MGM1JT10M0

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Throughout most electrical and electronic projects, resistors are used to control or reduce the current flow, as well as for other tasks such as increasing the voltage, and balancing two circuits. While there are many types of resistors, one of the most common and versatile is the through-hole resistor. The most common type of through-hole resistor is the fixed resistor.

The six-digit type number for through-hole resistors is made up of three characters, followed by three numerical digits or spaces. For instance, the fixed resistor type code Maeo Electronic’s MGK1JT10M0 is composed of MGK, 1JT, 10, and 0. The first three characters are the manufacturer’s code, while the four characters that follow indicate the wattage rating of the resistor, tolerance, and temperature coefficient. The first two characters indicate the wattage rating of the resistor; in this case, the wattage rating is 1JT, which translates to 1/10 Watt (0.1W). The next character is the tolerance: T is for 10%. Lastly, the last number or space indicates the temperature coefficient: 0 is for +100ppm/°C.

A through-hole resistor is named for its construction, and these resistors are designed to be mounted into a circuit board with their leads (metal wires) inserted through holes in the circuit board and soldered to pads for connection. The outer metal end caps serve to protect the interior materials of the resistor, minimize heat transfer, and, in the multi-turn types, limit the amount the user can physically adjust in the adjustment process. Through-hole resistors come in a variety of sizes, shapes, and designs with power ratings ranging from milliwatts up to several watts -- meaning that they are suitable for power ratings from 0.5W to 18W.

The working principle of through-hole resistors is centered around the resistance of a resistor. Resistance is a property, having to do with the movement of electrical current: Resistance is the opposition to current flow. The flow of electrical current generates opposition or resistance, since the electrons flow through the resistor, it will add resistance to the circuit. The resistance of a resistor can be expressed mathematically using the formula R=V/I, where R is equal to resistance, V is equal to voltage, and I is equal to current. When the voltage across a resistor is increased, the current through the resistor will increase proportionally.

MGK1JT10M0 is an application field of a through-hole resistor, which is especially suitable for use in low-current, low-voltage circuits. With a wattage rating of 1/10 Watt (0.1W), a tolerance of 10%, and a temperature coefficient of +100ppm/°C the MGK1JT10M0 provides reliable performance in the most compact form factor. Its flexibility in mounting and use makes it a great option for a variety of applications.

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