EXB-A10P684J

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor networks and arrays have been the primary fabric of a variety of applications for years. The EXB-A10P684J is a potent example of this, as it is a specialized resistor network and array that utilizes two 256 value resistor chips internally. This product is designed for applications wherein electric potential and impedance characteristics require accurate measurement of resistance and capacitance. This range of devices are useful in applications such as analog and digital signal conditioning, low voltage electrical potential applications, radio frequency impedance applications, and resistive thermometers.

The EXB-A10P684J is a product designed and manufactured by international corporations such as ExxU, Mitsubishi, TH-E, and America Siemens. It is based on the design of the popular EXB-A10P413E, which utilizes a single 256 value resistor chip. The EXB-A10P684J utilises two of these chips, which allow for a wider range of resistance values and a greater degree of accuracy when measuring resistance. Additionally, the device allows for various combinations of resistors and capacitors to be used. These combinations can be tailored to suit specific applications.

The EXB-A10P684J resistor network and array are a specialized type of resistor network. They operate on an AC signal and are capable of providing very accurate measurements of resistance in a range of up to 10 value. This design offers improved accuracy compared to traditional resistor networks, as it utilizes an array of 256 small resistors which increase accuracy and provide a wider range of resistance values. In addition, the EXB-A10P684J is capable of accurately measuring resistance even when subjected to extreme environmental conditions, making it an ideal choice for industrial and extreme temperature applications.

The working principle behind the EXB-A10P684J is quite simple. It utilizes two 256 value resistor chips; one for each channel. The two resistors are connected in tandem and each one is responsible for a specific resistance value. When the input signal is passed through the array, the resistors work together to modify the shape and amplitude of the signal. The resulting signal strength is then measured and displayed on an external device.

The EXB-A10P684J is an ideal component for applications that require a precision resistor network and array. Its design offers improved accuracy and a wide range of resistance values, while its resistance to extreme environmental conditions makes it a perfect choice for industrial and extreme temperature applications. The device is relatively small and can be easily incorporated into a variety of applications, making it an essential component of any modern system.

The specific data is subject to PDF, and the above content is for reference