SOMC160120K0GEA Resistors

The SOMC160120K0GEA is a resistor array which is integrated into a very small package with a width of 1.6 mm and a height of 0.8 mm. It consists of 5 resistors, each with a value of 10 kOhms, connected in parallel. In this configuration, the maximum power dissipation is 0.25 W and the maximum operating temperature is +175° C.

The SOMC160120K0GEA is typically utilized in applications where a very small package is required but precise resistances are needed. Examples of these applications include current sensing, voltage sensing, filtering, filtering, and signal conditioning.

The SOMC160120K0GEA has the advantage that the size of the package is much smaller compared to its competitors. The small size of the package makes it suitable for high density applications and also helps reduce cost and board space. It has a low thermal resistance rating and is compliant with RoHS rules.

The working principle of the SOMC160120K0GEA is quite simple. The 5 resistors in the package are all connected in parallel so that the total resistance is equal to the value of one resistor, which is 10 kOhms. The small size of the package means that it can fit in very tight spaces on a circuit board, which makes it ideal for use in space-constrained applications.

The SOMC160120K0GEA is ideal for a variety of applications, including current sensing, voltage sensing, filtering, and signal conditioning. It is well suited for low power and high frequency applications due to its small size and high thermal resistance. It is also cost effective, as it is relatively inexpensive compared to its competitors.

In conclusion, the SOMC160120K0GEA is an integrated resistor array which is designed for applications that require precise resistances in a very small package. It is ideal for use in current sensing, voltage sensing, filtering, and signal conditioning applications. The small package size and high thermal resistance make it suitable for high density applications. Additionally, its low cost compared to its competitors makes it an attractive option for many designers.