YC248-FR-0761K9L

Resistor Networks, Arrays

YC248-FR-0761K9L is a type of surface mount, quad-resistor network made up of four individual resistors connected together in an array. It is a high-precision passive component that is widely used in various industrial applications. Each resistor in the network has its own resistance value and the total resistance of all four resistors combined is the resistance of the entire network. This type of package is well-suited for applications that require a range of precise resistor values in a small area.

Application Field of YC248-FR-0761K9L

The YC248-FR-0761K9L is used in a variety of different industrial applications, including but not limited to, automotive, medical device, electronic device design, and instrumentation. The unique packaging style of this device makes it particularly well-suited for automotive, medical, and instrumentation applications, as it is able to withstand the harsh environments common to these types of applications.

The device is also used in a variety of electronic device designs, as the precise values of the resistors in the network permit a greater amount of accuracy and control. This is beneficial when a precise value of resistance is needed, such as in the design of power supplies, LED drivers, and clock circuits. Additionally, the device is used in the design of digital circuits, as it is able to provide a wide range of resistances for varying circuit designs.

Working Principle of YC248-FR-0761K9L

The working principle of the YC248-FR-0761K9L is similar to that of other resistor networks. The four resistors connected together in a series-parallel array are designed in order to maximize the range of available resistances. Each individual resistor, of which there are four, has its own resistance value. The total resistance of the network then is a combination of the individual resistances of the corresponding resistors.

In the YC248-FR-0761K9L, each resistor is individually laser trimmed in order to ensure the most precise resistance values possible. This type of resistor network is also designed so that the resistors in the network have a low level of self-heating, allowing them to operate with a greater degree of accuracy and stability.

The YC248-FR-0761K9L is one example of a high-precision quad-resistor network which can be used in a variety of applications. This type of device is well-suited for high-precision applications such as automotive, medical device, electronic device design, and instrumentation, due to the precise resistance values available in a smaller area. Additionally, the device is also able to withstand harsh environments, making it well-suited for a variety of applications in the industrial environment.