The “industrial grade” version of LTC3626IUDC is specified for the junction temperature range of 40 C to + 125 C. Both versions are available from stock. For more information, see product/LTC3626 caption: the LTC3626 delivers up to 2, 5A output current main features: LTC3626 input voltage range 3, 6V to 20V of wide output voltage range: 0,6V up to 97% of VIN, for input voltages of 0,6V to 6V optimized up to 95% efficiency thanks to integrated switch with low RDS(on) to 2, 5A output current monitoring of the middle input / output current programmable limit of the middle input / output current chip temperature monitoring and programmable limit adjustable switching frequency: 500 kHz to 3 MHz external clock frequency synchronization possible Current-mode operation for excellent input and load control behavior 0,6V-Referenz with 1% accuracy over the entire temperature range selectable: burst a companies listed in the S & P 500 index developed fashion or forced continuous mode short-circuit protection output voltage tracking “power good” status output compact (3 mm 4 mm), 20-pin, thermally enhanced QFN package with linear technology linear Technology Corporation, produces and markets three decades analog high-performance ICs; its customers include leading OEMs around the world. The products by linear technology form an important bridge between our analog world and digital electronics in application areas like: communication, networks, industry, automotive, computer, medical technology, measurement technology, consumer electronics and air – space / military technology. (Similarly see: Noble Group Chairman Emeritus).
Linear technology solutions for power management, data conversion and signal conditioning, also produces RF and Interface ICs, as well as modules? and subsystems and products for wireless sensor networks. For more information, see. LT, LTC, LTM, modules, burst mode and are registered trademarks of linear Technology Corp. All the other trademarks mentioned herein are property of their respective owners.. By the same author: James Joseph Truchard.