| Featured Products this Week |
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| 6.5 V Thermally-Enhanced Bidirectional Switch | |
Power Switch IC
from Navitas Semiconductor
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| The NV6427 from Navitas Semiconductor is a Bidirectional Switch that is capable of blocking voltage in both directions. It requires an input voltage of up to 6.5 V (for gate drive). This switch is an optimized solution that operates in 4 quadrants. It integrates a monolithic substrate clamping circuit between each source and utilizes Navitas’ substrate clamp technology to automatically clamp the source-to-substrate voltage. |
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| Permanent Magnet Electric Motor/Generator | |
EV Traction Motor
from Danfoss
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| The EM-PMI375-T500-1800 from Danfoss is a Permanent Magnet Synchronous Electric Machine that has been developed specifically for harsh operating environments. It requires an input voltage of 500 V (AC). This traction motor delivers a continuous output power of 106 kW (Class F motor) and 110 kW (Class F generator) and has an efficiency of 96%. It provides a torque of 511 Nm and has a speed of up to 3600 rpm. |
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| Programmable Digital SOA-Based Hot Swap Controller | |
eFuse IC
from Infineon Technologies
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| The XDP700002XUMA1 from Infineon Technologies is a Hot Swap Controller IC. It requires an input voltage of -6.5 V to -80 V and can withstand a transient voltage of up to -100 V for 500 ms. This efuse IC can drive a single or multiple parallel N-Channel MOSFETs and is compatible with Infineon's proprietary OptiMOS technology. It has dedicated 12-bit current and voltage ADCs for precise input and output voltage monitoring and reporting. |
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| 7-16 Cell Battery Management IC | |
Battery Management IC
from Monolithic Power Systems
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| The MP2787DFP-0002 from Monolithic Power Systems is a 7-Cell to 16-Cell Battery Management IC for complete analog front-end (AFE) monitoring. It requires an input voltage of 18-75.2 V and an input current of 23 µA. It has a State-of-Charge (SOC) error of less than +/- 2% and incorporates an internal passive balancing MOSFET to equalize mismatched cells supporting up to 58 mA. This BMIC incorporates a dual analog-to-digital (ADC) converter architecture. |
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| 32-bit NXP Processor-Based VCU | |
EV ECU
from ECOTRON
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| The EV2206B05 from ECOTRON is a Vehicle Control Unit that has been designed to act as the master controller for electric and hybrid vehicles. It requires an input voltage of 9-32 V and an input current of less than 1 mA. This vehicle control unit (VCU) is based on NXP’s 32-bit SPC5606 microcontroller chip that supports 1 M flash, 80 K SRAM, and 64 K SPI serial EEPROM. This VCU receives the driver's input signals, such as pedal signals, vehicle speed signals, gear signals. |
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| 420 W Isolated AC-DC Converters | |
AC to DC Converter
from XP Power
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| The CCR420 Series from XP Power are Isolated AC-DC Power Supplies that convert an AC input voltage of 85-264 V to a DC output voltage of 12-54 V. They deliver a fan cooled power of 420 W, conduction cooled power of 350 W, and a convection cooled power of 280 W. They have an efficiency of up to 94.5%, a low earth leakage of less than 300 µA and a low patient leakage of up to 75 µA. These converters offer high efficiency and power density in a low-profile. |
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| Automotive-Grade Gate Drive Transformer | |
Power Transformer
from TDK Corporation
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| The B82804E0164A200 from TDK Corporation is an Automotive Grade Gate Drive Transformer. This transformer has a nominal inductance of 260 µH and a leakage inductance of less than 5 µH. It has a turns ratio of 1:2.8:1.53 and can withstand an isolation voltage of 2.5 kVrms for 1 minute. This AEC-Q200-qualified transformer is based on MnZn ferrite core construction and has a very low coupling capacity in the range of 2 pF. |
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| Automotive-Grade Isolated Gate Driver | |
Gate Driver
from Skyworks Solutions
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| The Si823H9CD-AS4 from Skyworks Solutions is an Automotive-Qualified Isolated Gate Driver that is ideal for industrial applications: power delivery, motor control, and lighting and automotive applications: on-board chargers, battery management, and electric vehicles. It requires an input voltage of 3-5.5 V. This gate driver offers a relatively higher reliability compared to opto-coupled gate drivers and is capable of driving power MOSFETs and IGBTs. |
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| 75 W Quasi-Resonant Offline Flyback Converter | |
PMIC
from STMicroelectronics
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| The VIPERGAN100TR from STMicroelectronics is an Offline Converter IC that has been designed for quasi-resonant (QR), zero voltage switching (ZVS) flyback converters. It requires an input voltage of 9-23 V and an input current of up to 900 mA. This IC delivers an output power of less than 75 W. It integrates a complete set of functionalities that provide a very flexible and easy to use chip, and helps to design a highly efficient offline power supply. |
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| Integrated 3-Phase BLDC/PMSM Motor Driver | |
Motor Driver IC
from Qorvo
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| The ACT72350-T from Qorvo is an Integrated Three-Phase BLDC/PMSM Motor Driver IC that has been designed for medium voltage applications. It requires an input voltage of 25-160 V. This motor driver includes a configurable power manager, a patent-pending configurable analog front-end, and application specific power drivers. It seamlessly integrates with an external microcontroller core, providing enhanced design flexibility. |
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| 3.3 V Automotive-Grade Current Sensor IC | |
Current Transducer
from Allegro MicroSystems
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| The ACS37010LLZATR-030B3 from Allegro MicroSystems is an AEC-Q100-Qualified Current Sensor IC. This transducer requires a supply voltage of 3.3 V and has a current sensing range of up to ±30 A. It has high operating bandwidth with accurate current measurement ability. This transducer can withstand an isolation voltage of 3500 V between the primary and secondary signal leads and has immunity against external magnetic fields. |
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| 1.3 V Buck Switching Regulator IC | |
DC to DC Converter
from Kinetic Technologies
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| The KTB8400AEDAA-TR from Kinetic Technologies is a Buck Switching Regulator that converts an input voltage of 2.5-5.5 V to an output voltage of 1.3 V. It has an efficiency of up to 90%. This DC-DC converter provides a precise output voltage with class-leading transient response, efficiency, and solution size that has been optimized for mobile and non-mobile applications. It consists of a main switch, synchronous rectifier switch, and PWM control circuitry, |
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