CSC10A012K20GPA

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

CSC10A012K20GPA is an integrated circuit - an electronic component designed to perform a specific function - designed and manufactured by ENE Technology, a global provider of energy-saving solutions and high-performance transistor products. It is typically used as a precision voltage divider and compensation network in applications such as battery-powered equipment, low power regulators, telecom systems, power amplifiers, and automotive electronics.

The CSC10A0012K20GPA resistor network is composed of three pairs of resistors that are connected in series. The first two resistors are connected to the first two terminals of the network while the third pair of resistors is connected to the third terminal. Each resistor, which can be either 0.005 ohms, 0.025 ohms, 0.101 ohms, or 0.201 ohms, is made of a small disc with a rectangular hole at the center to accommodate the voltage divider tolerance.

The CSC10A0012K20GPA has several uses and advantages. First, the matched resistor pairs can be used to precisely match each resistor in the array, thus ensuring consistent and repeatable responses to changing input voltages. This is vital for maintaining consistent performance in applications requiring multiple resistor networks. Second, the wide range of resistor values allows users to adjust the voltage divider network for optimal performance. Third, the matched resistor pairs also faithfully reproduce the vintage character of tube-based equipment, providing an authentic sound to recordings made with the CSC10A0012K20GPA.

The working principle of the CSC10A0012K20GPA resistor network is very simple. As the applied input voltage changes, the current flowing through the resistors will vary according to Ohm’s law; the magnitude of the current is inversely proportional to the resistance of the resistors. This varies the total resistance of the network, producing a voltage divider effect. As a result, the input voltage is divided into portions proportional to the magnitude of the resistors: the higher the resistance within the network, the larger the output voltage will be.

The CSC10A0012K20GPA can be used in a wide variety of applications, including medical equipment, communications systems, automotive electronics, and precision voltage divider networks. It is a highly accurate, low-cost solution that provides consistent performance and ensures voltage accuracy in all types of applications.

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