SOMC16033K90GEA Resistors

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor Networks, Arrays

Resistor networks and arrays are ubiquitous in electronic engineering and are used for numerous tasks: dividing and distributing voltage, setting their amplitude and phase, providing reference voltages, biasing active elements and many others. The SOMC16033K90GEA is a resistor network, array, which has a wide range of applications and a main focus on signal conditioning.

SOMC16033K90GEA Application Field

The SOMC16033K90GEA application field is electronics and signal conditioning for automotive, aerospace, consumer and industrial electronics, audio and video electronics, measuring instruments, transmitting and receiving devices, medical devices, etc. This resistor array can be used in such applications as signal conditioning, level shifting, temperatur sensing, precise voltage division, signal transmission, EMI and RFI filtering, impedance adaptation and matching, etc.

SOMC16033K90GEA Working Principle

The SOMC16033K90GEA is a three-terminal, two-resistor array. It contains two precision resistors that have equal values and combined offer excellent thermal stability and long-term accuracy. Both resistors can be used for accurate voltage divider networks, current sensing networks and power control networks, among other tasks. The resistors have a wide temperature coefficient (TCR) range from -90ppm/°C to +10ppm/°C and are available with a wide range of nominal values.

The SOMC16033K90GEA works by connecting one resistor between the two terminals of the circuit and the other resistor between the remaining two terminals, forming a bridge of two resistors. The combined resistors provide a precise voltage divider, which can be used to accurately measure voltages and current flows in the circuit. The two resistors can also be used to provide an accurate power control network by connecting one in series and the other in parallel, allowing for efficient and precise power control.

Conclusion

The SOMC16033K90GEA is a versatile three-terminal two-resistor array for signal conditioning applications. It is well suited for use in a variety of applications such as level shifting, temperatur sensing, precise voltage division, signal transmission, EMI and RFI filtering, impedance adaptation and matching and many others. This resistor array offers excellent thermal stability and long-term accuracy with a wide range of nominal values and a wide temperature coefficient (TCR) range from -90ppm/°C to +10ppm/°C.

The specific data is subject to PDF, and the above content is for reference