NOVOSENSE NSM Hoja de datos

No.	parte #	Fabricante	Descripción
1	NSM2012	NOVOSENSE	Hall-Effect-Based Current Sensor IC  High bandwidth and fast response time  400kHz bandwidth  1.5us response time  High-precision current measurement  Differential Hall sets can immune stray field  High isolation level that meets UL standards  Withstand isolation voltage (VISO):
2	NSM2015	NOVOSENSE	Hall-Effect-Based Current Sensor IC  High bandwidth and fast response time  320kHz bandwidth  1.5us response time  High-precision current measurement  Differential Hall sets can immune stray field  High isolation level that meets UL standards  Working Voltage for Basic Isolatio
3	NSM1071	NOVOSENSE	Micropower Unipolar/Omnipolar Switch  -40°C to +125°C operating temperature  Industrial level  1.65 V to 5.5 V operating Vcc range  Micropower operation version available: 20 Hz smpling rate, 1.5 µA average current consumption  General operation version available: 2 mA current cons
4	NSM2016	NOVOSENSE	Hall-Effect-Based Current Sensor IC  High bandwidth and fast response time  380kHz bandwidth  1.5us response time  High-precision current measurement  Differential hall sets can immune stray field  High isolation level that meets UL standards  Withstand isolation voltage (VISO):
5	NSM3013	NOVOSENSE	Hall-Effect Based Angle Sensor IC  14-bit Analog output DAC/ 12-bit PWM output  The internal automatic gain compensation circuit can compensate for the gain loss caused by the temperature characteristics and the installation position tolerance in the Z direction of the magnet.  Su
6	NSM3011	NOVOSENSE	Hall-Effect Based Angle Sensor IC  14-bit Analog output DAC/ 12-bit PWM output  The internal automatic gain compensation circuit can compensate for the gain loss caused by the temperature characteristics and the installation position tolerance in the Z direction of the magnet.  Su
7	NSM3012	NOVOSENSE	Hall-Effect Based Angle Sensor IC  14-bit Analog output DAC/ 12-bit PWM output  The internal automatic gain compensation circuit can compensate for the gain loss caused by the temperature characteristics and the installation position tolerance in the Z direction of the magnet.  Su
8	NSM1012	NOVOSENSE	Automotive 3-Wire Fixed-sensitivity Hall Switch/Latch  AEC-Q100 grade 0  ISO26262: ASIL A  Optional parameters: • Multiple sensitivity options • Magnetic field polarity: South, North • Output phase: High, Low • Temperature compensation: Flat, SmCo, NdFeB, Ferrite • Operation mode: General version, Mi
9	NSM1011	NOVOSENSE	Automotive 3-Wire Fixed-sensitivity Hall Switch/Latch  AEC-Q100 grade 0  ISO26262: ASIL A  Optional parameters: • Multiple sensitivity options • Magnetic field polarity: South, North • Output phase: High, Low • Temperature compensation: Flat, SmCo, NdFeB, Ferrite • Operation mode: General version, Mi
10	NSM1013	NOVOSENSE	Automotive 3-Wire Fixed-sensitivity Hall Switch/Latch  AEC-Q100 grade 0  ISO26262: ASIL A  Optional parameters: • Multiple sensitivity options • Magnetic field polarity: South, North • Output phase: High, Low • Temperature compensation: Flat, SmCo, NdFeB, Ferrite • Operation mode: General version, Mi
11	NSM1072	NOVOSENSE	Micropower Unipolar/Omnipolar Switch  -40°C to +125°C operating temperature  Industrial level  1.65 V to 5.5 V operating Vcc range  Micropower operation version available: 20 Hz smpling rate, 1.5 µA average current consumption  General operation version available: 2 mA current cons