This assortment of resistors contains more low ohm choices that I need since working on 3v microprocessors. The values starting at 1 ohm and choices under 100 ohms are needed for low voltage LED current limiter choices. The range of 100 to 680 were current limiter for 5V systems driving LED or relays. The 1k to 10K logic pull up/down I don’t do as much with op-amps so I don’t need many 1M and higher values. The handy tester helps to identify the resistor value as some times the colors appear similar like red and orange.

This assortment of resistors contains more low ohm choices that I need since working on 3v microprocessors. The values starting at 1 ohm and choices under 100 ohms are needed for low voltage LED current limiter choices. The range of 100 to 680 were current limiter for 5V systems driving LED or relays. The 1k to 10K logic pull up/down I don’t do as much with op-amps so I don’t need many 1M and higher values. The handy tester helps to identify the resistor value as some times the colors appear similar like red and orange.

This assortment of resistors contains more low ohm choices that I need since working on 3v microprocessors. The values starting at 1 ohm and choices under 100 ohms are needed for low voltage LED current limiter choices. The range of 100 to 680 were current limiter for 5V systems driving LED or relays. The 1k to 10K logic pull up/down I don’t do as much with op-amps so I don’t need many 1M and higher values. The handy tester helps to identify the resistor value as some times the colors appear similar like red and orange.

Bonne qualité

Bonne qualité

Bonne qualité