Assertion: resistor's band | /r/HasProperty | gold
Facets:
value: usually
type: DEGREE
value: on a four band resistor
type: OTHER
value: for 1% resistors
type: TRANSITIVE-OBJECT
value: in the five band code
type: LOCATION
value: for silver
type: OTHER
value: for 2%
type: PURPOSE
value: in the example on the left
type: OTHER
Source sentences:
text: All the MadLab resistors are 5% which is shown by a gold band.
text: If the multiplier band was silver, this value would be 0.56 Ohms.
text: Suppose we have a carbon composition resistor which has four color bands among which first band is blue second band is yellow, third band is red and fourth band is golden.
text: In the example on the left these bands are green, blue, red and gold.
text: The fourth band (gold) will indicate the tolerance which in our example is: ±5%
text: 1) If the bands on the body of the resistor are red, red, orange and gold, then the register value is 22 *10^3 and its tolerance is 5% that is 22 kΩ +
text: 1) If the bands on the body of the resistor are red, red, black, orange and gold then the register value is 220 *10^3 and its tolerance is 5% that is 220 kΩ+- 5%
text: In the five band code the fifth band is gold for 1% resistors and silver for 2%.
text: On a four band resistor, the last band is usually gold or silver.
text: The fourth band of colour will be brown, red, gold or silver.
text: If the multiplier band was silver, the value would become 4.7 Ohms, but this is only a hypothesis, since these types of resistors don't usually have values below 10 Ohms, so it is very unlikely that you will ever find one with a silver multiplier band.
text: If the band on the body of the resistor is brown, black, Brown and silver then the register value is 10*10^
text: On a four band resistor, the last band is usually gold or silver.
text: The fourth band of colour will be brown, red, gold or silver.