TC164-JR-074K3L

TC164-JR-074K3L is a product of the resistor network or array type, and it is one of many available such products currently available to designers. Let us dive further into this particular product and examine both its application field and working principle.

Application Field

The TC164-JR-074K3L is a resistor array capable of providing 4-bits of high-precision digital values. This makes it ideal for applications that require precise, expensively adjusted algorithms. A major use-case is for audio-processing, primarily in filter design. For example, if a designer wishes to enable a particular filter on the signal for a device such as a mixer, they would simply need to place the TC164-JR-074K3L array in the signal path in order to get the desired result.

The TC164-JR-074K3L is also ideal for applications such as low-pass, high-pass, band-pass and low-pass filters, as its flexible architecture allows for customization of the individual values within the array. This gives designers more freedom to tailor the response to suit the particular application and sound of the device.

Another area of application would be in network topologies, where the array would enable the adjustment of individual bits in order to allow for data to be transmitted across designated paths. Ultimately, designers should consider the TC164-JR-074K3L array for applications that require precision and control.

Working Principle

The TC164-JR-074K3L is made up of 4 parallel resistors arranged in a Series-Parallel configuration. Each resistor corresponds to a single bit of information, enabling a maximum range of 16 values to be configured. The resistors are adjustable in order to allow individual adjustment of each bit, enabling a wider range of sound options.

The array operates by using the varying resistances of the resistors to create different output signals. For example, if a low-pass filter is desired, the resistances are manipulated in order to reduce the high frequencies, leaving only low-frequency signals to pass through.

The series-parallel configuration is also advantageous in that it reduces the overall resistance of the array, thus enabling the signal to pass through more easily. Additionally, the series-parallel configuration reduces the inductance of the circuit, thus reducing any unwanted noise or feedback.

Conclusion

The TC164-JR-074K3L is an excellent example of a resistor network or array type product, and its functions are highly useful in a variety of applications, especially those requiring precision and a fine level of control. Its series-parallel construction also makes it highly useful for reducing noise within networks and audio-processing applications.