Y1747V0613BA9R

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Y1747V0613BA9R is a type of resistor network, array or simply resistor array. It is used in a variety of applications. Resistor networks and arrays are designed to reduce the number of individual resistors required in a particular circuit, enabling designers to reduce design area and increase circuit density. The Y1747V0613BA9R features robust construction, wide temperature range bias trim resistor technology and superior electrical characteristics, as well as long term stability, low tolerance variations and good parametric performance. It is available in a small footprint DIP package.

A resistor network is composed of many resistors connected in series and/or parallel. The Y1747V0613BA9R is composed of thirteen fixed-value resistors which are connected in a series-parallel array. It offers superior performance with ratios and tolerances from 0.5% to 5%. The ratio of the value of two resistors in the array is a function of their specific resistances, and resistors in a low tolerance are accurately trimmed to achieve the required ratio.

A resistor array provides a precise and convenient way to connect a number of resistors in a circuit. Each resistor in an array is completely independent and can be wired as required. This allows designers to create a variety of resistor combinations and network configurations that meet a specific functional requirement. The Y1747V0613BA9R is designed as a combination of thirteen resistors connected in an array including two high-precision resistors in the center. The two center resistors are accurately trimmed to the desired ratio through laser trimming, improving the accuracy and stability of the circuit.

One of the main applications of the Y1747V0613BA9R is in telephone networks. It is used to balance ringing voltage and current on the line. It passes the AC ringing voltage and, when the voltage exceeds the set threshold, it limits the current to the desired value. This provides an enhanced level of protection for the telephone network.

The Y1747V0613BA9R is also used in medical equipment, where the combination of resistors provides a circuit with a wide range of resistance values. This enables the medical equipment to operate in a wide range of conditions and voltage levels.

The working principle of the Y1747V0613BA9R is based on the fact that resistors have a resistance that is proportional to the applied voltage. When a voltage is applied, a corresponding current will flow through the resistor, and the current is inversely proportional to the applied voltage. This means that, for a given applied voltage, the resistance of the resistors will determine the current.

The Y1747V0613BA9R is composed of thirteen resistors connected together in a series-parallel array. The ratio of the value of two resistors in the array is a function of their specific resistances, and the resistors are accurately trimmed to achieve the desired ratio. This enables the resistors to operate with high accuracy and superior parametric performance. When a voltage is applied to the array, the current is distributed according to the resistances of the individual resistors and the voltage ratio. This operation enables the Y1747V0613BA9R to provide precision voltage and current control in various applications.

The Y1747V0613BA9R is a versatile resistor array that is used in a variety of applications including telephone networks, medical equipment, and precision voltage and current control. The combination of high precision, low tolerance variations, and robust construction make it well-suited to a variety of applications. The resistor array is composed of thirteen resistors connected in a series-parallel array, and the ratio of the value of two resistors in the array is a function of their specific resistances. This enables the Y1747V0613BA9R to provide precision voltage and current control for a variety of applications.

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