Adafruit LM73100 23V 5A Max Ideal Diode Breakout
If your project is moving a lot of power around, and efficiency is key, an Adafruit LM73100 Ideal Diode breakout is a great way to keep your power budget tidy!
As long as your power supply is 3~23V DC and up to 5A, use this in place of a diode to keep current flowing one direction. However, unlike a diode, you won't suffer a 1V+ forward drop which just gets lost as heat. Instead, the internal chip has two back-to-back FETs, with a typical Rdson of 30 mΩ. That means that even with 5A, you'll lose around 150mV. This makes it perfect for efficiency-sensitive setups like solar panels and LiPoly batteries.
Unlike Adafruit's LM62200 dual ideal diode, this board acts as 'one' diode only - but it can handle much higher voltages and currents! There's also some added niceties like solder-free operation thanks to on-board terminal blocks, and a green LED that will light when power is going in the right direction. You can also monitor the current draw by reading the analog voltage off of IMON, handy if you don't want a separate power monitoring kit.
To make it bread-board friendly, Adafruit placed it on a small PCB with 9 x 0.1" breakout pads. A bit of header is included, some light soldering is required to attach the header for breadboarding use. Or you can use direct wiring to the terminal blocks if you want to insert it directly into a circuit without a breadboard.
Technical Details
- LM73100 Product information page
- Wide operating input voltage range: 2.7 V to 23 V
28-V absolute maximum
Withstands negative voltages up to -15 V - Integrated back-to-back FETs with low OnResistance: RON = 28.4 mΩ (typ)
- Ideal diode operation with true reverse current blocking
- Fast overvoltage protection
- 1.2-μs (typ) response time
- Fast-trip response to transient overcurrents during steady state
500-ns (typ) response time
Latch-off after fault - Analog load current monitor output (IMON)
Current range: 0.5 A to 5.5 A
Accuracy: ±15% (max) (IOUT ≥ 1 A) - Overtemperature protection
- Power Good indication (PG)
Product Dimensions: 25.6mm x 17.6mm x 11.9mm / 1.0" x 0.7" x 0.5"
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Primary Guide: Adafruit LM73100 Ideal Diode Breakout
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Adafruit LM73100 23V 5A Max Ideal Diode Breakout
If your project is moving a lot of power around, and efficiency is key, an Adafruit LM73100 Ideal Diode breakout is a great way to keep your power budget tidy!
As long as your power supply is 3~23V DC and up to 5A, use this in place of a diode to keep current flowing one direction. However, unlike a diode, you won't suffer a 1V+ forward drop which just gets lost as heat. Instead, the internal chip has two back-to-back FETs, with a typical Rdson of 30 mΩ. That means that even with 5A, you'll lose around 150mV. This makes it perfect for efficiency-sensitive setups like solar panels and LiPoly batteries.
Unlike Adafruit's LM62200 dual ideal diode, this board acts as 'one' diode only - but it can handle much higher voltages and currents! There's also some added niceties like solder-free operation thanks to on-board terminal blocks, and a green LED that will light when power is going in the right direction. You can also monitor the current draw by reading the analog voltage off of IMON, handy if you don't want a separate power monitoring kit.
To make it bread-board friendly, Adafruit placed it on a small PCB with 9 x 0.1" breakout pads. A bit of header is included, some light soldering is required to attach the header for breadboarding use. Or you can use direct wiring to the terminal blocks if you want to insert it directly into a circuit without a breadboard.
Technical Details
- LM73100 Product information page
- Wide operating input voltage range: 2.7 V to 23 V
28-V absolute maximum
Withstands negative voltages up to -15 V - Integrated back-to-back FETs with low OnResistance: RON = 28.4 mΩ (typ)
- Ideal diode operation with true reverse current blocking
- Fast overvoltage protection
- 1.2-μs (typ) response time
- Fast-trip response to transient overcurrents during steady state
500-ns (typ) response time
Latch-off after fault - Analog load current monitor output (IMON)
Current range: 0.5 A to 5.5 A
Accuracy: ±15% (max) (IOUT ≥ 1 A) - Overtemperature protection
- Power Good indication (PG)
Product Dimensions: 25.6mm x 17.6mm x 11.9mm / 1.0" x 0.7" x 0.5"
Learn
-
Primary Guide: Adafruit LM73100 Ideal Diode Breakout
Ideal for your power budget - See All Guides
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Description
If your project is moving a lot of power around, and efficiency is key, an Adafruit LM73100 Ideal Diode breakout is a great way to keep your power budget tidy!
As long as your power supply is 3~23V DC and up to 5A, use this in place of a diode to keep current flowing one direction. However, unlike a diode, you won't suffer a 1V+ forward drop which just gets lost as heat. Instead, the internal chip has two back-to-back FETs, with a typical Rdson of 30 mΩ. That means that even with 5A, you'll lose around 150mV. This makes it perfect for efficiency-sensitive setups like solar panels and LiPoly batteries.
Unlike Adafruit's LM62200 dual ideal diode, this board acts as 'one' diode only - but it can handle much higher voltages and currents! There's also some added niceties like solder-free operation thanks to on-board terminal blocks, and a green LED that will light when power is going in the right direction. You can also monitor the current draw by reading the analog voltage off of IMON, handy if you don't want a separate power monitoring kit.
To make it bread-board friendly, Adafruit placed it on a small PCB with 9 x 0.1" breakout pads. A bit of header is included, some light soldering is required to attach the header for breadboarding use. Or you can use direct wiring to the terminal blocks if you want to insert it directly into a circuit without a breadboard.
Technical Details
- LM73100 Product information page
- Wide operating input voltage range: 2.7 V to 23 V
28-V absolute maximum
Withstands negative voltages up to -15 V - Integrated back-to-back FETs with low OnResistance: RON = 28.4 mΩ (typ)
- Ideal diode operation with true reverse current blocking
- Fast overvoltage protection
- 1.2-μs (typ) response time
- Fast-trip response to transient overcurrents during steady state
500-ns (typ) response time
Latch-off after fault - Analog load current monitor output (IMON)
Current range: 0.5 A to 5.5 A
Accuracy: ±15% (max) (IOUT ≥ 1 A) - Overtemperature protection
- Power Good indication (PG)
Product Dimensions: 25.6mm x 17.6mm x 11.9mm / 1.0" x 0.7" x 0.5"
Learn
-
Primary Guide: Adafruit LM73100 Ideal Diode Breakout
Ideal for your power budget - See All Guides
