DUAL POWER DISTRIBUTION SWITCH

PRODUCT DESCRIPTION The AMS2026 is a dual power distribution switch intended for applications where heavy capacitive loads and short-circuits are likely to be encountered. The high-side switch is a 110mW N-channel MOSFET. The switch is controlled by a logic enable input compatible with 3V and 5

DUAL POWER DISTRIBUTION SWITCH

PRODUCT DESCRIPTION The AMS2026 is a dual power distribution switch intended for applications where heavy capacitive loads and short-circuits are likely to be encountered. The high-side switch is a 110mW N-channel MOSFET. The switch is controlled by a logic enable input compatible with 3V and 5

DUAL POWER DISTRIBUTION SWITCH

PRODUCT DESCRIPTION The AMS2026 is a dual power distribution switch intended for applications where heavy capacitive loads and short-circuits are likely to be encountered. The high-side switch is a 110mW N-channel MOSFET. The switch is controlled by a logic enable input compatible with 3V and 5

SINGLE POWER DISTRIBUTION SWITCH

PRODUCT DESCRIPTION The AMS2027 is a power distribution switch intended for application where heavy capacitive loads and short-circuits are likely to be encountered. The high-side switch is a 110mΩ N-channel MOSFET. The switch is controlled by a logic enable input compatible with 3V and 5V logi

SINGLE POWER DISTRIBUTION SWITCH

PRODUCT DESCRIPTION The AMS2027 is a power distribution switch intended for application where heavy capacitive loads and short-circuits are likely to be encountered. The high-side switch is a 110mΩ N-channel MOSFET. The switch is controlled by a logic enable input compatible with 3V and 5V logi

SINGLE POWER DISTRIBUTION SWITCH

PRODUCT DESCRIPTION The AMS2027 is a power distribution switch intended for application where heavy capacitive loads and short-circuits are likely to be encountered. The high-side switch is a 110mΩ N-channel MOSFET. The switch is controlled by a logic enable input compatible with 3V and 5V logi

COMPLIMENTARY OUTPUT OSCILLATOR/CLOCK GENERATOR

GENERAL DESCRIPTION The AMS222 is a low-cost, oscillator intended to be used as an external clock for low-frequency applications. The device consists of a resistor-programmed oscillator with complementary output stage. An external resistor allows for output frequency range to be adjusted from 10k

COMPLIMENTARY OUTPUT OSCILLATOR/CLOCK GENERATOR

GENERAL DESCRIPTION The AMS222 is a low-cost, oscillator intended to be used as an external clock for low-frequency applications. The device consists of a resistor-programmed oscillator with complementary output stage. An external resistor allows for output frequency range to be adjusted from 10k

Extended Burst Mode Control For Improved

FEATURES ‹● Extended Burst Mode Control For Improved Efficiency and Minimum Standby Power Design. ‹● Audio Noise Free Operation ‹● External Programmable PWM SwitchingFrequency ‹● Internal Synchronized Slope Compensation ‹● Low VDD Startup Current and Low Operating Current (1.4mA) ‹● Leading

Extended Burst Mode Control For Improved

FEATURES ‹● Extended Burst Mode Control For Improved Efficiency and Minimum Standby Power Design. ‹● Audio Noise Free Operation ‹● External Programmable PWM SwitchingFrequency ‹● Internal Synchronized Slope Compensation ‹● Low VDD Startup Current and Low Operating Current (1.4mA) ‹● Leading

Extended Burst Mode Control For Improved

FEATURES ‹● Extended Burst Mode Control For Improved Efficiency and Minimum Standby Power Design. ‹● Audio Noise Free Operation ‹● External Programmable PWM SwitchingFrequency ‹● Internal Synchronized Slope Compensation ‹● Low VDD Startup Current and Low Operating Current (1.4mA) ‹● Leading

Extended Burst Mode Control For Improved

FEATURES ‹● Extended Burst Mode Control For Improved Efficiency and Minimum Standby Power Design. ‹● Audio Noise Free Operation ‹● External Programmable PWM SwitchingFrequency ‹● Internal Synchronized Slope Compensation ‹● Low VDD Startup Current and Low Operating Current (1.4mA) ‹● Leading

AMS22B Non-Contacting Analog Rotary Position Sensor

Features ■ Non-contacting magnetic technology ■ Highly resistant to vibration/shock ■ Highly resistant to fluid/dust ingress ■ Programmable at factory for zero position ■ Robust design for industrial applications ■ Highly repeatable ■ RoHS compliant* Applications ■ Pat

