4814P-2-331

Resistor Networks, Arrays encompass a wide range of electronic components which help to manage current and voltage in an electrical circuit. The 4814P-2-331 is one such device, and while it is specific to voltage-controlled attenuator applications, its basic design and specialized functions also make it applicable to many types of networks and arrays.

A 4814P-2-331 is an eight-pin monolithic resistor network designed to provide voltage controlled attenuation in audio circuitry. It has an overall accuracy of + or -1.5dB from mid-range frequencies to 20kHz and a temperature coefficient range of less than 50ppm/degree Celsius. This makes it superior to other resistor networks that are suitable for audio applications, such as the 8 pin chip LM1014, which has a maximum temperature drift of + or -2.5dB across its entire range. The 4814P-2-331 also has a better signal-to-noise ratio than other resistor networks. It has a dynamic range of greater than 90dB and its maximum output noise is as low as 4uV.

The 4814P-2-331 is a building block for voltage controlled attenuators. It works by controlling the voltage applied to the resistor network by a voltage controlled amplifier. This causes the resistor network to change its resistance over the frequency range of the amplifier. The signal passing through the resistor network is then attenuated over the same frequency range. The voltage controlled amplifier is controlled by an external voltage source, such as a potentiometer, a voltage-controlled oscillator, or a voltage divider. This allows the user to adjust the voltage applied to the network and hence the attenuation of the signal.

The 4814P-2-331 can also be used in other types of networks. It can be used to construct a very simple voltage divider, which works by dividing the input voltage into two parts. The first part is connected directly to the output terminal and the second part is connected to the input of the resistor network. The voltage drop across the resistor network can then be used to control the output voltage. This can be used to construct a circuit with a variable output voltage or to provide a voltage-controlled gain stage. The 4814P-2-331 can also be used in bridge circuits to measure the impedance of a device or component. The bridge circuit works by applying a known voltage to one side of the resistor network and the voltage across the other side is then measured with a voltmeter or a bridge rectifier. This allows the user to measure the impedance of a device or component.

The 4814P-2-331 can also be used in various types of arrays, such as active filters or tuned oscillator circuits. An active filter consists of one or more capacitor networks connected in series with one or more resistor networks. The voltage across the resistor network can then be used to control the gain of the filter. A tuned oscillator circuit consists of two or more resistor networks connected in parallel with one or more capacitor networks. This type of circuit enables the user to adjust the frequency of oscillation.

The 4814P-2-331 is a versatile resistor network that can be used in many different applications. Its eight-pin design allows it to be easily integrated into audio circuits, voltage divider circuits, bridge circuits, active filters, and tuned oscillator circuits. Its temperature range and dynamic range also make it superior to other resistor networks for audio applications. Its versatility makes it a great choice for many different types of circuits.