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Resistor Networks, Arrays and SOMC160118K0GEA application field and working principle

Resistor networks and arrays are designed to provide low-cost, easily integrated solutions for a range of electrical design challenges. Whether you’re working on power management, filtering, signal conditioning, or some other application, these components can come in handy.

SOMC160118K0GEA is a new current sensing resistor network product from South East MicroCom. This network has 18 resistors in a package size of 19.4mm x 11.4mm. This is a very small package size considering the number of resistors it contains.

The18 resistors in SOMC160118K0GEA are arranged as two banks of 9 resistors each. The two banks are connected together with a common connection. This allows the product to be configured in different configurations in order to suit different application needs.

Let us look at the application fields and working principle of SOMC160118K0GEA in detail.

Application Fields

The most common applications of SOMC160118K0GEA are current sensing, resistor divider circuits, voltage dividers, and analog signal conditioning. These applications involve passing a small current through the resistors in order to measure and condition analog signals.

In current sensing applications, the current is measured by passing a known voltage through the resistor network. The voltage drop across each resistor is proportional to the current passing through it. This allows the entire current to be measured by measuring the voltage drops across each resistor.

In resistor divider circuits, the resistor network is connected to a voltage source. The resistors are arranged such that the output voltage is divided between them. This can be used to create an adjustable output voltage for powering a circuit.

In voltage dividers, the circuit is similar to resistor divider circuit, but the resistor values are not adjustable. The output voltage is divided between the resistors and the output is fixed. This can be used in applications where a fixed output voltage is required.

Finally, SOMC160118K0GEA can be used for analog signal conditioning. This involves passing an input signal through the resistor network in order to reduce noise and distortion. The signal can be amplified, filtered, and even phase shifted depending on the application.

Working Principle

The working principle of SOMC160118K0GEA is based on Ohm’s Law. Ohm’s Law states that the current flowing through a resistor is proportional to the voltage applied across it. In other words, if you increase the voltage, the current will increase and vice versa.

In SOMC160118K0GEA, each of the 18 resistors is connected to the common connection. If a voltage is applied across the network, the current will divide between the resistors according to the resistance of each one. This allows the distribution of current to be accurately measured and controlled.

For applications such as current sensing and analog signal conditioning, this means that the input signal can be accurately measured. The measurement of the signal can be used to control the output, allowing for more precise control of the system.

Conclusion

SOMC160118K0GEA is a new current sensing resistor network product from South East MicroCom. It can be used for current sensing, resistor divider circuits, voltage dividers, and analog signal conditioning. The working principle of the product is based on Ohm’s Law, which states that the current flowing through a resistor is proportional to the voltage applied across it.

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