# What is the color code for a 4.7k resistor

**What is the color code for a 4.7k resistor**

The four.7k ohm (4700 ohms) resistor is one of the maximum not unusualplace resistors in electronics. The 4 bands four.7k resistor is simple to understand with its` one-of-a-kind sample of yellow, violet, and crimson color bands. What is the color code for a 4.7k resistor

The five and six-band variations have a sample of yellow, violet, black, and brown, observed via way of means of the tolerance band and temperature coefficient band at the 6-band version.

One issue is that the four.7k ohm **resistor ****color code** is simple to confuse with a 470-ohm resistor, so preserve this in thoughts and affirm the use of the color code or a multimeter if possible. In this article, we`ll discover ways to discover four bands, five bands, and six bands four.7k Ohm resistors.

four.7k Ohm Resistor – four, five, 6 Band Color Code Chart

Band One Band Two Band Three Band Four Band Five Band Six

Four Band Yellow Violet Red ± % – –

Five Band Yellow Violet Black Brown ± % –

Six Band Yellow Violet Black Brown ± % R(T°)

four.7k Ohm Resistor Color Bands

**Each band at the four.7k ohm resistor has a selected purpose.**

All color-coded resistors (irrespective of what number of bands they have) have at least digit bands, one multiplier band, and one tolerance. This is the shape of a 4-band resistor color code; 5 and 6-band resistors upload to this primary shape.

**In a 4-band resistor, the primary 3 bands deliver us the resistor`s nominal cost.**

The 4th band offers us the tolerance of the resistor. Even even though the resistor is given a four.7k ohm nominal cost, the real resistance will range a chunk above or beneath the nominal cost.

The tolerance tells us the variety that we will expect; better exceptional resistors can have a progressed tolerance over decreased exceptional ones.

In a 5-band resistor, the primary 4 bands inform us of the nominal cost of the resistor. Note that a 5-band resistor`s more band is used to feature a digit to the nominal cost.

Think of it as an additional digit band introduced to the front, with the alternative bands preserving the equal feature as the ones of a 4-band resistor. The final band (i.e. the 5th band) nevertheless identifies the tolerance.

Six-band resistors upload any other color band on the give-up of the resistor that tells us the temperature coefficient. This is a sign of the way touchy the resistor is to temperature changes.

All resistors have a tolerance cost, and because of this, the cost is not likely to be precisely four.7k Ohms. Higher exceptional resistors have tighter tolerances.

**Helpful Tips for Using Resistor Color Codes:**

1) Start via way of means of figuring out the final band first. On 4 and 5-band resistors, the final band is commonly gold or silver and needs to be separated from the alternative bands via way of means of a small hole.

This band offers us the tolerance of the four.7k Ohm resistor. On six-band resistors, the final bands need to be tightly grouped, and the primary 4 bands need to be tightly grouped. There needs to be a substantial hole among the fourth and 5th bands.

2) After figuring out the final band, examine the bands on the alternative facet of the resistor. The first bands deliver us a base cost, which wishes to be increased via way of means of the multiplier to discover the whole resistance cost. On the four.7k ohm resistor, we’re searching out a yellow band after a violet band, which needs to be smooth to spot.

3) The 1/3 band is the multiplier. Multiply the cost detailed via way of means of the primary bands with the multiplier to locate the whole cost of the resistor.

**This procedure is protected by an extra element beneath.**

four.7k Ohm Resistor Color Chart

Band Number Function Color Value

1 1st Digit Yellow four

2-second Digit Violet 7

3 Multiplier Red x 100

four Tolerance Gold (or silver) ± five% (± 10% for silver)

Total Value:

four.7k ± five% Ω

**How To Read the four.7k Ohm Resistor Color Code**

Resistor color codes all encompass digits observed via way of means of a multiplier and a tolerance cost. Four band resistors have bands for digits, at the same time as 5 and 6 band resistors have 3 bands for digits. The band following the digit bands is the multiplier, that’s observed via way of means of the tolerance cost band.

**Six band resistors additionally upload a temperature coefficient.**

This would possibly appear complicated at first, but it`s sincerely very smooth to research.

It`s high-satisfactory and simplest to research 4 band resistors first. Once you research the 4-band system, it’s far very smooth to recognize 5 and 6-band resistor color codes. The Four Band four.7k Ohm Resistor

**Each band at the resistor has a selected role:**

Band One – 1st Digit: The first digit of the resistance cost. The first band is on a four.7k ohm resistor is yellow, which corresponds to a cost of four.

Band Two – second Digit: The 2d digit of the resistance cost. This band is violet, which corresponds to a cost of 7. This is introduced to the proper of the primary digit (from band one).

**Therefore the digits from band one and the band are four & 7 = 47.**

Band Three – Multiplier: Takes the digits and multiplies them via way of means of a cost given via way of means of this band.

The cost of the multiplier is 10n, wherein n is the numerical cost that corresponds to the color of the band. In this case, the 1/3 band is crimson, which corresponds to the variety 2. Therefore the multiplier is 102 = 100.

**The general cost of the resistance is 47 (from digits) x 102 (from multiplier) Ω = 4700 Ω = four.7kΩ.**

Band Four – Tolerance: This gives the **Printed circuit board in china** the cost of the tolerance for the resistor. The maximum, not unusualplace values are five% (detailed via way of means of a gold band), and 10% (detailed via way of means of a silver band). This instance makes use of a gold band, giving us a tolerance of five%.

**The general resistance is, therefore: four.7kΩ ± five% Ω.**

Five percent of four.7k Ω is 235 Ω. This way that the real resistance cost can be everywhere from 4465 Ω (four.7k Ω – 235 Ω) to 4935 Ω (four.7k Ω + 235 Ω).

If the fourth band is silver, the tolerance is 10% and the whole resistance is four.7kΩ ± 10% Ω. The real resistance could be among 4230 Ω (four.7k Ω – 470 Ω) and 5170 Ω (four.7k Ω + 470 Ω).

You can use a multimeter to degree the resistance, however word that it’ll additionally range with temperature. Resistors deplete strength as heat, so the temperature is an What is the color code for a 4.7k resistor

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