Current Sensor
Diodes Incorporated's AHC1724Q and AHC1725Q are compact, automotive-compliant Hall effect current sensors designed for EV charging, offering precise, isolated AC/DC measurements up to ±50A.
TDK Introduces New High-Performance Hall-Based Current Sensor IC
TDK Micronas CUR 3020 is a customer-programmable, low-noise, high-accuracy linear Hall-effect current sensor IC optimized for C-core concentrators in high-power conversion systems.
Melexis Unveils Versatile Integrated Current Sensor Platform Up to 100 A
Melexis MLX91224 and MLX91225 are integrated Hall-effect current sensors providing isolated, high-speed measurement up to 100A RMS for high-voltage automotive and industrial applications, including…
TI Debuts New Approach to Current Sensing for Unprecedented Accuracy in HEV and EV Traction
Texas Instruments TMCS2100-Q1 is the industry's first multiaxial coreless Hall-effect current sensor, offering 20 times greater accuracy for HEV/EV traction inverters while enabling smaller designs.
LT3073 3A Ultra-Low Noise, Ultra-Fast, Low drop-out Linear Voltage Regulator
The LT3073 is a 3A, ultra-fast, ultra-low noise, low drop-out voltage regulator designed by Analog Devices. It can deliver up to 3A with a typical dropout voltage of just 45mV.
ADP2291 Compact 1.5 A Linear Charger for Single-Cell Li+ Battery
The ADP2291 is a constant-current/constant-voltage linear charger for a single-cell lithium-ion battery. ADP2291 requires a few components to operate. It has a wide 4.5 V to 12 V input voltage range.
Different Types of Sensors and Sensing Technologies
What is a Sensor?
A sensor is a device that can detect a change in its surrounding environment and provides output in the form of an analog or digital signal, which is then either displayed or can be used by a closed
MAX22201 - Brushed Motor Driver with Integrated Current Sense
The MAX22201 ICs integrate a single 36V, 3.5A peak full bridge configuration for driving brushed DC motors. With low impedance FETs and a typical RON of 0.3Ω, the full bridge ensures high driving efficiency.
