The L6983 is an easy to use synchronous monolithic step-down regulator capable of delivering up to 3 A DC to the load. The wide input voltage range makes the device suitable for a broad range of applications. The L6983 is based on a peak current mode architecture and is packaged in a QFN16 3×3 with […]
L6983 – 38V 3A SYNCHRONOUS STEP-DOWN CONVERTER WITH 17UA QUIESCENT CURRENT Continue Reading
Sochip partners with Allwinner to launch a new V831 development board that showcases an Allwinner V831 IP Camera SoC, the very first to include an AI chip. Allwinner has released quite a number of camera processors in the past, the V3, V316, S3, and many more, but none of them ever came with a built-in
Analog Devices’ controllers enable full functional safety if one of the batteries fail by forcing the other battery to take over Analog Devices’ LT8228 100 V bidirectional buck or boost DC/DC controllers provide sustainable power in hybrid and electric vehicle (EV) critical non-drive train subsystems by controlling 48 V and 12 V batteries with bidirectional capabilities allowing
LT8228 – 100 V BIDIRECTIONAL BUCK OR BOOST DC/DC CONTROLLERS WITH PROTECTION Continue Reading
Features Rail-to-Rail Current Sense Amplifier with Monitor Wide Input Voltage Range: 3.4V to 42V Ultralow Quiescent Current Burst Mode® Operation: 3μA IQ Regulating 12VIN to 3.3VOUT Output Ripple <10mVP-P High Efficiency Synchronous Operation: 95% Efficiency at 3A, 5VOUT from 12VIN 94% Efficiency at 3A, 3.3VOUT from 12VIN Fast Minimum Switch-On Time: 40ns Low Dropout Under
Features Silent Switcher® Architecture Ultralow EMI/EMC Emissions Spread Spectrum Frequency Modulation High Efficiency at High Frequency Up to 96% Efficiency at 1MHz Up to 95% Efficiency at 2MHz Wide Input Voltage Range: 3.4V to 42V 5A Maximum Continuous Output, 7A Peak Transient Output Ultralow Quiescent Current Burst Mode® Operation 2.5μA IQ Regulating 12VIN to 3.3VOUT Output
Features Very High Toggle Rate: 280MHz Low Propagation Delay: 2.9ns Rail-to-Rail Inputs Extend Beyond Both Rails Output Current Capability: ±22mA Low Quiescent Current: 4.5mA Features within the LTC6752 Family: 2.45V to 5.25V Input Supply and 1.71V to 3.5V Output Supply (Separate Supply Option) 2.45V to 3.5V Supply (Single Supply Option) Shutdown Pin for Reduced Power Output
LTC6752 – 280MHz, 2.9ns Comparator Family with Rail-to-Rail Inputs and CMOS Outputs Continue Reading
Features Low Noise Fractional-N PLL with Integrated VCO No Δ-Σ Modulator Spurs 18-Bit Fractional Denominator –226 dBc/Hz Normalized In-Band Phase Noise Floor –274 dBc/Hz Normalized In-Band 1/f Noise –157 dBc/Hz Wideband Output Phase Noise Floor Excellent Integer Boundary Spurious Performance Output Divider (1 to 6, 50% Duty Cycle) Output Buffer Muting Reference Input Frequency Up
The ESP32-based M5Stack ATOM from Espressif is the smallest (24 x 24mm) development board available in the market, which is designed for portable embedded systems and IoT development projects. M5Stack is the most cost-effective product due to its small size and there is no battery integrated to it. The M5Stack has two types of units in the ATOM series,
Barely a week after Lattice semiconductor announced the launch of the CrossLink-NX family of FPGA, Greg Davill, in his amazing way of posting the entire development process in a twitter thread, has announced the launch of a development board based on the Lattice Crosslink-NX 72QFN. The new board which is called the ArcticKoala was created using some of the sources from recent FPGA tools like
MEET THE ARTICKOALA! THE FPGA DEVELOPMENT BOARD BASED ON LATTICE CROSSLINK-NX Continue Reading
Similar to the earlier Lindenis V5 designed for AI video processing and 4K encoding, Lindenis has released another single-board computer that uses SoM and baseboard design for 4K camera applications called the Lindenis V536. The Lindenis V536 which runs on a new Allwinner dual Cortex-A7 processor and a single MIPI SCI interface was designed for applications that rely heavily on popular open-source
MEET THE LINDENIS V536 SOM & SBC DESIGNED FOR AI VIDEO PROCESSING AND 4K ENCODING Continue Reading
