753243510GPTR13

Resistor Networks, Arrays

Resistor networks, arrays, and other components are designed to provide reliable circuit protection as part of a circuit\'s protection scheme. 753243510GPTR13 is one such component, typically used to regulate the voltage or current in a circuit. In this article, we will describe the application field and working principle of the 753243510GPTR13 resistor array.

The 753243510GPTR13 resistor array is a multi-layer full-shield gate-resistor array components, comprising three sub-layers. The first layer, made from a thermally conductive epoxy, is used to separate each sub-layer and act as an adhesive to bind the components together. The second layer is composed of anisotropic resistors with a common center line, and the third layer is made up of a polyester film and paraffin wax to provide damping. The resistors used in the array have a range of values, ranging from 17.3kΩ to 3.3kΩ, depending on the number of layers and the total element resistance.

The 753243510GPTR13 resistor array is suitable for use in power equipment, audio equipment, low frequency oscillators, and other fields requiring high stability. When used as part of a protection circuit, it can reduce surges and increase the shelf life of the equipment. The main purpose of the array is to limit the current passing through the protection circuit, while offering protection from overvoltage, undervoltage, and excessive load.

The 753243510GPTR13 resistor array works by increasing the resistance of the single resistors in the array to provide a secure operational voltage. As resistors are connected in series, the total element resistance in the array increases, limiting the current in the circuit. The resistance value also increases as the number of layers in the array increases. As a result, the 753243510GPTR13 resistor array can provide reliable circuit protection, with a maximum working voltage of 11.5 – 12.5V.

The 753243510GPTR13 resistor array is based on a three-layer design and is composed of an epoxy, resistors, and a damping material. It provides reliable protection from overvoltage, undervoltage, and excessive load. The resistance value increases as the number of layers in the array increases, allowing it to provide secure operational voltage on high-power circuits. As a result, this component is an ideal choice for many applications, where reliable protection from surges is required.