TPS24741 Series
2.5-V to 18-V hot swap controller with power limiting and Oring with auto retry
Manufacturer: Texas Instruments
Link to Manufacturer Page: https://www.ti.com/
Catalog
2.5-V to 18-V hot swap controller with power limiting and Oring with auto retry
| Part | Features | Internal Switch(s) | Current - Supply | Operating Temperature [Max] | Operating Temperature [Min] | Mounting Type | Applications | Voltage - Supply [Max] | Voltage - Supply [Min] | Supplier Device Package | Number of Channels [custom] | Type | Package / Case |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Texas Instruments TPS24741RGER | Auto Retry, UVLO | 4.2 mA | 125 °C | -40 °C | Surface Mount | General Purpose | 18 V | 2.5 V | 24-VQFN (4x4) | 1 | Hot Swap Controller, OR Controller | 24-VFQFN Exposed Pad | |
Texas Instruments TPS24741RGET | Auto Retry, UVLO | 4.2 mA | 125 °C | -40 °C | Surface Mount | General Purpose | 18 V | 2.5 V | 24-VQFN (4x4) | 1 | Hot Swap Controller, OR Controller | 24-VFQFN Exposed Pad |
Key Features
• 2.5V to 18V Bus Operation (30V abs max)Programmable Protection Settings:Current Limit: ±5% at 10mVFast Trip: ±10% at 20mVReverse Voltage: ±1mV at –1 mVProgramable Response Time for Fast Trip andReverse VoltageProgrammable FET SOA ProtectionDual Timer (Inrush/Fault)Interchangeable Hot Swap and ORingAnalog Current Monitor (1% at 25mV)Status Flags for Faults and Power GoodUV and OV ProtectionIndependent EN for Hot Swap and ORing4mm × 4mm 24-pin QFN40 = Latch, 41 = Retry, 42 = Fast Latch Off2.5V to 18V Bus Operation (30V abs max)Programmable Protection Settings:Current Limit: ±5% at 10mVFast Trip: ±10% at 20mVReverse Voltage: ±1mV at –1 mVProgramable Response Time for Fast Trip andReverse VoltageProgrammable FET SOA ProtectionDual Timer (Inrush/Fault)Interchangeable Hot Swap and ORingAnalog Current Monitor (1% at 25mV)Status Flags for Faults and Power GoodUV and OV ProtectionIndependent EN for Hot Swap and ORing4mm × 4mm 24-pin QFN40 = Latch, 41 = Retry, 42 = Fast Latch Off
Description
AI
The TPS2474x is an integrated ORing and Hot Swap controller for 2.5 V to 18 V systems. It's precise and programmable protection settings aid in the design of high power, high availability systems where isolating faults is critical.
Programmable current limit, fast shut down, and fault timer protect the load and supply during fault conditions such as a hot - short. The fast shutdown threshold and response time can be tuned to ensure a fast response to real faults, while avoiding nuisance trips. Programmable SOA (Safe Operating Area) protection and the inrush timer keep the MOSFET safe under all operating conditions. After asserting a power good, TPS2474x runs the fault timer during over-current events, but doesn’t current limit. It shuts down after the fault timer expires. Two independent timers (inrush/fault) allow the user to customize protection based on system requirements. The ORing function of the TPS2474x allows the user to program the reverse voltage threshold and response time to aid in the design of redundant power supply systems.
The TPS2474x is an integrated ORing and Hot Swap controller for 2.5 V to 18 V systems. It's precise and programmable protection settings aid in the design of high power, high availability systems where isolating faults is critical.
Programmable current limit, fast shut down, and fault timer protect the load and supply during fault conditions such as a hot - short. The fast shutdown threshold and response time can be tuned to ensure a fast response to real faults, while avoiding nuisance trips. Programmable SOA (Safe Operating Area) protection and the inrush timer keep the MOSFET safe under all operating conditions. After asserting a power good, TPS2474x runs the fault timer during over-current events, but doesn’t current limit. It shuts down after the fault timer expires. Two independent timers (inrush/fault) allow the user to customize protection based on system requirements. The ORing function of the TPS2474x allows the user to program the reverse voltage threshold and response time to aid in the design of redundant power supply systems.