measurement, designed for direct usage with SGC24212_01_GF_22FDSOI compact temperature measurement ADC IP. It is specified from TJ = –40°C to +125°C.

LOW POWER RC OSCILLATOR

SGC21547_IP007701_GF_22FDX is a digitally controlled RC oscillator optimized for ultra-low power applications. Making use of a RC dependent oscillator topology, it offers ultra-low power consumption and high temperature stability. Optimized for 10MHz to 160MHz range, it is specified from Tj = -40°C to +125 °C.

RC OSCILLATOR WITH 64-BIT PUF

SGC21549_IP007702_GF_22FDX is a digitally controlled RC based oscillator with embedded Physically Unclonable Function (PUF) implementation. Optimized for systems with security features, it offers high temperature stability and ultra-low power consumption, making use of a RC dependent oscillator topology. Designed for 100kHz, it is the best solution for low-cost identification and secure authentication applications due to its 64-bit input PUF with 128-bit raw output. It is specified from Tj = -40°C to +125 °C.

RTC – REAL TIME CLOCK

SGC22300_IP007703_GF_22FDX is a Real Time Clock (RTC) based on the leading SGC21510 solution. Using advanced analog design techniques, to guarantee ultra-low power and ultra-low leakage, it was designed to be the brain of the Power Management Unit (PMU). Controlling the state of each regulator of the PMU, it allows the configuration of the effect of a reset, as well as the power state of internal blocks and clock gating. It also includes anti-temper mechanisms and a general-purpose register to allow the system architect to save the status bits in an ultra low leakage always on register. A programmable divided square wave output enables the selection of the most appropriate clock to minimize power consumption. Being specified from TJ = -40°C to 125°C, it can operate for weeks from the charge of a single super capacitor.

HIGH RESOLUTION 12-BIT JTM / ADC

SGC24012_IP007704_GF_22FDX is an accurate high-resolution ADC for temperature or voltage monitoring. Due to its high accuracy, it has a wide range of applications from predictive protection systems to temperature compensation of crystal oscillators. Making use of a 12-bit advanced fully differential ΔƩ ADC, the SGC24012_IP007704_GF_22FDX offers excellent repeatability and high PSRR. Specified from Tj = −40°C to +125°C, it is designed to achieve 2% overall temperature accuracy.

COMPACT HIGH RESOLUTION JTM / ADC

SGC24212_IP007705_GF_22FDX is an accurate high-resolution ADC for temperature or voltage monitoring. Due to its high accuracy, it has a wide range of applications from predictive protection systems to temperature compensation of crystal oscillators. Using an advanced fully differential ΔƩ ADC, the SGC24212_IP007705_GF_22FDX offers excellent repeatability and high PSRR. Additionally, due to its range of input gains, it is the suitable solution for any type of temperature or voltage measurement applications. Specified from Tj = -40°C to +125°C, it is designed to achieve 2% overall temperature accuracy.

NANO POWER CRYSTAL OSCILLATOR [VAVDD = 1.62-3.63V; VDVDD = 0.81-1.21V; FXTAL = 32768Hz]

The SGC21510_01_TSMC_CEN40FL family of crystal oscillators targets ultra-low power applications. Making use of advanced amplitude control, to achieve bothultra-low power consumption and reduced crystal aging, without compromising crystal selection flexibility nor performance, it is optimized to work from 15kHz up to 1500kHz, available in different ranges, plus a 32kHz optimized version. Being specified from Tj = −40°C to 125°C, the SGC21510_01_TSMC_CEN40FL can operate, considering 32kHz RTC applications, for weeks from the charge of a single super capacitor, due to its ultra-low power consumption.

DC-DC Buck Ultra Low Iq Series (6uA)

DC-DC BUCK: The DCDC SGC62 is a fast response, ultra low quiescent step down switched DC-DC regulator IP for integration in SoC. It is the best solution for low power digital cores with fast activity variation. It uses advanced control techniques to achieve soft start-up, superb transient response, and instantaneous overcurrent protection. The SGC62 operates with output coils as low as 1.0 uH and any type of output capacitor. It is specified from TJ = - 40 °C to + 125 °C and is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Low Iq Series (Vin=1.62-3.6V; Vo=1.4V; IL=100mA)

