CRA04S08351K0JTD

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, Arrays are electrical networks built up of multiple resistors of same or different values and are used for various functions, such as voltage and current division, signal processing, oscillator circuits, etc. CRA04S08351K0JTD is one such network of resistors. This article will explain its application field and working principle.

Applications

CRA04S08351K0JTD networks are mainly used in multi-channel audio system. The network produces smooth transition from bass to treble. Its versatile design also makes it ideal for cross-over switching applications. The network is also found in low frequency amplifier circuitry. It can handle higher level of current and is thus used for connecting preamplifier stages with amplifier devices.

Working Principle

The CRA04S08351K0JTD resistor network consists of 8 individual resistors, all having same values of 35 kΩ. All the 8 resistors are connected in a matrix-like array. This array contains a total of 48 points (3 rows x 16 columns).The two outer rows serve as common connection points. The middle row contains the eight 35 kΩ resistors with 16 terminal points each.

The working of the network is mainly based on the principle of voltage division. The voltage inputs at the two end of the network is divided into 8 equal parts with each part having 4.37 V. Each of these divisions at the outer edges are then divided by four points. This further divides the voltage into 16 equal parts. The middle row contains the 8 resistors which further divide the voltage into 1204 parts, i.e. one for each point. This voltage division property of the network is extensively used in audio systems.

Conclusion

In conclusion, it can be said that the CRA04S08351K0JTD resistor network is an essential component used in the audio systems. It provides smooth transition from bass to treble and thus producing audio of superior quality. Moreover, its voltage and current division property helps in connecting preamplifier stages with amplifier devices. Thus, this network is indispensable for achieving high-end sound quality in multi-channel audio systems.

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