0.18Ω, High Voltage, Soft Turn-On/Off, Rail-to-Rail Negative Signal Passing, Dual, SPST Analog Switch

GENERAL DESCRIPTION The SGM3714 is a high voltage, dual SPST (single-pole/single-throw) analog switch. It operates from a 2.7V to 9V single power supply and allows rail-to-rail negative signal passing with low distortion. In addition, the SGM3714 can be used as audio R&L signals or one diffe

0.18Ω, High Voltage, Soft Turn-On/Off, Rail-to-Rail Negative Signal Passing, Dual, SPST Analog Switch

HIGH-VOLTAGE HALL-EFFECT LATCH

Features  Bipolar Latch (South Pole: On, North Pole: Off)  3.0V to 27V Operating Voltage Range  40V Load Dump Protection  Sensitivity Options: BOP and BRP of ±30G to ±140G Typical  Resistant to Physical Stress  Single, Open-Drain or Internal Pullup Output with Overcurrent Limit  Cho

HIGH-VOLTAGE HALL-EFFECT LATCH

Features  Bipolar Latch (South Pole: On, North Pole: Off)  3.0V to 27V Operating Voltage Range  40V Load Dump Protection  Sensitivity Options: BOP and BRP of ±30G to ±140G Typical  Resistant to Physical Stress  Single, Open-Drain or Internal Pullup Output with Overcurrent Limit  Cho

HIGH-VOLTAGE HALL-EFFECT LATCH

Features  Bipolar Latch (South Pole: On, North Pole: Off)  3.0V to 27V Operating Voltage Range  40V Load Dump Protection  Sensitivity Options: BOP and BRP of ±30G to ±140G Typical  Resistant to Physical Stress  Single, Open-Drain or Internal Pullup Output with Overcurrent Limit  Cho

AUTOMOTIVE HIGH-VOLTAGE HALL-EFFECT LATCH

Features  Bipolar Latch (South Pole: On, North Pole: Off)  3.0V to 27V Operating Voltage Range  40V Load Dump Protection  Sensitivity Options: BOP and BRP of ±30G to ±140G Typical  Resistant to Physical Stress  Single, Open-Drain Output with Overcurrent Limit  Chopper-Stabilized Desi

AUTOMOTIVE HIGH-VOLTAGE HALL-EFFECT LATCH

Features  Bipolar Latch (South Pole: On, North Pole: Off)  3.0V to 27V Operating Voltage Range  40V Load Dump Protection  Sensitivity Options: BOP and BRP of ±30G to ±140G Typical  Resistant to Physical Stress  Single, Open-Drain Output with Overcurrent Limit  Chopper-Stabilized Desi