IRLZ44N IRLZ44 MOSFET Transistors 47A 55V IRLZ44NPBF Logic Level Mosfets 47 Amp 55 Volt TO-220 (Pack of 10Pcs)
Product ID: 641086910
⚡47A max current
🔋55V max voltage
🔥110W power dissipation
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⚡ Elevate your electronics game with the IRLZ44N – power, precision, and reliability in one pack!
The ALLECIN IRLZ44N MOSFET transistor is a top-tier logic-level component rated for 47A continuous current and 55V voltage, featuring ultra-low on-resistance and a 110W power dissipation capacity. Designed with advanced process technology and dynamic dv/dt rating, it ensures efficient, reliable performance in a wide range of electronic applications. Packaged thoughtfully for easy storage and quick identification, this 10-piece set is a must-have for professionals and enthusiasts aiming for high-performance circuit builds.
| Asin | B0CBKH4XGL |
| Best Sellers Rank | #1,815 in Industrial & Scientific (See Top 100 in Industrial & Scientific) #1 in MOSFET Transistors |
| Date First Available | July 10, 2023 |
| Item Model Number | IRLZ44N |
| Item Weight | 0.634 ounces |
| Manufacturer | ALLECIN |
| Package Dimensions | 2.13 x 1.61 x 0.75 inches |
User
Well done.
Good product.
User
They work, don't heat up very much (probably small r_ds on value, didn't measure)
They work great. Have not had any issues with them thus far. Will get more if needed.
User
Great, works perfectly with a Raspberry Pi
I was using a Raspberry Pi (Model 4, 4GB) to control power from a high power source - I tested with 12V, 16V, and 20V sources. It worked great with the 3.3V from the GPIO pins.To get this working, I had the positive voltage from the power source connected to my load (the positive side of the load), then the negative/ground voltage from the power source connected to the Source pin (right pin when looking at it from the "front"), the Drain pin (middle pin) connected to the negative side of my load, and the Gate pin (right pin) connected to the GPIO pin of the Raspberry Pi. You can find guides for the Raspberry Pi & RGB LED-Strips setups that people have posted with circuits using this and the IRLZ34.
User
Fair quality by rough test
I read some ppl mentioned bad units. It might not. You need to discharge Gate first before test Source and Drain. Simply connect Gate and Source. BTW, from left to right when facing the print word side:1️⃣ Gate (to Pi GPIO pin)2️⃣ Drain (to Led-)3️⃣ Source (to 12v+)BTW: Led+ to 12v+
User
Worked for my project
What are these for a project and they worked well and ended up using it to power 45 W LEDs and a strobe pattern and worked as intended
User
As described
Ordered them a few times. Zero issues so far
User
Good substitution
It arrived quickly and the logic level MOS FET worked well with the Raspberry Pico. I used 100 ohm resistor in series with the GPIO Pin to gate and a 10 K ohm from gate to ground to help with noise.
User
Logic level mosfets
Tested disconnected and seems pretty fine! Thanks!
User
Top, Funktioniert wie gewünscht
Top, Funktioniert wie gewünscht
User
Followed spec
Did its job to spec
User
Mosfets
Prima kwaliteit.
User
They do what they say!
They work! If you don’t feel like waiting for Digikey to deliver they’ll get the job done and perform well for not too much money.
User
The "L" differs from the "N"
The difference is that the L series MOSFET's gate opens much "wider" than the "N", staring above 5 volts Vgs. Think of it as a "turbo". At Vgs 7-9 V, it can pass a lot more current Vds (on) and that's a blessing for my electric-control application! A beauty!
Trustpilot
1 month ago
3 weeks ago