741X083472JP Resistors

741x083472JP is a series of resistor networks and arrays manufactured by Heidepp Ferrite Optics Co., Ltd. These components are used to provide a high degree of accuracy and uniformity in terms of electrical and thermal performance. The device consists of a three-dimensional network of resistors, interconnected by thin, high-voltage wires, and is designed to reduce power dissipation in circuits.

The main working principle of 741x083472JP includes controlling the resistance of a circuit, division of the current in a circuit, and creating impedance bridges. It can be employed as a voltage or current divider in systems that require precise estimation or measurement of electrical parameters. This device can also be used in digital-to-analog conversion and phase-locked loops for harmonic suppression. Furthermore, by accurately controlling the series resistance, a more precise power-to-voltage transfer ratio can be obtained.

741x083472JP devices are selectable resistor arrays. They feature both a high stability temperature coefficient and a low amount of series inductance which provide an electrically stable solution for applications such as measuring systems. These devices are characterized by their short circuit and overload current limits, which are usually presented in a variety of resistances. Besides, the 741x083472JP series features a variety of ratings, depending on the temperature coefficient and the dielectric constant.

This series is composed of two parts: the microchip resistor and the substrate. The microchip resistor is composed of two elements: a thin film resistor and a glass substrate. The metal thin film resistor has a high degree of precision as it is created from a high-speed sputtering process. Then, a dielectric layer is formed on the substrate. The substrate is composed of aluminum oxide, silicon dioxide, and chromium oxide, which makes this device temperature stabilized and highly resistant to corrosion.

Finally, the 741x083472JP is a series of resistor networks and arrays suitable for many applications. It features high stability temperature coefficients, low series inductance, and has various resistances for different applications. Moreover, it provides an accurate and uniform electrical and thermal performance which makes it ideal for many applications such as digital-to-analog conversion, phase-locked loops, and harmonic suppression.