Features:

• A common element in electronic devices is a three-terminal resistor with a cont usually adjustable tapping point controlled by rotation of a shaft or knob.
• It’s widely used in the ion, video, MP3, MP4, VCD, DVD, telephone, office automation equipment, information communication equipment, etc.
• A resealable transparent box with a label on the surface is provided, so you can identify the resistor you need conveniently.
• Total 100 pieces in one set, 10 pieces for each type, which can be used for a long time.
• Adjustable resistors come in many different resistances and sizes to suit the PC boa or front-panel layout

Resistor Colour Code Table:

How to Calculate:

The Resistor Colour Code system is all well and good but we need to understand how to apply it to get the resistor’s correct value. The “left hand” or the most significant coloured band is the band which is nearest to a connecting lead with the colour-coded bands being read from left to right as follows:

Digit, Digit, Multiplier = Colour, Colour x 10 colors in Ohm’s (Ω)

Resistor Colour Code Table:

How to Calculate:

The Resistor Colour Code system is all well and good but we need to understand how to apply it to get the resistor’s correct value. The “left hand” or the most significant coloured band is the band which is nearest to a connecting lead with the colour-coded bands being read from left to right as follows:

Digit, Digit, Multiplier = Colour, Colour x 10 colors in Ohm’s (Ω)

This is 150 Pcs 15 Value 100 to 1M ohm Variable Resistor Single-Turn Trimming Potentiometer Assorted Kit. The value of a resistor may need to be increased or decreased in a circuit to tune in radio stations or increase and decrease the volume of a speaker. The resistance of these components can be adjusted. They come in many different resistances and sizes to suit the PC board or front-panel layout. The maximum resistance of a variable resistor can be from 100 ohm to 1M ohm. Nothing is worse than getting into a project and not having some little piece like a resistor, while with this set, you don’t have to worry about variable resistors. This is a perfect starter kit for any electronics hobbyist, every value is packed individually, easy to use and store

The Standard Resistor Colour Code Chart :

The Resistor Colour Code Table :

Calculating Resistor Values :

The Resistor Colour Code system is all well and good but we need to understand how to apply it in order to get the correct value of the resistor. The “left-hand” or the most significant colored band is the band which is nearest to a connecting lead with the color-coded bands being read from left-to-right as follows:

Digit, Digit, Multiplier = Colour, Colour x 10 colors in Ohm’s (Ω)

The Standard Resistor Colour Code Chart :

The Resistor Colour Code Table :

Calculating Resistor Values :

The Resistor Colour Code system is all well and good but we need to understand how to apply it in order to get the correct value of the resistor. The “left-hand” or the most significant colored band is the band which is nearest to a connecting lead with the color-coded bands being read from left-to-right as follows:

Digit, Digit, Multiplier = Colour, Colour x 10 colors in Ohm’s (Ω)

The Standard Resistor Colour Code Chart :

The Resistor Colour Code Table :

Calculating Resistor Values :

The Resistor Colour Code system is all well and good but we need to understand how to apply it in order to get the correct value of the resistor. The “left-hand” or the most significant colored band is the band which is nearest to a connecting lead with the color-coded bands being read from left-to-right as follows:

Digit, Digit, Multiplier = Colour, Colour x 10 colors in Ohm’s (Ω)

Resistor Colour Code Table:

How to Calculate:

The Resistor Colour Code system is all well and good but we need to understand how to apply it to get the resistor’s correct value. The “left hand” or the most significant coloured band is the band which is nearest to a connecting lead with the colour-coded bands being read from left to right as follows:

Digit, Digit, Multiplier = Colour, Colour x 10 colors in Ohm’s (Ω)

As the name suggests, the resistance of an LDR depends on the amount of light incident upon it. Normally its resistance is around 1 megohm (in the Dark) and when light falls on the LDR Sensor, the resistance drops to a few kilo-ohms. LDR Sensor is a bilateral device.

Specifications:

• Maximum Voltage: 150 Volt DC
• Maximum Wattage: 90mW
• Operating Temperature: -30 ~ +70 deg C
• Spectral Peak: 540nm
• Light Resistance (10 Lux): 5-10 Kohm
• Dark Resistance: 0.5 Mohm 100λ10: 0.5
• Response time: 30ms (Rise), 30ms (Down) Resistance Illumination