AMS22B Non-Contacting Analog Rotary Position Sensor

Features ■ Non-contacting magnetic technology ■ Highly resistant to vibration/shock ■ Highly resistant to fluid/dust ingress ■ Programmable at factory for zero position ■ Robust design for industrial applications ■ Highly repeatable ■ RoHS compliant* Applications ■ Pat

AMS22B Non-Contacting Analog Rotary Position Sensor

Features ■ Non-contacting magnetic technology ■ Highly resistant to vibration/shock ■ Highly resistant to fluid/dust ingress ■ Programmable at factory for zero position ■ Robust design for industrial applications ■ Highly repeatable ■ RoHS compliant* Applications ■ Pat

AMS22B Non-Contacting Analog Rotary Position Sensor

Features ■ Non-contacting magnetic technology ■ Highly resistant to vibration/shock ■ Highly resistant to fluid/dust ingress ■ Programmable at factory for zero position ■ Robust design for industrial applications ■ Highly repeatable ■ RoHS compliant* Applications ■ Pat

AMS22S Non-Contacting Analog Rotary Position Sensor

Features ■ Non-contacting magnetic technology ■ Highly resistant to vibration/shock ■ Highly resistant to fluid/dust ingress ■ Programmable at factory for zero position ■ Robust design for industrial applications ■ Highly repeatable ■ RoHS compliant*

AMS22S Non-Contacting Analog Rotary Position Sensor

Features ■ Non-contacting magnetic technology ■ Highly resistant to vibration/shock ■ Highly resistant to fluid/dust ingress ■ Programmable at factory for zero position ■ Robust design for industrial applications ■ Highly repeatable ■ RoHS compliant*

AMS22U Non-Contacting Analog Rotary Position Sensor

Features ■ Non-contacting magnetic technology ■ Highly resistant to vibration/shock ■ Highly resistant to fluid/dust ingress ■ Programmable at factory for zero position ■ Robust design for industrial applications ■ Highly repeatable ■ Dual ball bearing ■ RoHS compliant*

transistor

DESCRIPTION The AMS2300 is the N-Channel logic enhancement mode power field effect transistor is produced using high cell density, DMOS trench technology. This high density process is especially tailored to minimize on-state resistance.These devices are particularly suited for low voltage applic

VOLTAGE REFERENCE DIODE

GENERAL DESCRIPTION The AMS236/AMS336 are precision band-gap voltage reference diodes. These voltage reference features a very low dynamic impedance and good temperature coefficient, operating over a wide current range of 400µA to 10mA. On-chip trimming is used to provide tight tolerance and mini

VOLTAGE REFERENCE DIODE

GENERAL DESCRIPTION The AMS236/AMS336 are precision band-gap voltage reference diodes. These voltage reference features a very low dynamic impedance and good temperature coefficient, operating over a wide current range of 400µA to 10mA. On-chip trimming is used to provide tight tolerance and mini

VOLTAGE REFERENCE DIODE

GENERAL DESCRIPTION The AMS236/AMS336 are precision band-gap voltage reference diodes. These voltage reference features a very low dynamic impedance and good temperature coefficient, operating over a wide current range of 400µA to 10mA. On-chip trimming is used to provide tight tolerance and mini

VOLTAGE REFERENCE DIODE

GENERAL DESCRIPTION The AMS236/AMS336 are precision band-gap voltage reference diodes. These voltage reference features a very low dynamic impedance and good temperature coefficient, operating over a wide current range of 400µA to 10mA. On-chip trimming is used to provide tight tolerance and mini

VOLTAGE REFERENCE DIODE

GENERAL DESCRIPTION The AMS236/AMS336 are precision band-gap voltage reference diodes. These voltage reference features a very low dynamic impedance and good temperature coefficient, operating over a wide current range of 400µA to 10mA. On-chip trimming is used to provide tight tolerance and mini

VOLTAGE REFERENCE DIODE

GENERAL DESCRIPTION The AMS236/AMS336 are precision band-gap voltage reference diodes. These voltage reference features a very low dynamic impedance and good temperature coefficient, operating over a wide current range of 400µA to 10mA. On-chip trimming is used to provide tight tolerance and mini

VOLTAGE REFERENCE DIODE

GENERAL DESCRIPTION The AMS236/AMS336 are precision band-gap voltage reference diodes. These voltage reference features a very low dynamic impedance and good temperature coefficient, operating over a wide current range of 400µA to 10mA. On-chip trimming is used to provide tight tolerance and mini

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

1A VERY LOW DROPOUT VOLTAGE REGULATORS

GENERAL DESCRIPTION The The AMS2501/AMS2502 series of adjustable and fixed low dropout voltage regulators are designed to provide 1A output current. The dropout voltage of the device is 100mV at light loads and rising to 200mV at 500mA output current. A second input voltage of 1.2V or greater t

