MNR14ERAPJ333

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Resistor Networks, Arrays refer to circuits formed by connecting multiple resistors in parallel or in series. With the rapid development of technology, more and more resistor networks, arrays are used to meet the needs of new products.

The MNR14ERAPJ333 is a precision resistor network, array, which is specifically designed for applications that require high precision, stability and reliability. The product features a very low TCR of as low as 2 ppm/°C with tight 1% tolerance. Also, MNR14ERAPJ333 has a wide operating temperature range from -55°C to +125°C and quick delivery times since samples are readily available.

MNR14ERAPJ333 is available in many configurations, as needed. The 14 pin Form is manufactured from two separate lead frames positioned in parallel within a single package. The component side of the assembly features 14 pins along a 2.54 mm [0.100”] lineal spacing. The opposite side of the assembly contains several formed pins for soldering during surface assembly. Each pin is constructed from tin-plated copper alloy. The leads are octagonal shaped which assists during automated insertion processes.

The typical application of MNR14ERAPJ333 is as varied as adjustment networks, summing and voltage dividers. It can also be utilized in set-point controllers, signal plug-in units, operational amplifiers, equalizers and fundamental bridges. This precise resistor network array also finds its application in manufacturing test systems and for monitoring all types of control parameters.

The function of MNR14ERAPJ333 is the same as that of other precise resistor network arrays, as it can work as a voltage divider. This type of resistor network array has a wide range of applications, and the stability of this resistor network array can make sure the accuracy of voltage division. At the same time, it has excellent temperature characteristics, low noise and low power consumption, which can be used for various occasions.

The working principle of MNR14ERAPJ333 is very simple. Voltage enters from one pin and is divided by the connected and embedded resistors of different resistance values. The output voltage will be different according to the resistance. By controlling the resistor values, you can even adjust the output voltage. With the application of modern technology, not only the accuracy of the resistance value of the resistor network array is guaranteed, but also the matching accuracy of the resistors of different resistance values is ensured, so that this type of array can provide very precise output voltage accuracy.

In conclusion, MNR14ERAPJ333 is a precision resistor network array, which is widely used in various occasions. It has a low TCR and wide operating temperature range, and its resistance optimal accuracy and matching accuracy are very high. Thanks to its precise components and working principle, it is an ideal choice for applications that require precision, stability and reliability.

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