YC358TJK-073K3L

Resistor Networks, Arrays refer to networks composed of multiple resistors joined up in various configurations.  This type of component comes in two types: fixed and adjustable, the latter of which is also known as programmable resistor arrays.Arrays and networks of resistors are primarily used as a way to control signal levels, but they’re also used to set gains, attenuate noise, divide voltage/currents, and to create voltage dividers. There are several types of networks available, including the well-known YC358TJK-073K3L, which is a three-terminal resistor array. It features four independent resistors, each with one lead connected to a shared node, and the other two connected to separate terminals.The YC358TJK-073K3L comes with several unique features, making it an ideal choice for use in signal conditioning and power management applications. It has a low temperature coefficient of +/-20ppm/°C, which makes it insensitive to temperature changes. This helps ensure that the device will maintain its performance over time. It also has a very low noise figure, which is extremely beneficial in audio and RF applications. The YC358TJK-073K3L can be used in a variety of applications, including audio amplifiers, RF circuits, analog to digital converters, power regulators, and voltage dividers. It is especially useful for applications that require high precision because of its low temperature coefficient and noise figure. In terms of its working principle, the YC358TJK-073K3L works by controlling the voltage between the nodes of the three terminals. The connected resistors are adjusted such that the voltage between each node matches the required value. This is done by adjusting the resistance between the network’s inputs and outputs. By changing the resistance value of each resistor, the overall voltage of the circuit can be adjusted. This enables the user to precisely control the voltage output or gain of the circuit. In conclusion, the YC358TJK-073K3L is an ideal choice for resistor networks and arrays. It offers excellent performance in terms of temperature coefficient and noise figure, and it is extremely useful for various applications, including audio amplifiers, RF circuits, and voltage dividers.