CRA04P08313R0JTD

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Resistor Networks, Arrays, have made a huge impact in many aspects of electrical and electronic engineering, with many applications such as voltage and current regulation, signal conditioning and control. The CRA04P08313R0JTD resistance network is an example of an array that has been designed to provide precision resistive values to an array of different circuits and measurement applications.

The CRA04P08313R0JTD is a 4 mm x 4 mm, 13-resistor thin film network consisting of twelve 1k Ω resistors in a series configuration and one 100 Ω resistor in the middle. It is specifically designed for higher precision, tighter tolerances and wider temperature range applications. It is an ideal application for fast signal switching applications, as it can help to reduce EMI interference, provide control over signal path impedance and reduce spurious frequency signals.

The CRA04P08313R0JTD can be employed in many diverse applications. It is well suited for controlling and conditioning the signal paths of integrated circuit designs, amplifiers, control systems and video signal processing systems. The network can also be implemented in frequency-domain operation to provide a frequency-controlled signal path and improve signal quality. Furthermore, it can be employed as an on-board electronic \'bridge\' to provide precision impedance control of the complete system circuit.

The CRA04P08313R0JTD utilizes the latest technology in thin-film processing, resulting in tight tolerance values and outstanding temperature stability. Each resistor element is formed by after atooling a titanium nitride (TiN) layer on a substrate of copper, resulting in its ultra-stable and reliable performance. This ultra-precision network also exhibits extremely low leakage currents and minimal dissipation factors. In addition, the network is suitable for integration into various package designs, including leadless chip carriers (LCCs) and surface mount technologies (SMTs).

The CRA04P08313R0JTD operates by utilizing the contact between its two plates, which allow the resistive elements to be swapped and rearranged for different resistor values. By combining several of these resistive elements with different characteristics in series or parallel, the network can be used to produce various output values, depending on the application. For example, it can be used to create a low voltage reference, a wide range of digital gain multipliers, a broad selection of passive filters and many other different products.

The CRA04P08313R0JTD is a highly versatile and reliable resistor network, providing precision resistive values to many applications. It is ideal for maintaining signal integrity and control over signal path impedance in complex electronic systems. It is also well suited for creating low voltage references, digital gain multipliers, and various other products. Furthermore, its ultra-stable, low leakage currents and minimal dissipation factors make it an attractive option for frequency-domain applications.

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