Orange, orange, brown is 330 ohms.
(coded value - measured value) /coded value x 100
An encoder is a digital circuit which accepts one of the inputs and converts it into BCD or Binary Coded Output. It performs the reverse function of that of a decoder.
A digital transducer is used to measure physical quantities and then transmit it as a coded digital signal. Examples include shaft encoders, digital tachometers, and limit switches.
Tactile signals are signals detected by the skin and internal organs such as touch, pain, vibration, heat etc. They are coded by mechanoreceptors which respond to mechanical distortion of the sensory nerve membrane.
naa dont now but i only know it was changed on 2006 march 21st
A 0.1 ohm resistor is color coded brown (1) black(0) silver (x 10-2).
Resistors are color coded to denote the value of the resistor as well as the multiplier. In your case a 470 ohm would be colored as Yellow Violet Brown corresponding to 4, 7 and a multiplier of 10^1.
The same way he/she can identify a composite resistor that is color coded or a metal film resistor that is color coded: by reading the color code bands. They all use the same color code. If for some reason the color bands are damaged and unreadable, the resistor will have to be removed and measured with a meter. However this reading may be incorrect as whatever caused the color bands to become unreadable may have also damaged the resistor, changing its value. Verify the value on the schematic!
On a color coded resistor, there are normally four color bands. The first three represent the value of the resistor and the fourth represents the tolerance of the resistor, i.e. the acceptable variation as a percentage from the stated value. No fourth band allows +/- 20% Silver allows +/- 10% Gold allows +/- 5% Red allows +/- 2% Brown allows +/- 1%
Does it have a coded key? If so, the resistor wires may be broken inside column. To bypass, you can take your key to a stereo shop and have the resistance in the key measured and purchase a resistor. Very cheap. Place the resistor in between the two wires in the orange wrapping coming out of the steering column. If this doesn't fix the problem, look into the neutral safety switch.
the physical size tells how much power it can dissipate (watts)
(coded value - measured value) /coded value x 100
The color bands show the nominal resistance. The actual resistance is within some percentage (tolerance) of the nominal resistance, so the measured resistance is close to the nominal but not exactly the same. Also resistance varies with factors like temperature and age of the device.
To read the value of a resistor: Resistors are color coded, you can use the chart found below And how accurate the values of resistors are is their tolerance, also found in the chart
The European standard calls for the three line conductors to be colour coded brown, black, and grey respectively. A neutral conductor is colour coded blue.
In electronics, a color code is used to show the value of a resistor. Color codes can be used to communicate just about anything that one might want to.
They are color coded lines (or Bands) that are usually broken down into 2 parts. the first part of the bands are to establish the amount of resistance the resistor is constructed, by design, to perform in a circuit. The second part (which is the usally the last line or band) extablishes the amout of tolarance the designed resistor has. tolorance bands are always silver or gold if they are there but there is a provision where you may not see a tolorance band. There are plenty of electronis sites that can break down the color codes for you. but they are based on a X10, X100, X1000... mutipliers depending on which position the band is located in ie. first, second, third and so on... and for how many there are.