CRC3A4E682JT

Resistor Networks, Arrays refer to the electrical components of interconnected and arranged electrical resistors. They are used to form circuits with predictable electrical characteristics in a variety of applications. As a representation of this device, the CRC3A4E682JT model is an array composed of six resistors in which each resistor is connected to the one before and the one after, forming a circuit. This device is classified as a voltage-controlled resistor, meaning that the resistance of the entire array is determined by the voltage applied to its external terminals.

The CRC3A4E682JT array provides an optimal combination of resistor values for a wide range of applications. Its primary use is three-terminal variable resistor networks. These are very useful in various electronic circuits, for voltage-controlled attenuators and electronic circuits that cannot be built with individual resistors. Its configuration makes it suitable for use in multiple electronic applications, such as in switched filter networks, audio, RF signal processing, power control systems, signal mixing circuits, and instrumentation amplifiers.

The working principle of a CRC3A4E682JT based resistor network is very simple. At the input terminals of the array, a voltage is applied, which in turn affects the total resistance of the array. This variation in resistance is then connected to the output terminals. The magnitude of the voltage applied to the terminals determines how the resistance of the array will vary. Depending on the voltage applied, the resistance of the array can either increase or decrease.

The different resistors of a CRC3A4E682JT network can have varying resistance values. The higher the resistance of each resistor, the greater the range of resistance variation the array can provide. The range of resistance variation that can be obtained from a CRC3A4E682JT array is usually very good, making it suitable for many applications. A low range can be used to provide a light emitting diode (LED) current limiter. Alternatively, a larger range can be used for signal conditioning or voltage level shifting.

A typical CRC3A4E682JT array is composed of six resistors of varying resistances, arranged in a specific configuration, as described above. The individual resistances of the six resistors affect the total resistance of the array. The resistance of the array can be calculated using the formula V/I = Rtot, where V is the voltage applied to the terminals of the array, I is the current flowing through the array, and Rtot is the total resistance of the array.

CRC3A4E682JT resistor networks and arrays offer a suitable solution for applications that require a variable resistor. They are usually offered in an epoxy-filled hermetically sealed package, making them reliable and suitable for a wide range of applications. This type of resistor network can provide excellent performance and ease of use, making them ideal for applications such as attenuators, mixing circuits, amplifiers, and power control circuits.