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MAX6784TCB+ Datasheet(PDF) 7 Page - Maxim Integrated Products

Part # MAX6784TCB+
Description  Low-Power, 1% Accurate, Dual-/Triple-/Quad-Level Battery Monitors in Small TDFN and TQFN Packages
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Manufacturer  MAXIM [Maxim Integrated Products]
Direct Link  https://www.maximintegrated.com/en.html
Logo MAXIM - Maxim Integrated Products

MAX6784TCB+ Datasheet(HTML) 7 Page - Maxim Integrated Products

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Low-Power, 1% Accurate, Dual-/Triple-/Quad-Level
Battery Monitors in Small TDFN and TQFN Packages
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7
Pin Description
PIN
MAX6782/
MAX6783
MAX6784/
MAX6785
NAME
FUNCTION
1
1
IN2
Battery Monitor Input 2. Connect to an external resistive divider to set the trip
threshold for monitor 2.
2
2
IN3
Battery Monitor Input 3. Connect to an external resistive divider to set the trip
threshold for monitor 3.
3
IN4
Battery Monitor Input 4. Connect to an external resistive divider to set the trip
threshold for monitor 4.
4
3
REF
Reference Output. REF can source up to 1mA. REF does not require an external
bypass capacitor for stability. Keep the capacitance from REF to GND below 50pF.
5
4
HADJ1
Hysteresis Adjustment Input 1.
Connect HADJ1 to GND to select an internal preset hysteresis option.
Connect a resistive divider from REF to HADJ1 and to GND to externally adjust the
hysteresis for IN1 from its internal preset hysteresis (see Figure 6).
6
5
HADJ2
Hysteresis Adjustment Input 2.
Connect HADJ2 to GND to select an internal preset hysteresis option.
Connect a resistive divider from REF to HADJ2 and to GND to externally adjust the
hysteresis for IN2 from its internal preset hysteresis (see Figure 6).
7
6
HADJ3
Hysteresis Adjustment Input 3.
Connect HADJ3 to GND to select an internal preset hysteresis option.
Connect a resistive divider from REF to HADJ3 and to GND to externally adjust the
hysteresis for IN3 from its internal preset hysteresis (see Figure 6).
8
HADJ4
Hysteresis Adjustment Input 4.
Connect HADJ4 to GND to select an internal preset hysteresis option.
Connect a resistive divider from REF to HADJ4 and to GND to externally adjust the
hysteresis for IN4 from its internal preset hysteresis (see Figure 6).
9—
LBO4
Active-Low, Low-Battery Output 4.
LBO4 asserts when VIN4 falls below the falling
threshold voltage.
LBO4 deasserts when VIN4 exceeds the rising threshold voltage.
10
7
LBO3
Active-Low, Low-Battery Output 3.
LBO3 asserts when VIN3 falls below the falling
threshold voltage.
LBO3 deasserts when VIN3 exceeds the rising threshold voltage.
11
8
LBO2
Active-Low, Low-Battery Output 2.
LBO2 asserts when VIN2 falls below the falling
threshold voltage.
LBO2 deasserts when VIN2 exceeds the rising threshold voltage.
12
9
LBO1
Active-Low, Low-Battery Output 1.
LBO1 asserts when VIN1 falls below the falling
threshold voltage.
LBO1 deasserts when VIN1 exceeds the rising threshold voltage.
13
10
BATT
Battery Input. Power supply to the device. For better noise immunity, bypass BATT
to GND with a 0.1µF capacitor as close to the device as possible.
14
11
GND
Ground
15
N.C.
No Connection. Not internally connected.
16
12
IN1
Battery Monitor Input 1. Connect to an external resistive divider to set the trip
threshold for monitor 1.
MAX6782/MAX6783/MAX6784/MAX6785


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