SOMC160312K0GEA Resistors

The SOMC160312K0GEA Resistor Network is made of thin-film technology where gold aluminum terminals are built on printed circuits. The device is built into a single, rigid SO package with a composition of 12-connecting points on one side and a common contact point on the other side. This kind of resistor provides solutions for many types of electronic circuitry.

The SOMC160312K0GEA can be used in a wide range of applications, including general-purpose linear and basic switching. Examples include high-speed signal line applications such as signal switches and logic buffers, new digital systems such as microprocessors, and analog signals such as audio and voltage-controlled oscillators.

The SOMC160312K0GEA features a low temperature coefficient, low thermal stress, and low electrical noise. This kind of resistor network is highly reliable and provides excellent performance for various voltage levels. In addition, it features a temperature range of -10 to 85℃ and a capacitance of up to 100pF.

The working principle of the SOMC160312K0GEA is based on the same principle of most other resistor networks. The device has a network of resistors connected in series and/or in parallel. These resistors are connected via copper lines on the printed circuit board which is mounted on the unit. This creates a set of resistive paths which controls the resistance of the device. Depending on the application, the resistance of the device can be adjusted by using different components and/or different resistor values.

The SOMC160312K0GEA can be used in a variety of applications, including precision measurement, high-speed signal line applications, audio signal processing, analog signal conditioning, and microcontroller applications. It is a reliable device for providing resistance in different types of products. It is also cost effective and easy to use.

The SOMC160312K0GEA is part of the larger family of resistor networks such as resistors, arrays, and the like. These networks all work in a similar way where they are composed of different elements of resistors and have resistive paths crossing each other. Depending on the application, the resistance of each network can be adjusted to provide the desired results. These resistor networks can also be used for various electronic applications such as amplifiers and filters, switchable networks for interrupting and attenuating signals, regulating power, and providing modular resistance control.

In summary, the SOMC160312K0GEA Resistor Network is a cost-effective part of the larger resistor network family. It is reliable, offers excellent performance for various voltage levels, has a low temperature coefficient, and low electrical noise. It is easy to use for different types of applications and can be used to provide resistance in various devices.