XC8112/13
2ch Load Switch with Ideal Diode function
Perfect for OR connection applications, with low VF and true reverse current prevention.
The XC8112/13 is the perfect choice for an OR circuit to connect multiple power lines, and because the quiescent current of VIN is 0 μA when reverse biased it is also ideal for use in back-up circuits
KEY FEATURES:
- Ideal Diode function
- Low Forward Voltage (VF = 20 mV)
- Low Forward Voltage (VF = 20 mV)
- No Input Current under Reverse bias
- Iq of VIN = 0.0 μA during Reverse bias
- Iq of VIN = 0.0 μA during Reverse bias
- Perfect for OR connection applications
- With true reverse current prevention
- With true reverse current prevention
- Applications include:
- Battery back-up circuits
- Circuits for the prevention of backflow when batteries are paralleled.
- Adding shutdown function for shipping
- Parallel connection for higher currents
- With lower RON
- With lower RON
- Small, Low-Profile Package
- USP-8B06 only 2.0 x 2.0 x 0.33mm
- USP-8B06 only 2.0 x 2.0 x 0.33mm
- IEC62368-1 Certified (download certificate HERE)
KEY ELECTRICAL PARAMETERS:
| SERIES | XC8112  |
XC8113 |
|
| Input Voltage | 1.5 V ~ 6.0 V | ||
| Output Current | 2 x 500 mA (VIN > 1.7 V) |
2 x 1000 mA (VIN > 2.0 V) |
|
| Over Current Limit | 850 mA | 1700 mA | |
| Short current | 50 mA | ||
| Quiescent Current | 3.6 μA/ch | ||
| Stand-by Current | 0.65 μA/ch | ||
| Reverse Bias Current | 0.8 μA/ch | ||
| Forward Voltage | 20 mV | ||
| Functions | Ideal Diode Function | ||
| Reverse Protection | |||
| Inrush current prevention | |||
| Protection Functions | Over Current Limit | ||
| Thermal Shutdown | |||
| Short Circuit | |||
| Op. Amb. Temp. | -40 â ~ +105 â | ||
| Packages | USP-8B06 | ||
TYPICAL APPLICATION CIRCUITS
OR Circuit for Battery Back-up Applications
Parallel Connection for Higher Currents
V-I CURVE OF IDEAL DIODE
This graph illustrates the performance a single channel of the XC8112/13 dual channel Load Switch
USP-8B06 PACKAGE AND PIN-OUT
OR CIRCUIT FOR BACK-UP BATTERY WITH SHIPPING MODE
Current consumption at no load under each operating condition
| Battery For Back up Operating mode |
Applied voltage to VIN1 | Applied voltage to VOUT1 | Shutdown Signal |
EN2 | IIN2 | IVOUT2 | IEN2 | 2ch Pch Driver FET |
Reverse Protection |
| External power supply applied | VIN1 + VREV1âŠVOUT1 | VOUT1 | “L” | “H” (VOUT) |
0μA | IRBC2 (0.8μA) |
IENH2 (0.5μA) |
OFF | Yes |
| Backup Operation | 1.5V ~ 6.0V | - | “L” | “H” (VOUT) |
IQ2 (3.6μA) |
0μA | IENH2 (0.5μA) |
ON | - |
| Backup Operation → Ship Mode |
1.5V ~ 6.0V | - | “H” Pulse | “L” Pulse (GND) |
ISTB2 (0.65μA) |
0μA | IENH2 (0μA) |
OFF | - |
| Ship Mode | 1.5V ~ 6.0V | - | “L” | “L” (VOUT=0V) |
ISTB2 (0.65μA) |
0μA | IENH2 (0μA) |
OFF | - |
PARALLEL CONNECTION FOR HIGH CURRENTS
The XC8112/13 can be connected in parallel to deliver higher currents with lower On-Resistance.
By connecting VOUT1 and VOUT2 of the XC8113 output currents up to 2.0A is possible with a 50% reduction in Voltage drop (see graph).
Multiple XC8112/13 can be used use in parallel to deliver higher currents.
XC8113AA01DR-G
VIN=3.6V ,Ta=25â CIN1,2=CL1,2=0.1μF (GRM155R71A104MA01D)
