YC248-FR-0747K5L

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The YC248-FR-0747K5L is a Resistive Network or Array composed of four resistive elements connected in series and sharing a common current path. All four resistors are interconnected between two power rails with a higher voltage potential and one end grounded to a lower potential.

The four resistors connected in series in YC248-FR-0747K5L act like a single resistor divided into four independent parts. When the same electric current passes through each resistor element, the serial combination of the four parts results in a total resistance that is higher than the resistance of any single one of the resistor elements.

The application field of the YC248-FR-0747K5L is mainly in the fields of power supplies, audio equipment, automotive electronics, telecommunications equipment, medical equipment and any other equipment that requires a resistive network or array. It is also used in analog and digital signal conditioning circuits, gain control, voltage scaling and division applications.

The working principle of the YC248-FR-0747K5L is based on Ohm’s Law, which states that the current through a conductor between two points is directly proportional to the voltage across the two points. In the case of the YC248-FR-0747K5L, the four resistors connected in series in the Resistive Network or Array are in series with the power supply rails. This means that as the potential difference between the two power rails increases, the electric current flowing through the resistors increases proportionally.

The operation of the YC248-FR-0747K5L is mainly controlled by the power supplier rails, which can be adjusted accordingly to obtain the desired voltage division, current gain, voltage scaling, or other control parameters. The four resistors connected in series provide resistance to the electric current, thereby helping to achieve the desired control parameters. The four resistors also act as voltage dividers to provide the pre-determined output voltage.

In summary, the YC248-FR-0747K5L is a Resistive Network or Array composed of four resistive elements connected in series and sharing a common current path. The application field of this component is mainly in the fields of power supplies, audio equipment, automotive electronics, telecommunications equipment, medical equipment and any other equipment that requires a resistive network or array. The working principle of the YC248-FR-0747K5L is based on Ohm’s Law, which states that the current through a conductor between two points is directly proportional to the voltage across the two points. The operation of the YC248-FR-0747K5L is mainly controlled by the power supplier rails, which can be adjusted accordingly to obtain the desired voltage division, current gain, voltage scaling, or other control parameters.

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