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PT7M6101CHTA5EX

Description
Supervisory Circuits Ultra Low Voltage Detector
Categorysemiconductor    Power management   
File Size169KB,5 Pages
ManufacturerDiodes Incorporated
Environmental Compliance
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PT7M6101CHTA5EX Overview

Supervisory Circuits Ultra Low Voltage Detector

PT7M6101CHTA5EX Parametric

Parameter NameAttribute value
Product AttributeAttribute Value
ManufacturerDiodes Incorporated
Product CategorySupervisory Circuits
RoHSDetails
PackagingReel
Factory Pack Quantity3000
PT7M6101/6102
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Ultra Low Voltage Detectors
Features
Low/High Threshold voltage with 90mV/100mV for
PT7M6101 and 190mV/200mV for PT7M6102
Internal Reference (10mV hysteresis)
±10mV
Threshold Voltage Accuracy Over
Temperature
Low Power Consumption: 8μA (typical)
Three Output Configurations
Push-Pull Active Low-- OVRI
Push-Pull Active High--- OVRI
Open-Drain Active Low--- OVRI
Description
PT7M6101/6102 series are designed for over
current detector. They provide excellent circuit
reliability and low cost by eliminating external
components. These devices assert an OVRI signal when
the voltage at IN pin rises above the high threshold.
After IN pin declines below the low threshold, OVRI
signal is de-asserted.
PT7M6101CL/6102CL have a push-pull active-
low output. PT7M6101CH/6102CH have a push-pull
active-high output. PT7M6101NL/6102NL have an
open-drain active-low output. The open-drain active-
low output requires a pull-up resistor that can be
connected to a voltage higher than V
DD
.
Low
supply
current
of
8μA
makes
PT7M6101//6102 series ideal for using in battery power
supply. These devices are available in SOT23-5 lead
free packages.
Guaranteed OVRI Valid to Vcc=1.0V
Immune to Short Negative Vcc Transients
SOT23-5LPackage are available
Pin Configuration
Applications
Over Current Protection in Battery Charger etc.
Over Temperature Protection
Power Supply
Voltage Monitoring
Pin Description
Pin Name
GND
OVRI
I/O
GND
O
Description
Ground
Over-current Output, Push-Pull or Open-Drain, Active-Low. OVRI changes from HIGH to
LOW when IN rises above the typical high detection threshold (100mV). OVRI remains HIGH
after IN drops below the low detection threshold (90mV).
Over-current Output, Push-Pull, Active-High. OVRI changes from LOW to HIGH when IN
rises above the typical high detection threshold (100mV). OVRI remains LOW after IN drops
below the low detection threshold (90mV).
Detection Voltage Input. High-impedance input for comparator. Connect this pin to over-current
sampling network. OVRI is asserted when IN is above the high threshold voltage.
Supply Voltage
OVRI
IN
VCC
O
I
Power
2013-11-0004
1
PT0260-5
12/12/13
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