Some have sensors that will really help heat food evenly and will adjust times and power levels depending on what you’re doing. Most are just default cook times, but if you haven’t tried it out, it’s worth it.
I watched a video the other day discussing the sensors in some Microwaves for popping popcorn. Most lower end units don’t have these sensors but the ones that do, can actually make pretty good popcorn.
I watched that same video, and it inspired me to upgrade my microwave game. I’ve had the same one for like a decade and it sucked. New one has all the bells / whistles and does air frying too. It’s night and day compared to the old one
Thanks, I couldn’t recall the name of the channel. He does some great content. I never cared about microwaves because I don’t use them, but I found myself watching a couple of long videos he did on them none the less.
Thank you for sharing this! I remember liking America’s Test Kitchen and I’m commenting in hopes that I remember to watch this later when I’m able to. I’m already a big fan of using different power levels, though, which I’m guessing this is about. I wish more people would give it a shot and learn how to use it (and other little ‘tricks’) well!
Not just that they have peaks and valleys, some things are simply not heated by microwaves. The ice crystals in frozen food are only heated by-proxy because the tiny amounts of already melted off water will heat up and melt more ice, so there is no benefit in blasting an ice cube at full power for 40 minutes.
No, that’s the magnetron. Normal microwave magnetrons have 2 power settings, on and off, and reducing the microwave’s power just means switching the magnetron on and off at different intervals.
An inverter just allows to keep the magnetron running at a lower power. Whether that has a better effect than just on/off-switching the magnetron I do not know, but it’s probably more energy efficient over long usage periods.
I would imagine having an inverter would allow you to avoid situations where individual parts heat too quickly during your heat cycle, but the advantage probably isn’t that big. Afterall, you could just heat it at a slightly lower power to stop whatever overheating effect you’re troubled with.
If your food is unevenly heated it’s probably because you need to adjust the cook time and power settings. Heating it longer at a lower power setting will let the heat spread more evenly.
Alternatively, check your microwave’s wattage. I always have to adjust microwave instructions to be about 10% longer because my apartment’s microwave is weaker than companies assume the standard microwave is.
That’s why you lower the power. Leave enough time for entropy to distribute the heat before dumping more energy into the food. The more heterogenous the food is, the more you need to lower the power (down to maybe even 200-400 W for mixed leftovers). And make sure all your foodstuffs are touching each other to allow heat to homogenize.
Among the other suggestions people have made in this thread, I’d like to add that just covering something and allowing the food to steam-heat makes a big difference. For instance I will usually poke a well in the middle of leftovers, put a tiny bit of water in (especially with rice, which dries out) and cover it with a plate. The water boils and heats it much better.
Not directly, but they improve the low-power modes substantially, and using the low-power modes for longer times is the solution. Inverters aren’t strictly needed, but they do make it better.
PROTIP: Whenever possible, shape/place the food you’re heating like a donut. ( O )
Microwaves need to penetrate the food; if it’s a big lump, it’s hard to reach the stuff in the middle. By using a “donut” shape, you are creating more surface area, and spreading out the “middle” so it’s easier for microwaves to reach all the parts of the food equally
Add comment