YC324-FK-074K75L

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

YC324-FK-074K75L is a type of resistor networks, arrays commonly used in electronic engineering. It is classified as a one-form-four network resistor, i.e. it is 4 resistors in one. This type of resistor network reduces the board space and weight of the product and simplifies the design of the printed circuit board. This kind of array also provides good electrical performance and cost effectiveness.

The application field of this type of array mainly consists of the automotive industry, medical equipment, communication equipment, and electronic engineering. Automotive industry uses it for engine control and signal circuit; medical equipment uses it in medical image processing and interference elimination; communication equipment uses it for signal attenuation and noise reduction; and electronic engineering fields uses it for modem, oscillator, and amplifier. Thus, YC324-FK-074K75L arrays are not only widely applicable but also match a variety of needs due to its low price but high performance.

YC324-FK-074K75L has a two terminal package, so it is an array composed of four resistors connected in series in a single package, with the resistor value being half of what is shown on the marking. The two terminals of the resistor network are connected to a power supply, and the voltage across each resistor is the same. The combination of the resistors acts as an individual unit and increases the overall resistance of the resistor network. The principle of the application of YC324-FK-074K75L involves four resistors, and the resistance among them is inseparable, that is, the total resistance of the resistor array is equal to the sum of the four resistors.

YC324-FK-074K75L has many features such as high temperature stability, excellent tolerance, good surge capability and broad range of resistance values. The detailed design of these features provides excellent power ratings to ensure that the maximum power loss is lower than any other resistor technology available in the market. Due to its compact design, high accuracy, excellent resolution and good stability, YC324-FK-074K75L is a versatile alternative to many other resistor arrays.

Besides its application field and working principle, YC324-FK-074K75L also has two important manufacturing processes. The first step is the dielectric printing process, in which a thin film of nickel is sprayed onto the surface of the substrate. Then, the resistive elements are printed on top of the nickel coating, followed by metallizing and the sealing process which helps protect the resistive elements. The second step is the device attachment process, in which ceramic beads, such as YC324-FK-074K75L, are attached to the printed metal element in order to provide the proper mass temperature coefficient of resistance (TCR) and resistance change over temperature.

In conclusion, YC324-FK-074K75L is a one-form-four network resistor which is suitable for the automotive industry, medical equipment, communication equipment and electronic engineering. By providing good electrical performance and cost effectiveness, it reduces the board space and weight of the product and simplifies the design. It has two important manufacturing processes, dielectric printing and device attachment, which helps provide excellent power ratings, good stability and resolution. Therefore, YC324-FK-074K75L can be considered as a very useful and reliable resistor arrays.

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