YC324-FK-076K65L

Resistor Networks, Arrays are used in various applications to limit the current flow and voltage supply to different components in a circuit. The YC324-FK-076K65L is one such resistor array which is made up of six individual resistors connected in parallel and with a common input pin. The YC324-FK-076K65L is used in applications that require precision voltage attenuation and current-limiting capabilities, such as in power-supply protection.

The YC324-FK-076K65L consists of six 0.355 ohm resistors connected in parallel, which allows them to absorb higher currents than if they were connected in series. The common input pin on the resistor array acts as a reference voltage, and the voltages of the individual resistors vary according to the current they are receiving. The direction of current flow is not important with the YC324-FK-076K65L, as the resistors can handle both polarities of current. The rated voltage range of the resistor array can also be adjusted by changing the voltage on the common input pin.

The working principle of the YC324-FK-076K65L is based on two main factors: voltage division and current limiting. Voltage division (or voltage attenuation) works by dividing the input voltage into different ratios; for example, in this resistor array, the input voltage is divided by eight (since there are eight resistors). This allows for a precisely controlled voltage to be maintained for different components in the circuit.

The current-limiting capabilities of the resistor array are due to the fact that each individual resistor has its own limit for current. The individual resistors are rated for a certain current limit, and this limits the amount of current that can pass through the resistor array; depending on the individual resistance of each resistor, it may absorb some of the current. This helps to protect other components connected to the circuit from excessive current.

The YC324-FK-076K65L can be used in a variety of applications, such as power supply protection, voltage attenuation, and current limiting. It is commonly used in portable devices, such as smartphones and tablets, to ensure that the power supply is not overloaded. The resistor array can also be used in larger applications such as LCDs and automotive electronics in order to limit the current and maintain a precise voltage level.

In conclusion, the YC324-FK-076K65L resistor array is a widely used component in various applications that require precision voltage attenuation and current-limiting capabilities. The resistor array is made up of six 0.355 ohm resistors that are connected in parallel in order to handle higher currents. It uses the principle of voltage division and current-limiting to maintain precise voltage levels and protect other components from excessive current.