RAVF164DJT560R

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Resistor networks, or arrays, play an important role in creating, amplifying, and adjusting voltages and currents for a variety of applications. One such example is RAVF164DJT560R, a 16-pin resistor array with 8 individually-programmable, low power, series regulated references, operated over a wide range temperature range. This resistor array has several key features and benefits which makes it an ideal solution for many applications. Its wide operating temperature range from -40°C to +125°C make it suitable for use in harsh environments, and its wide 16-pin dip footprint simplifies mounting and makes it more reliable.

The RAVF164DJT560R resistor array is made up of two components, the power die and the register die, each of which serves a specific purpose. The power die is responsible for providing a regulated reference output from the 8 reference pins, which range from 0.8V to 7.0V. The register die, on the other hand, provides programmability in adjusting the power die’s output. This is possible through connecting four of the register pins to voltage biases, then programming the remaining four register pins to control the power die’s output.

The RAVF164DJT560R resistor array also serves as a thermal monitoring system. With the aid of two transistors, the resistor array provides an indication of the module’s temperature. This is done by connecting two of the power supply pins to a thermal resistor, which is mounted on the module’s body. When the module’s temperature rises or falls, the output voltage will change accordingly.

In addition to its thermal monitoring capabilities, the RAVF164DJT560R resistor array offers excellent noise performance. It is designed with a low noise output and is able to maintain this performance even in the presence of substantial external noise sources. This makes it an ideal component for applications with high signal-to-noise ratios. The resistor array also offers a wide range of programming options and is capable of handling peak currents up to 40mA.

For applications requiring high accuracy, the RAVF164DJT560R resistor array is designed to withstand moderate voltage shifts. Its design also results in temperature coefficients that are much lower than those found in conventional, fixed resistor networks. This makes the RAVF164DJT560R an ideal solution for applications that require precision control of voltages or currents.

In summary, the RAVF164DJT560R resistor array provides many advantages for applications that require significant precision and performance. Its wide operating temperature range, thermal monitoring capabilities, low noise performance, and programming options make it an ideal solution for a variety of applications. Its significant design improvements have ensured that the RAVF164DJT560R resistor array is a cost-effective solution for providing precision and performance.

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