MIC826MYMT-T5集成電路（IC）的監(jiān)控器規(guī)格書PDF中文資料

MIC826MYMT-T5屬于集成電路（IC）的監(jiān)控器。由微芯科技股份有限公司制造生產(chǎn)的MIC826MYMT-T5監(jiān)控器PMIC 監(jiān)控器用于監(jiān)視和/或控制電路中的電壓軌，能夠連接微控制器以維持一定的功率限值。監(jiān)控器類型包括電池備用電路、監(jiān)控器、多電壓監(jiān)控器、電源監(jiān)控器、穩(wěn)壓器/監(jiān)控器、復(fù)位計時器、定序器、簡單復(fù)位/上電復(fù)位、智能開/關(guān)控制器、系統(tǒng)管理器、電壓檢測器和看門狗電路。

General Description

The MIC826 is a low-current, ultra-small, voltage

supervisor with manual reset input, watchdog timer,

and active-high and active-low push-pull outputs. The

reset outputs are asserted and held when the supply

voltage falls below the factory-programmed threshold

voltage, when the /MR pin is pulled low, or if the

watchdog times out. Reset is asserted for the reset

timeout delay after the supply voltage increases above

the rising threshold voltage or when manual reset input

is asserted high.

The MIC826 features an integrated pull-up resistor on

the /MR. An active-low push-pull reset output (/RESET)

and an active-high reset output (RESET) provide

flexibility when interfacing with various

microcontrollers, PMICs, or load switches. The

watchdog input can be left unconnected for

applications that do not require watchdog monitoring.

The MIC826 consumes a quiescent current of only

3.8 μA and is offered in a tiny, space-saving, 6-lead

1.6 mm x 1.6 mm UDFN package. It is rated for the

–40°C to +125°C temperature range.

Features

? Precision 1.8V to 5V Power Supply Monitor

? ±0.5 Threshold Accuracy at TA = +25°C

? ±1.5 Threshold Accuracy from TA = –40°C to +125°C

? 3.8 μA Supply Current (MIC826S/R/T/W/Y/Z)

? 4.8 μA Supply Current (MIC826L/M)

? Manual Reset Input

? 140 ms (min.) Reset Timeout Period

? 1.6s (typ.) Watchdog Timeout Period

? Float Watchdog Timer Input to Disable Watchdog Timer

? Active-High and Active-Low Push-Pull Outputs

? Ensured Reset Output Valid to VCC = 1V

? –40°C to +125°C Junction Temperature Range

? 6-Lead 1.6 mm x 1.6 mm x 0.5 mm UDFN Package

? 50 Smaller Version of MAX823/MAX824/MAX825/ADM823/ADM824/ADM825

? 8x Lower Watchdog Input Current than the Competition

Applications

? Microprocessor Systems

? Computers

? Intelligent Instruments