4607M-101-273LF

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Resistor Networks, Arrays are used to design circuits with multiple resistors or components as a single component. Among them, 4607M-101-273LF is a widely used type of resistor network which can be used as a voltage division resistor.

In the electrical engineering area, a voltage divider, also known as a voltage dropper, is a simple linear circuit consisting of resistor network components that provide a predetermined voltage ratio between two nodes. The 4607M-101-273LF is an ideal choice for this purpose. It is a four-terminal network composed of nine resistors which has a guaranteed maximum total temperature coefficient of resistance between ±250KPPM, a low temperature coefficient of individual resistors, a temperature-stable resistance decay and a minimum ratio of 1%.

The 4607M-101-273LF has an application in voltage-controlled oscillator (VCO). A VCO is used to generate high frequency clock timing signals within an electronic device. It uses a resistor network such as the 4607M-101-273LF to control the frequency of the output signals. This is done by varying the input voltage to the VCO, resulting in the output frequency being varied proportionately. The VCO has a single input voltage, and the 4607M-101-273LF provides the necessary step response circuit, allowing a fine tuning of the output voltage so that the clock timing can be precisely controlled.

Another application of the 4607M-101-273LF is in high stability voltage references. Voltage references are used to provide a stable and precise voltage source which is independent of temperature, supply voltage, and other external conditions. The 4607M-101-273LF uses its low temperature coefficient of individual resistors to ensure the voltage reference stability. This makes the 4607M-101-273LF ideal for use in medical devices, industrial equipment, research, and many other applications.

The working principle of the 4607M-101-273LF is not complicated. It utilizes a voltage divider effect resulting from the connection of nine resistors. The resistance of each resistor in the network is equal, and they are connected in such a way as to create a voltage ratio between the two nodes. This voltage ratio is determined by the amount of current flowing through each resistor and the voltage drop of each resistor. When the current is decreased, the voltage drop of each resistor is also decreased, resulting in a corresponding change in the voltage ratio. In this way, the 4607M-101-273LF can be used to provide stable and precise voltage ratio for many different applications.

In conclusion, the 4607M-101-273LF is a widely used resistor network which can be used for different applications such as voltage-controlled oscillators, high stability voltage references, and voltage dividers. Its simple yet effective resistance network is the key to its many applications, as it provides a predictable voltage ratio that is independent of temperature, supply voltage, and other external factors. This makes it an essential component in many different types of circuits.

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