BD4859

BD4859G-TR vs BD4859FVE-TR vs BD4859N50150AH

 
PartNumberBD4859G-TRBD4859FVE-TRBD4859N50150AH
DescriptionSupervisory Circuits CMOS DETEC VOLT 5.9VSupervisory Circuits CMOS DETEC VOLT 2.4VUnclassified
ManufacturerROHM SemiconductorROHM Semiconductor-
Product CategorySupervisory CircuitsSupervisory Circuits-
RoHSYY-
TypeVoltage MonitorsVoltage Monitors-
Mounting StyleSMD/SMTSMD/SMT-
Package / CaseSSOP-5VSOF-5-
Threshold Voltage5.9 V5.9 V-
Number of Inputs Monitored1 Input1 Input-
Output TypeOpen DrainOpen Drain-
Manual ResetNo Manual ResetNo Manual Reset-
Watchdog TimersNo WatchdogNo Watchdog-
Battery Backup SwitchingNo BackupNo Backup-
Reset Delay Time---
Supply Voltage Max---
Minimum Operating Temperature- 40 C- 40 C-
Maximum Operating Temperature+ 105 C+ 105 C-
Quiescent Current900 nA900 nA-
Accuracy1 %1 %-
SeriesBD48BD48-
PackagingReelReel-
BrandROHM SemiconductorROHM Semiconductor-
Overvoltage Threshold5.959 V5.959 V-
Undervoltage Threshold5.841 V5.841 V-
Chip Enable SignalsNo Chip EnableNo Chip Enable-
Development Kit---
Operating Supply Current---
Pd Power Dissipation540 mW210 mW-
Power Fail DetectionNoNo-
Product TypeSupervisory CircuitsSupervisory Circuits-
Factory Pack Quantity30003000-
SubcategoryPMIC - Power Management ICsPMIC - Power Management ICs-
Supply Voltage Min---
Part # AliasesBD4859GBD4859FVE-
Hersteller Teil # Beschreibung RFQ
BD4859G-TR Supervisory Circuits CMOS DETEC VOLT 5.9V
BD4859FVE-TR Supervisory Circuits CMOS DETEC VOLT 2.4V
BD4859N50150AH Unclassified
BD4859FVE-TR IC DETECTOR VOLT 5.9V ODRN 5VSOF
BD4859G-TR Supervisory Circuits CMOS DETEC VOLT 5.9V
Anaren
Anaren
BD4859N50150AHF Signal Conditioning 4.8-5.9GHz 1 Watt Bal/Unbal 50-150 Ohm
BD4859L50200A Neu und Original
BD4859L50200A00 Neu und Original
BD4859N50150A Neu und Original
BD4859N50150A00 Neu und Original
BD4859N50150AHF BALUN 4.8GHZ-5.9GHZ 50/150 0404
BD4859N5050 Neu und Original
BD4859N5050A00 Neu und Original
BD4859N50100AHF Signal Conditioning 4.8-5.9GHz 50/100 Ohm IL=.6dB
BD4859N5050AHF Signal Conditioning 4.8+5.9GHz 50 Ohm IL=.7dB
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