Ships to you betweenWed. 29 May to Mon. 03 Jun
TPS3808G01DBVR Texas Instruments
Ships to you between Wed. 22 May to Tue. 28 May
Processor Supervisor Adj 0.4V to 5V 6-Pin WSON EP T/R Stock : 1420
Supervisory Circuits Programmable-Delay Supervisory Stock : 5725
Supervisory Circuits Programmable-Delay Supervisory Stock : 20
Supervisory Circuits Programmable-Delay Supervisory Stock : 0
Supervisory Circuits EP Low Quies Crnt Progr Delay Sup Crct Stock : 20
Supervisory Circuits Lo Quies Crnt Prgrm Delay Sup Crct Stock : 0
Texas Instruments Supervisory Circuits AC Low Quies Crnt Progr-Delay Sup Crct Stock : 2830
Supervisory Circuits Low Quies Crnt Progr Delay Sup Crct Stock : 12
Supervisory Circuits Low Quies Crnt Progr Delay Sup Crct Stock : 4371
Power Management IC Development Tools EVM FOR TPS3808G01-Q1 Stock : 0
Supervisory Circuits Programmable-Delay Supervisory Stock : 1500
Supervisory Circuits Programmable-Delay Supervisory Stock : 4586
Supervisory Circuits w/Prog Watchdog Window Stock : 20671
Supervisory Circuits 2.63V Monitor Stock : 430
Supervisory Circuits 4.55V Monitor Stock : 0
Microprocessors - MPU i.MX 6 series 32-bit MPU, Dual ARM Cortex-A9 core, 1GHz, FCBGA 624 Stock : 80
Processors - Application Specialized CATSKILLS REV 1.2 Stock : 38
MPU 80186 Processor 16bit 1um 25MHz 100-Pin PQFP Stock : 0
Microprocessors - MPU MCF5445X V4M CORE MMU Stock : 0
The Texas Instruments TPS3808G01DBVR is a programmable-delay supervisory circuit for power-supply monitoring. It is designed to control power-supply sequencing and supervise overvoltage and undervoltage conditions. It is a 2-pin, SOT-23-5 package-style concept-embedded integrated circuit (IC) with integrated hysteretic voltage monitor, two programmable digital outputs, and adjustable reset thresholds. The timer of this device is adjustable from 0.30 ms to 20 s, making it suitable for many microcontroller-based applications. It also has an adjustable reset delay time for providing greater control over the power supply states which need protection from undervoltages, overvoltages, or brownouts. Additionally, the device features an open-drain output pin and internal pull-up, making it well-suited for use in ultra-low power applications.
