Texas Instruments, Inc., Semiconductors
Dallas, TX 75243
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High-Side FET Driver suits lithium-ion battery applications.
Housed in 16-pin, 5 x 4.4 x 1 mm TSSOP package, 100 V Model bq76200 drives high-side N-channel charge and discharge FETs in batteries commonly used in energy storage systems and motor-driven applications. Device provides protection against inductive transient events, which can cause battery voltages to jump as much as 200% above normal. Fast-switching feature minimizes fault response time and...
Read More »High-Side FET Driver suits lithium-ion battery applications.
Housed in 16-pin, 5 x 4.4 x 1 mm TSSOP package, 100 V Model bq76200 drives high-side N-channel charge and discharge FETs in batteries commonly used in energy storage systems and motor-driven applications. Device provides protection against inductive transient events, which can cause battery voltages to jump as much as 200% above normal. Fast-switching feature minimizes fault response time and...
Read More »Battery Management IC maintains always-on 1.8 V operation.
Operating at 1.8 V and with quiescent current of 700 nA, bq25120 integrates- linear charger, configurable LDO, load switch, buck converter, pushbutton control, and battery voltage monitor in one 2.5 x 2.5 mm WCSP. Support for batteries from 3.6–4.65 V and fast charge currents from 5–300 mAÂ allows wearables and industrial IoT applications to always be on without draining battery. Accurate...
Read More »Battery Management IC maintains always-on 1.8 V operation.
Operating at 1.8 V and with quiescent current of 700 nA, bq25120 integratesÃ- linear charger, configurable LDO, load switch, buck converter, pushbutton control, and battery voltage monitor in one 2.5 x 2.5 mm WCSP. Support for batteries from 3.6–4.65 V and fast charge currents from 5–300 mAÃÂ allows wearables and industrial IoT applications to always be on without draining battery....
Read More »Clock Generators provides ultra-low jitter of 100 fsec.
Supplied in 7 x 7 mm QFN package, LMK033x8- promotes telecommunications infrastructure equipment reliability. Up to 2 PLLatinum™ fractional-N PLLs with 8 outputs enable jitter performance of 100 fsec RMS over multiple integration bandwidths (1 KHz to 5 MHz and 12 KHz to 20 MHz). Pin-mode control feature enables designers to select from 71 pre-programmed frequency startup plans. While...
Read More »Clock Generators provides ultra-low jitter of 100 fsec.
Supplied in 7 x 7 mm QFN package, LMK033x8Ã- promotes telecommunications infrastructure equipment reliability. Up to 2 PLLatinum™ fractional-N PLLs with 8 outputs enable jitter performance of 100 fsec RMS over multiple integration bandwidths (1 KHz to 5 MHz and 12 KHz to 20 MHz). Pin-mode control feature enables designers to select from 71 pre-programmed frequency startup plans. While...
Read More »Magnetic Sensing IC simplifies current sensor development.
Within 4 x 4 mm QFN package, DRV421 features fully integrated fluxgate sensor and compensation coil driver as well as all required signal conditioning circuitry. Integration helps designers develop magnetic closed-loop current sensors, while built-in closed-loop magnetic core degaussing procedure and offset calibration increase dynamic range up to- 6 decades. Overall sensor accuracy is
Read More »Magnetic Sensing IC simplifies current sensor development.
Within 4 x 4 mm QFN package, DRV421 features fully integrated fluxgate sensor and compensation coil driver as well as all required signal conditioning circuitry. Integration helps designers develop magnetic closed-loop current sensors, while built-in closed-loop magnetic core degaussing procedure and offset calibration increase dynamic range up toÃ- 6 decades. Overall sensor accuracyÃÂ is
Read More »Drive Processor IDK increases device intelligence capabilities.
Allowing developers to differentiate and optimize motor control industrial system design, Sitara™ AM437x Industrial Development Kit (IDK) aids in evaluation of multi-protocol, industrial communication, and feedback interface capabilities of Sitara AM4379 and AM4377 processors based on ARM-® Cortex®-A9 core. Combination of motor control feedback and certified industrial Ethernet protocols...
Read More »Drive Processor IDK increases device intelligence capabilities.
Allowing developers to differentiate and optimize motor control industrial system design, Sitara™ AM437x Industrial Development Kit (IDK) aids in evaluation of multi-protocol, industrial communication, and feedback interface capabilities of Sitara AM4379 and AM4377 processors based on ARMÃ-® Cortexî-A9 core. Combination of motor control feedback and certified industrial Ethernet...
