In simple MOSFET current mirror, the load current does not follow a linear relationship with reference current (ie for short channel MOSFET's multiplying factor due to channel length modulation cannot be neglected). But by cascoding the output resistance can be increased and since output resistance follows an inverse relationship with lambda (channel-length modulation parameter), the multiplying factor due to channel length modulation reduces to one and a linear relationship is obtained between reference and load current.
current mirror circuit produce more stability as compared to biased circuit.
mirror
Usually, the mirror is 75% (3/4) the width of the vanity. Then, your light should be 3/4 the size of your mirror. Many people use a 24-inch light with a 36-inch mirror, which is a little smaller than the 75% rule, but still okay.
The height is usually based on the type of mirror that is to be installed above the sink. Take the height of the sink plus the height of the mirror and add 6 inches to find the center for the placement of the fixture junction box. If there is to be a space between the sink and the mirror add that measurement in to factoring of the height.
Because of the geometry of the common collector configuration, changes in base voltage appear at the emitter. Said another way, what happens at the base pretty much happens at the emitter, and the emitter can be said to "mirror" or "follow" the base. The emitter is a follower of the base, and the name emitter follower appeared and was used.
current mirror circuit produce more stability as compared to biased circuit.
mirror 4 is the best
form_title=Rearview Mirror Replacement form_header=Rearview mirrors allow you to get a better look at what's going on behind you and reduce your blind spots. Do you want the digital temperature display in the mirror?= () Yes () No () Not Sure Yet Briefly describe in a sentence or 2 what happened to your mirror.=_ Is your current rearview mirror still attached to your windshield?= () Yes () No
If you go to the given link you will see the circuit of a current mirror using Op-Amp. And you can easily see how it is biased.
No. You look exactly as you are when you look in the mirror. The mirror is a reflection on how you look. You do not look better or worse than when you look in a mirror. A mirror is a flat surface, and you have curves, so the mirror will not reflect your curves, but, unless it's a "fun house" mirror which is designed to distort how you look, almost all ordinary mirrors reflect exactly how you look. No better, and no worse.
take a look on wikipedia and search for current mirror. There are two tranzistors :)
A mirror shows you what you look like. It does not change you in any way.
A bathroom mirror is a better choice since you'll spend most of your time prepping in there anyway.
ANSWER (current mirror) A current mirror circuit uses an amplifier to copy a current flowing in one leg of the circuit into another leg. One common arrangement uses four BJTs (two NPNs and two PNPs) and two resistors. Others are more or less complicated depending on linearity and temperature stability required for the application.
I think mirror force because they would probably have more attack position monsters than defence.
It depends on the context. In terms of mirrors, a concave mirror is typically better for focusing light and forming images, while a convex mirror is better for a wider field of view and reflecting light in all directions.
To use a mirror vertically for better lighting in a room, position the mirror opposite a window or a light source to reflect and distribute the light more evenly throughout the space. Adjust the angle of the mirror to maximize the amount of light it reflects into the room.