NOMC16032002AT1

Series:	NOMC
Packaging:	Tape & Reel (TR)
Part Status:	Active
Circuit Type:	Isolated
Resistance (Ohms):	20k
Tolerance:	±0.1%
Number of Resistors:	8
Resistor Matching Ratio:	±0.025%
Resistor-Ratio-Drift:	±5 ppm/°C
Number of Pins:	16
Power Per Element:	100mW
Temperature Coefficient:	±25ppm/°C
Operating Temperature:	-55°C ~ 125°C
Applications:	--
Mounting Type:	Surface Mount
Package / Case:	16-SOIC (0.154", 3.90mm Width)
Supplier Device Package:	--
Size / Dimension:	0.390" L x 0.154" W (9.91mm x 3.91mm)
Height - Seated (Max):	0.063" (1.60mm)

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Introduction to the NOMC16032002AT1 Resistor Networks, ArraysThe NOMC16032002AT1 Resistor Networks, Arrays are an often overlooked component of modern electronics technology. They provide a powerful and reliable way of organizing circuits and ensuring that they perform properly. They can be used in all sorts of applications and have important uses in industrial, aerospace, automotive, and medical fields. The array is typically comprised of several resistor elements that are connected to form a network. The resistors can be adjusted to give the desired electrical characteristics.Design ConsiderationsThe design considerations for resistor networks, arrays will depend on the final application and the specific requirements of the user. For example, a car audio system will have different design requirements than a simple LED driver circuit. In some cases, the resistors will need to be adjustable for specific circuit parameters. Additionally, the size and complexity of the array will be determined by the number of elements and the total resistance value required for the design. As the complexity of the array increases, there can be multiple configurations and possibilities depending on the desired electrical characteristics.Manufacturing ConsiderationsThe manufacturing process for resistor networks, arrays can be quite complex. It usually begins with the selection of the resistor materials and the resistance values. The resistors must be carefully checked to ensure they meet the desired voltage and current specifications. They must also be carefully checked for uniformity, to ensure they all meet the same specifications.Once the materials have been selected, they must be connected to form the network or array. The connections must be made properly and tested for accuracy and reliability. The resistors must also be properly soldered into the design, and the insulation must be checked to ensure it is of the highest quality. Then the design is complete and ready for testing.Testing and Characterization of Resistor Networks, ArraysBefore the resistor networks, arrays can be used in applications, they must be extensively tested and characterized. This is an important step as it ensures that the resistors are working properly and the design is reliable. This testing can include electrical tests like resistance, voltage, and current measurements. It can also include other tests such as vibration and temperature cycling tests. The tests are designed to ensure that the array can operate reliably in its intended environment.Applications of Resistor Networks, ArraysThere are many applications for resistor networks, arrays, and they are used in a variety of industries. In automotive applications, they are used for noise suppression and spark plugs, and in aerospace applications, they are used for power control and motor control. They are also useful in medical applications, such as MRI machines and data collection. Additionally, they are used in industrial applications such as motor controls, lighting controls, temperature controllers, and feedback circuits.ConclusionThe NOMC16032002AT1 Resistor Networks, Arrays are a powerful and reliable way of organizing circuits and ensuring that they perform properly. They can be used in many applications, and are perfect for circuits requiring precise control of a variety of electrical parameters. They must be carefully designed, manufactured, and tested to ensure they meet the desired specifications and operate reliably in the intended environment.

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