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MIC2506

Microchip
Part Number MIC2506
Manufacturer Microchip
Description Single 2A/Dual 1A High-Side Switches
Published Feb 8, 2017
Detailed Description MIC2505/6 Single 2A/Dual 1A High-Side Switches Features • Low MOSFET On-Resistance to 3.0V - 30 mΩ Typical at 5V (MIC2...
Datasheet PDF File MIC2506 PDF File

MIC2506
MIC2506

Overview
MIC2505/6 Single 2A/Dual 1A High-Side Switches Features • Low MOSFET On-Resistance to 3.
0V - 30 mΩ Typical at 5V (MIC2505 Series) - 35 mΩ Typical at 3.
3V (MIC2505 Series) - 75 mΩ Typical at 5V (Each MIC2506 Output) - 80 mΩ Typical at 3.
3V (Each MIC2506 Output) • 3.
0V to 7.
5V Input • 110 µA Typical On-State Supply Current • 1 µA Typical Off-State Supply Current • Output Can be Forced Higher than Input (Off-State) • Current-Limit • Thermal Shutdown • 2.
5V Undervoltage Lockout (UVLO) • Open-Load Detection (MIC2505YN/M and MIC2506YN/M Only) • Open-Drain Fault Flag • 5 ms (Slow) Turn-On and Fast Turn-Off • Logic-Level Control/Enable Input Applications • USB Power Distribution • 3.
3V and 5V Power Management • PC Card Inrush Limiting Switch • Hot Plug-In Power Supplies • Battery Charger Circuits General Description The MIC2505, MIC2505-1, MIC2505-2, and MIC2506 are single and dual integrated high-side power switches that consist of TTL-compatible control/enable inputs, a charge pump, and protected N-channel MOSFETs.
The MIC2505/6 family can be used instead of separate high-side drivers and MOSFETs in many low-voltage applications.
The MIC2505/6 family controls voltages ranging from 3.
0V to 7.
5V.
The MIC2505-series can deliver at least 2A continuous current while the MIC2506 can deliver at least 1A continuous current from each output.
A slow turn-on feature prevents high inrush current when switching capacitive loads.
The internal control circuitry is powered from the same 3.
0V to 7.
5V.
Within the device’s input range, outputs can be forced higher than the input voltage when disabled.
Multipurpose open-drain fault flag outputs indicate overcurrent limiting, open-load detection (except MIC2505-1 and -2 versions), thermal shutdown, or undervoltage lockout for each channel.
Overcurrent limiting is internally fixed and requires no external components.
Open-load detection is active when the switch is off.
When off, a normal load pulls the output pin low.
If the load is open, ...


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