Read More »High-Side FET Driver suits lithium-ion battery applications.
Housed in 16-pin, 5 x 4.4 x 1 mm TSSOP package, 100 V Model bq76200 drives high-side N-channel charge and discharge FETs in batteries commonly used in energy storage systems and motor-driven applications. Device provides protection against inductive transient events, which can cause battery voltages to jump as much as 200% above normal. Fast-switching feature minimizes fault response time and...
Read More »High-Side FET Driver suits lithium-ion battery applications.
Housed in 16-pin, 5 x 4.4 x 1 mm TSSOP package, 100 V Model bq76200 drives high-side N-channel charge and discharge FETs in batteries commonly used in energy storage systems and motor-driven applications. Device provides protection against inductive transient events, which can cause battery voltages to jump as much as 200% above normal. Fast-switching feature minimizes fault response time and...
Read More »Battery Management IC maintains always-on 1.8 V operation.
Operating at 1.8 V and with quiescent current of 700 nA, bq25120 integrates- linear charger, configurable LDO, load switch, buck converter, pushbutton control, and battery voltage monitor in one 2.5 x 2.5 mm WCSP. Support for batteries from 3.6–4.65 V and fast charge currents from 5–300 mAÂ allows wearables and industrial IoT applications to always be on without draining battery. Accurate...
Read More »Battery Management IC maintains always-on 1.8 V operation.
Operating at 1.8 V and with quiescent current of 700 nA, bq25120 integratesÃ- linear charger, configurable LDO, load switch, buck converter, pushbutton control, and battery voltage monitor in one 2.5 x 2.5 mm WCSP. Support for batteries from 3.6–4.65 V and fast charge currents from 5–300 mAÃÂ allows wearables and industrial IoT applications to always be on without draining battery....
Read More »Clock Generators provides ultra-low jitter of 100 fsec.
Supplied in 7 x 7 mm QFN package, LMK033x8- promotes telecommunications infrastructure equipment reliability. Up to 2 PLLatinum™ fractional-N PLLs with 8 outputs enable jitter performance of 100 fsec RMS over multiple integration bandwidths (1 KHz to 5 MHz and 12 KHz to 20 MHz). Pin-mode control feature enables designers to select from 71 pre-programmed frequency startup plans. While...
Read More »Clock Generators provides ultra-low jitter of 100 fsec.
Supplied in 7 x 7 mm QFN package, LMK033x8Ã- promotes telecommunications infrastructure equipment reliability. Up to 2 PLLatinum™ fractional-N PLLs with 8 outputs enable jitter performance of 100 fsec RMS over multiple integration bandwidths (1 KHz to 5 MHz and 12 KHz to 20 MHz). Pin-mode control feature enables designers to select from 71 pre-programmed frequency startup plans. While...
Read More »Magnetic Sensing IC simplifies current sensor development.
Within 4 x 4 mm QFN package, DRV421 features fully integrated fluxgate sensor and compensation coil driver as well as all required signal conditioning circuitry. Integration helps designers develop magnetic closed-loop current sensors, while built-in closed-loop magnetic core degaussing procedure and offset calibration increase dynamic range up to- 6 decades. Overall sensor accuracy is
Read More »Magnetic Sensing IC simplifies current sensor development.
Within 4 x 4 mm QFN package, DRV421 features fully integrated fluxgate sensor and compensation coil driver as well as all required signal conditioning circuitry. Integration helps designers develop magnetic closed-loop current sensors, while built-in closed-loop magnetic core degaussing procedure and offset calibration increase dynamic range up toÃ- 6 decades. Overall sensor accuracyÃÂ is
Read More »Drive Processor IDK increases device intelligence capabilities.
Allowing developers to differentiate and optimize motor control industrial system design, Sitara™ AM437x Industrial Development Kit (IDK) aids in evaluation of multi-protocol, industrial communication, and feedback interface capabilities of Sitara AM4379 and AM4377 processors based on ARM-® Cortex®-A9 core. Combination of motor control feedback and certified industrial Ethernet protocols...
Read More »Drive Processor IDK increases device intelligence capabilities.
Allowing developers to differentiate and optimize motor control industrial system design, Sitara™ AM437x Industrial Development Kit (IDK) aids in evaluation of multi-protocol, industrial communication, and feedback interface capabilities of Sitara AM4379 and AM4377 processors based on ARMÃ-® Cortexî-A9 core. Combination of motor control feedback and certified industrial Ethernet...
Read More »