IP5306 2.1A charging 2.4A discharging highly integrated portable power supply system on-chip (SOC) Application fields Portable power banks / charging stations Portable devices such as mobile phones and tablets ... Lesen Sie weiter
NE556DR Dual Precision Timers NE556DR Dual Precision Timers Features Two precision timing circuits per package Astable or monostable operation TTL-compatible output can sink or source up to 200mA Active pullup ... Lesen Sie weiter
Advanced RF Integrated Circuits For Automotive Power Line Communication And Wireless Transceiver Chip QCA7005-AL33 Product Specifications Attribute Value Program Memory Type Flash Style RF HIFU Subcategory ... Lesen Sie weiter
5-port 10/100M Ethernet Switch Controller Communication Interface Circuit Chip RTL8305NB-VB-CG Product Specifications Attribute Value Subcategory Optocouplers Number Of Channels 2 Channel Noise Figure Low Noise ... Lesen Sie weiter
BRCL3130ME The BRCL3130ME series product is a high integration solution for lithium - lion/polymer battery protection. Key Features Integrate advanced power MOSFET with Equivalent of 65mQ Rps(oON) Ultra - small ... Lesen Sie weiter
SY6982EQDC High Efficiency 2A Two-Cell Boost Li-Ion Battery Charger 3.6-5.5VIN 2A Two-cell Synchronous Boost Li-Ion Battery Charger with integrated 1MHz switching frequency and full protection functions. Key ... Lesen Sie weiter
Half-bridge (2) DMOS Brushed DC 40V Parallel Control And Power Stage DC Motor Driver Chip TLE5205-2G Product Attributes Product Category: Motor / Motion / Ignition Controllers & Drivers Product: Fan / Motor ... Lesen Sie weiter
Product Description: The FPGA Field Programmable Gate Array is a highly versatile and powerful device designed to meet the demands of modern digital logic design and complex system integration. One of its ... Lesen Sie weiter
Product Description: The FPGA - Field Programmable Gate Array is a highly versatile and powerful semiconductor device designed to meet the demanding requirements of modern electronic systems. As an active part ... Lesen Sie weiter