742C083821JTR Resistors

Resistor Networks, Arrays, are vital components in electrical engineering. They provide the capability of supplying a wide range of resistance and current values. The 742C083821JTR is a great example of a resistor network. It offers a range of very stable resistances with low power consumption.

This resistor network consists of 8 individual 0.1 ohm resistors connected in series. The combination of 8 individual resistors creates a wide range of resistance values between 0.8 and 0.9 ohms. The total power rating of this network is 8 Watts. It can be used in applications where high current or multiple currents are present, as the current is distributed evenly among the resistors.

In addition to the resistance values, the 742C083821JTR also offers exceptional stability. The resistors are made from high-grade material and have low temperature drifts, allowing the resistance to remain stable even at extreme temperatures. This stability is especially important in battery powered electronics, as the current level can fluctuate during use.

The 742C083821JTR is ideal for use in applications requiring high current, multiple current sources, or low power consumption. It is often used in audio applications, industrial electronic controls, and medical imaging equipment. It is also used in wireless transceivers, where the low power consumption and stability of the resistors are key factors in successful transmission.

The 742C083821JTR uses a unique design to provide uniform current distribution and stability. The individual resistors are placed in a lattice-type arrangement, with each resistor positioned directly across from another. This design allows for even current distribution, and helps prevent imbalances that could occur due to temperature drift. Additionally, the resistors are potted in an epoxy resin which helps to protect against vibration and shock, making them suitable for use in tough environments.

The 742C083821JTR is a great example of a resistor network that can provide exceptional stability and high currents in a wide range of applications. With its series array of resistors, it is capable of providing low power consumption and uniform current distribution. This makes it well suited for use in audio, industrial, medical, and wireless applications. It is a reliable and versatile solution for many different electronic devices.