DC-DC BUCK: The SGC62 family of fast response, ultra low quiescent step down switched DC-DC regulator IP solutions for integration on SoC is the best solution for low power digital cores with fast activity variation ( where most DC-DC converters fail). The family uses advanced control techniques to achieve soft start-up, superb transient response, and instantaneous overcurrent protection. The SGC62 operates with output coils as low as 1.0 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.3-4.6V; Vo=1.5-2.0V; IL=150mA)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.3-4.6V; Vo=1.0-1.75V; IL=350mA)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.3-5.5V; Vo=1.0-3.1V; IL=600mA)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.3-4.6V; Vo=1.5-2.0V; IL=700mA)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.3-5.5V; Vo=1.0-3.1V; IL=900mA)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=1.6-1.98V; Vo=0.725-1.325V; IL=1.2A)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.3-3.6V; Vo=0.8-1.55V; IL=1.5A)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.3-5.5V; Vo=0.6-3.4V; IL=1.5A)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.6-3.6V; Vo=0.9-1.21V; IL=2.0A)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.3-5.5V; Vo=0.7-1.33V; IL=2.5.A)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=2.3-5.5V; Vo=0.6-3.4V; IL=3.0A)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Buck Ultra Fast Response High Power Series (Vin=1.6-1.98V; Vo=0.725-1.325V; IL=6A)

DC-DC PWM BUCK: The DCDC SGC67 is an ultra fast response, high output current, step down switched DC-DC regulator IP. It is the best supply solution for high power power digital cores with fast activity variation ( where most DC-DC converters fail). Specially designed for SoC integration it uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection. The SGC67 operates with output coils as low as 0.47 uH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp).

DC-DC Boost Optimal Response High Power Series (Vin=2.3-5.5V; Vo=4.5-9.5V; IL=3A)

DC-DC PWM BOOST: The DCDC SGC68 is an optimal response, high output current, step up switched DC-DC regulator IP. It is the best supply solution when a higher output voltage is required. The SGC68 output currents span from the 600 mA version for small portable media players to the 4 A solution ideal for 8” LCD backlight applications. It's fast transient response and excellent output stability make it an ideal enabling solution for dynamic backlighting. Specially designed for SoC integration this family can use both extended drain devices or LDMOS devices to support the higher output voltage. The SGC68 uses advanced control techniques to achieve soft start-up, superb transient response and instantaneous overcurrent protection.The SGC68 operates with output coils as low as 1 μH and any type of output capacitor. It is specified from TJ = -40 °C to +125 °C and it is designed to achieve 3 % overall accuracy (over Load/Line/Temp)

CHARGE PUMP WITH ULP LUDICROUS MODE

SGC40100_01_GF_22FDSOI is a fast response Charge Pump (CP) buck regulator. Making use of advanced control techniques, it offers soft start-up, instantaneous over-current protection, ultra-fast load transient response and low ripple. Additionally, it provides an innovative Ludicrous Ultra Low Power Mode that guarantees a reduction to virtually “0” quiescent. Designed for SoC integration, the regulator operates with just one 1μF flying capacitor, without requiring any output coils. Additionally, it is stable with any type of output capacitor. Designed to achieve 4% overall accuracy (over Load / Line / Temp), it is specified from TJ = -40°C to +125°C.

DC-DC WITH ULP LUDICROUS MODE

SGC67020_01_GF_22FDSOI is an ultra-fast response, high output current, step down switched DC/DC regulator. Making use of advanced control techniques, to achieve soft start-up, superb transient response and instantaneous over current protection, it is the best solution for high power digital cores with fast activity variation (where most DC/DC converters fail). Additionally, it provides an innovative Ludicrous Ultra Low Power Mode that guarantees a quiescent reduction to virtually “0” quiescent. The SGC67020_01_GF_22FDSOI operates with output coils as low as 2.2μH and any type of output capacitor. Specified from TJ = -40 °C to +125°C, it is designed to achieve 3% overall accuracy (over Load / Line / Temp).

PVT SENSOR

SGC21713_IP007708_GF_22FDX can be used in a control loop to minimize the voltage for a given frequency or maximize frequency for a given voltage. Based on a group of sensors, it permits PVT and aging tracking, while allowing the identification of the actual variable that changed. Designed to achieve 3% overall accuracy (over Load / Line / Temp), it is specified from TJ = –40°C to +125°C.