1206 SMD Chip Resistor Set: 10 ohm to 100 ohm - 16 Values, 5 Pcs Each (80 Total)

When you first start working with surface-mount technology, one of the biggest surprises is how quickly you run out of the exact resistor value you need — especially in the low-ohm range. This 1206 SMD Chip Resistor Set is the practical fix: 80 pieces covering 16 values from 10Ω to 100Ω, with five pieces per value. The 1206 package size (3.2 mm × 1.6 mm) hits a sweet spot for Indian electronics enthusiasts. It is small enough to fit modern compact PCBs but large enough to be handled with standard tweezers and soldered by hand with a fine soldering iron tip. If you have been working exclusively with through-hole resistors and are ready to try SMD, the 1206 footprint is the most forgiving size to start with. You can place it, tack one pad, adjust with tweezers, and finish the second pad — no microscope required for most people. Each resistor in this set is a thick-film type with a power rating of 1/4 Watt (0.25 W) and ±5% tolerance. The thick-film construction — a resistive paste screen-printed onto a ceramic substrate and protected by an overcoat — provides dependable performance for prototyping, testing, and DIY builds. The 1/4 W rating means you can safely pass up to about 50 mA through a 100Ω resistor (P = I²R) or up to about 158 mA through a 10Ω resistor, making these suitable for LED current-limiting (e.g., using a 100Ω resistor with a 5V supply and a standard red LED drawing ~20 mA), transistor base biasing, op-amp gain setting, and pull-up/pull-down networks on 3.3V and 5V logic lines. The 16 values span the low-resistance decade systematically: 10Ω, 12Ω, 15Ω, 18Ω, 22Ω, 27Ω, 33Ω, 39Ω, 43Ω, 47Ω, 51Ω, 56Ω, 62Ω, 68Ω, 82Ω, and 100Ω. This selection follows the E12/E24 standard preferred number series — the same logarithmic sequence used by professional electronics manufacturers. Having these specific values on hand means you can hit common resistance targets with fewer parallel/series combinations. For example, if a datasheet calls for a 50Ω termination resistor, you can use a 47Ω (which is within the ±5% tolerance band already) or combine a 10Ω and 39Ω in series. What sets this kit apart for the Indian market is the value proposition: with 80 pieces covering the full 10Ω–100Ω decade, the per-piece cost is extremely low compared to buying individual SMD resistors from a local electronics shop, where a single 1206 resistor can cost several rupees each. It is ideal for engineering college labs, robotics clubs, IoT workshops, and home electronics benches. The resistors come organized by value, either in individually labeled poly bags, a compartmentalized plastic box, or cut-tape strips, depending on the supplier batch — but always with clear value markings so you are not left guessing. For B.Tech and diploma students working on mini-projects, these low-value resistors are especially useful: current-sensing circuits (a 10Ω sense resistor), LED arrays, motor driver modules, voltage dividers for ADC inputs, RC filter networks, and transistor amplifier biasing all frequently call for sub-100Ω resistors. Having the full decade at your fingertips means you can prototype faster and iterate with confidence. Storage tip: keep the resistors in their labeled packaging and store in a cool, dry place. If you work with SMD often, consider transferring them to a binder-style SMD sample book or a set of small ESD-safe containers for even faster access. With proper care, these resistors will serve you through dozens of projects.