The LT8640 is a 42V, 5A synchronous buck regulator using Silent Switcher architecture. Silent Switchers minimize EMI emissions and do not require metal shielding or slow switching edges. This achieves excellent EMI performance and provides high efficiency at high switching frequencies. Peak efficiency for a 12VIN to 5VOUT application can be greater than 96% at 1MHz switching frequency and almost 95% at 2MHz switching frequency. The 5A synchronous buck features a low quiescent current of 2.5µA, a wide input voltage range to 42V, short minimum on-time and low dropout voltage, all in a small 3mm x 4mm QFN package.
The emulator is a USB MSP430 (FPA) JTAG/BSL programming emulator. I made a core board myself. There was no problem downloading the simulation for the first few times, but later it could not download a
Current feedback amplifiers (CFAs) have not historically been the first choice for transimpedance amplifiers (TIAs) because they have high inverting input current and inverting input current noise, wh
I use 2440, WINCE5.0, and want to implement 4X4 keypad digital input. Now I press the numeric keypad but it doesn't respond. How can I drive the keyboard? I can enter numbers in the notepad in WINCE.
When you touch the surface of the power module, it feels hot. Is the module broken? Wait a minute, it is a little hot just because it is working hard. But high temperature has a great impact on the re
DPS (Digital Pixel System) is a breakthrough technology in the field of imaging and image processing. Its revolutionary image capture and processing method allows the dynamic range of the camera to be