Power Line Inductor Texas Instruments/TI TPS259250DRCT | ECAD Module | Build or Request PCB Footprint or Symbol | | Supply and Demand Status | Balance | | Fake Threat In the Open Market | 43 pct. | | Popularity | Medium | | Win Source Part Number | 1111539-TPS259250DRCT | | Feature Pins | EN | | Case / Package | 10-VSON (3x3) | | Mounting | SMD (SMT) | | Temperature Range - Operating | -40°C to 85°C | | Supply Voltage - Operating | 4.5 V to 5.5 V | | Features | Latched Fault, OVP, Thermal Limit | | Applications | General Purpose | | Internal Switch(s) | Yes | | Number of Channels | 1 | | Programmable Features | Current Limit, Slew Rate, UVLO | | Status | Active | | Packaging | Reel - TR | | Manufacturer | Texas Instruments | | Categories | Integrated Circuits | | Current - Output (Max) | 5A | | Operating Supply Current | 470μA | | Type | Hot Swap Controller |
- 12-V eFuse – TPS25926x
- 5-V eFuse – TPS25925x
- Integrated 30-mΩ Pass MOSFET
- Fixed Over-Voltage Clamp:
- 2-A to 5-A Adjustable ILIMIT (±15% Accuracy)
- Programmable VOUT Slew Rate, UVLO
- Built-in Thermal Shutdown
- UL 2367 Recognized – File No. E339631*
- *RILIM ≤ 130 kΩ (5 A maximum)
- Safe During Single Point Failure Test (UL60950)
- Small Foot Print – 10L (3 mm × 3 mm) VSON
The TPS25925x/6x family of eFuses is a highly integrated circuit
protection and power management solution in a tiny package. The
devices use few external components and provide multiple protection
modes. They are a robust defense against overloads, shorts
circuits, voltage surges, excessive inrush current. Current limit
level can be set with a single external resistor and current limit
set has a typical accuracy of ±15%. Over voltage events are limited
by internal clamping circuits to a safe fixed maximum, with no
external components required. TPS25926x devices provide over
voltage protection (OVP) for 12-V systems and TPS25925x devices for
5-V systems. In cases with particular voltage ramp requirements, a
dV/dT pin is provided that can be programmed with a single
capacitor to ensure proper output ramp rates. |
