CRA04S083220RJTD Resistors

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Resistor networks and arrays are important components used to provide gain and selectivity in a variety of applications. The CRA04S083220RJTD is a resistor network that boasts impressive features suitable for many applications. In this article, we will look at the application fields and working principle of this resistor network.

The CRA04S083220RJTD is a 4-bit resistor network made with axial lead SMD (Surface Mount Device) resistors. This resistor network is rated for up to 1 W of power. It offers 5% tolerance, a max operating temperature of +125C, and a wide operating temperature range of -55C to +125C. The CRA04S083220RJTD is ideal for a variety of applications, including audio and video applications, switching power supplies, RF signal conditioning, lighting control, and instrumentation.

The CRA04S083220RJTD resistor network is well suited to provide gain and selectivity in a variety of applications. It can be used in circuits where the gain and selectivity can be adjusted by varying the resistance values of individual resistors. This type of resistor network is also useful in circuits that require precise matching of resistor values, which ensures repeatable performance and avoids the need for complex tuning. In addition, the CRA04S083220RJTD is ideal for applications where wide operating temperature ranges are required, as the resistor network can operate over a wide temperature range.

The CRA04S083220RJTD resistor network works on the principle of resistor division. In this type of network, a group of resistors is connected in series or parallel formation to create a voltage divider or current divider network. The value of the resistors and the configuration of the network determine the individual resistance values that are output from the network. This type of resistor network can also be used to create different types of filters, such as low-pass, high-pass, and band-pass filters.

In conclusion, the CRA04S083220RJTD is an ideal resistor network for a variety of application areas. It is well suited to provide gain and selectivity in circuits and can also be used to create different types of filters. The wide operating temperature range makes it suitable for applications in extreme conditions, and the resistor division principle makes it easy to adjust individual resistance values.

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