Dual Ideal Diode Selection

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Starting 9 component searches

Dispatching Library tool to find: "ideal diode controller 12V ORing"

Dispatching Library tool to find: "hot swap controller 12V ORing"

Dispatching Library tool to find: "P-channel MOSFET 30V low RDS(on)"

Dispatching Library tool to find: "N-channel MOSFET 30V low RDS(on)"

Searching: "LM5050-1"

Searching: "TPS2121"

Searching: "LTC4412"

Searching: "LTC4359"

Searching: "MAX40200"

Creating search plan for: "ideal diode controller 12V ORing"

Creating search plan for: "hot swap controller 12V ORing"

Creating search plan for: "P-channel MOSFET 30V low RDS(on)"

Creating search plan for: "N-channel MOSFET 30V low RDS(on)"

Searching: "Search for an IC designed to enable hot swapping. The device should support control over power input in systems where components are inserted or removed live, with an emphasis on 12V power rail applications."

Searching: "Find a controller IC that provides ORing functionality specifically for 12V rails. The component should manage inrush current protection, reverse current blocking, and allow hot-swap operations in redundant power supply systems."

Searching: "Look for a device that integrates hot swap capability with ORing features for 12V applications. The part should support seamless switching between multiple power sources, ensuring stable operation and protection during insertion or removal events."

Searching: "Search for a hot swap controller IC tailored for 12V ORing configurations with enhanced protection features. Key requirements include overcurrent, thermal shutdown, and fail-safe operation in environments where multiple 12V inputs must be safely managed."

Searching: "Identify an integrated circuit that facilitates hot swapping with ORing functionality for 12V systems. The targeted device should offer robust current sharing, fast transition responses, and built-in fault protection for high reliability applications."

Searching: "Searching for a device that controls MOSFETs to emulate diode behavior, reducing conduction losses in ORing applications. The device should be used in power supply management, ensuring low forward voltage drop and high efficiency in circuits such as redundant power supplies."

Searching: "Looking for an ideal diode controller specifically designed for 12V ORing applications. The component must manage power-input redundancy, control external MOSFETs, and provide efficient protection against reverse current, making it suitable for systems requiring robust power path management."

Searching: "Searching for a high-efficiency ideal diode controller that operates in a 12V environment for ORing applications. The focus is on controllers that offer integrated or external MOSFET drive to mimic diode functionality in power distribution systems, emphasizing low conduction loss and reliable redundancy."

Searching: "Search for a P-channel MOSFET designed for power management applications that can handle up to 30V drain-source voltage. The key requirement is a low RDS(on) to minimize conduction losses. This query is meant to broadly capture devices with efficient on-state performance for use in switching or regulation circuits."

Searching: "Look for a P-channel MOSFET with a 30V rating and specified low on-resistance. The application requires efficient switching and reduced conduction losses in power circuits. Consider surface-mount as well as through-hole options, and target parts that emphasize low RDS(on) for high-efficiency power conversion."

Searching: "Identify a high-reliability P-channel MOSFET rated at 30V with ultra-low RDS(on) for demanding environments such as automotive or industrial applications. The part should excel in efficiency and durability, offering minimal conduction losses and robust performance in high stress or temperature-sensitive circuits."

Found 72 results.

Searching: "hot swap controller 12V ORing"

Found 50 results.

Searching: "P-channel MOSFET 30V low RDS(on)"

Found 50 results.

Searching: "ideal diode controller 12V ORing"

Searching: "Looking for an N-channel MOSFET used in power switching applications. Initial search focuses on the general category of power MOSFETs without specific voltage or on-resistance details to capture a wide range of parts."

Searching: "Searching for an N-channel MOSFET with a minimum drain-source voltage rating of 30V. The application demands a power transistor capable of handling 30V circuits, and this step refines the pool by adding the voltage specification."

Searching: "Targeting a 30V-rated N-channel MOSFET with low on-resistance (RDS(on)) characteristics for high efficiency power switching applications. This query emphasizes minimizing conduction losses and is important in circuits where thermal management and efficiency are critical."

Searching: "Searching for a surface-mount (SMD) 30V N-channel MOSFET with low RDS(on) for use in compact, high-efficiency designs. The part is intended for fast switching and low power dissipation in constrained PCB layouts, making package and performance details key."

Found 70 results.

Searching: "N-channel MOSFET 30V low RDS(on)"

Completed 9 component searches.

For dual-input ideal diode OR-ing at 12 V, pick one of these library parts (ordered by robustness and simplicity):
  • LTC4359HDCB#TRPBF – Ideal diode controller for N‑MOSFETs, 4–80 V. Very low loss with external FETs; great for 12 V rails.
  • LM5050-1 – TI ideal diode controller for N‑MOSFET OR-ing, 5–75 V, proven for 12 V.
  • TPS2121RUXR – 2‑input power mux (2.8–22 V) with ideal‑diode behavior, prioritization and current limiting; simplest integration.
  • LTC4412ES6#TRMPBF – P‑MOSFET ideal diode controller (2.5–28 V); simpler but higher RDS(on) with P‑FETs.
External MOSFET suggestions to pair with controllers:
  • N‑FET: CSD17575Q3T – 30 V, very low RDS(on) for low loss.
  • P‑FET (if using LTC4412): AO3401A – 30 V, SOT‑23 P‑channel.
Recommendations:
  • Need minimal design effort and built‑in current limit/prioritization: use TPS2121RUXR.
  • Need highest current/lowest drop: use LTC4359HDCB#TRPBF or LM5050-1 with suitable N‑FET(s).
Quick checks before choosing:
  • What is your max continuous/peak load current?
  • Do you need source priority or current limiting?
  • Any surge/inrush constraints into big downstream caps?
Tell me these and I’ll pick the exact controller variant and FET sizing.
choose TPS2121RUXR
select N-FET
specify load current
inrush limiting
77 days

Ready.


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EEUFR1V471L

EEUFR1V471L
Description

Created
Last updated by adrian95
2 Contributor(s)
jharwinbarrozo
adrian95

Controls

Properties

Designator Prefix
C
Manufacturer Part Number
EEUFR1V471L
Package or Case Code
CAP-TH_BD8.0-P3.50-D0.6-FD
Part Type
Aluminum Electrolytic Capacitors - Leaded
JLCPCB Part Class
Extended Part
Capacitance
470u F

Availability & Pricing

DPNStockQty 1
10$0.2829
12.2K$0.84

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