MICROPOWER SHUNT VOLTAGE REFERENCE

GENERAL DESCRIPTION The AMS255 is a two-terminal band-gap voltage reference diode featuring low dynamic impedance and good temperature coefficient, operating over a 100µA to 5mA current range. On-chip trimming is used to provide tight voltage tolerance. Since the AMS255 band-gap reference uses on

MICROPOWER SHUNT VOLTAGE REFERENCE

GENERAL DESCRIPTION The AMS255 is a two-terminal band-gap voltage reference diode featuring low dynamic impedance and good temperature coefficient, operating over a 100µA to 5mA current range. On-chip trimming is used to provide tight voltage tolerance. Since the AMS255 band-gap reference uses on

MICROPOWER SHUNT VOLTAGE REFERENCE

GENERAL DESCRIPTION The AMS255 is a two-terminal band-gap voltage reference diode featuring low dynamic impedance and good temperature coefficient, operating over a 100µA to 5mA current range. On-chip trimming is used to provide tight voltage tolerance. Since the AMS255 band-gap reference uses on

MICROPOWER SHUNT VOLTAGE REFERENCE

GENERAL DESCRIPTION The AMS255 is a two-terminal band-gap voltage reference diode featuring low dynamic impedance and good temperature coefficient, operating over a 100µA to 5mA current range. On-chip trimming is used to provide tight voltage tolerance. Since the AMS255 band-gap reference uses on

MICROPOWER SHUNT VOLTAGE REFERENCE

GENERAL DESCRIPTION The AMS255 is a two-terminal band-gap voltage reference diode featuring low dynamic impedance and good temperature coefficient, operating over a 100µA to 5mA current range. On-chip trimming is used to provide tight voltage tolerance. Since the AMS255 band-gap reference uses on

VOLTAGE DETECTOR

GENERAL DESCRIPTION The AMS26 series are voltage detector ICs featuring a high accuracy detector threshold of ±2.0 and ultra-low supply current. Internal circuit contains a precision voltage reference, a comparator, resistor network, and an output driver. The AMS26 has an NPN open collector outpu

VOLTAGE DETECTOR

GENERAL DESCRIPTION The AMS26 series are voltage detector ICs featuring a high accuracy detector threshold of ±2.0 and ultra-low supply current. Internal circuit contains a precision voltage reference, a comparator, resistor network, and an output driver. The AMS26 has an NPN open collector outpu

VOLTAGE DETECTOR

GENERAL DESCRIPTION The AMS26 series are voltage detector ICs featuring a high accuracy detector threshold of ±2.0 and ultra-low supply current. Internal circuit contains a precision voltage reference, a comparator, resistor network, and an output driver. The AMS26 has an NPN open collector outpu

PCB pressure sensor module with 0 .. 10 V output

FEATURES  Universal pressure sensor module with 0 .. 10 V voltage output  Fully calibrated and temperature compensated sensor module  Variants for (bidirectional) differential, gage, absolute and barometric pressure  Wide variety of pressure ranges: 5 mbar up to 2 bar  Piezoresistive

PCB pressure sensor module with 0 .. 10 V output

FEATURES  Universal pressure sensor module with 0 .. 10 V voltage output  Fully calibrated and temperature compensated sensor module  Variants for (bidirectional) differential, gage, absolute and barometric pressure  Wide variety of pressure ranges: 5 mbar up to 2 bar  Piezoresistive sen

PCB pressure sensor module with 4 .. 20 mA current output

FEATURES  Universal pressure sensor module with twowire 4 .. 20 mA current-loop output  Fully calibrated and temperature compensated sensor module  Differential / gage, bidirectional differential, absolute and barometric versions  Wide variety of pressure ranges: 5 mbar up to 2 bar  P

PCB pressure sensor module with 4 .. 20 mA current output

FEATURES  Universal pressure sensor module with two-wire 4 .. 20 mA current-loop output  Fully calibrated and temperature compensated sensor module  Differential / gage, bidirectional differential, absolute and barometric versions  Wide variety of pressure ranges: 5 mbar up to 2 bar  Pie

ADJUSTABLE MICROPOWER VOLTAGE REFERENCE DIODE

GENERAL DESCRIPTION The AMS285/AMS385 are three-terminal micropower band-gap voltage reference diodes. They feature a very low dynamic impedance and good temperature coefficient, operating from 1.24V to 5.3V and over a 10µA to 20mA current range. On-chip trimming is used to provide tight voltage