4612X-101-821LF

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Resistor Networks, Arrays

The 4612X-101-821LF resistor network is a four-terminal, twelve cross-connected array of high-accuracy thin-film resistors. It is an on-board flat-pack resistor configuration in the standard 1005 chip size. This resistor network is intended for applications that require high accuracy in impedance measurements or voltage dividers.

Application Field

This particular 4612X resistor network is specifically designed for high-accuracy, multi-output voltage dividers, making it an ideal choice for medical, nanotechnology, and imaging systems. Furthermore, other applications can include telecommunication and motion control systems. As a result, the 4612X resistor network can be used across a variety of industries to supply unparalleled accuracy and performance.

Working Principle

In order to understand the working principle of the 4612X resistor network, it is important to understand the basics of a resistor array. A resistor array is a set of interconnected resistors that are connected in a series or parallel configuration in order to divide voltage or current as desired. The 4612X resistor network consists of twelve such resistors, along with four terminals that are used to connect the array to its intended circuit.

The 4612X resistor network functions by dividing a single supply voltage into four equal and accurate output voltages. Each resistor has a value of 821Ω and this value is maintained to within ±1% tolerance. The terminal connections are routed outside of the resistor network, allowing for easy and reliable connections. The resistor array is built with a thick-film material and has a self-contained hermetic bonding.

In addition, the resistor network is RoHS compliant and is designed to meet MIL-PRF-19537 specifications. The device characteristics include a maximum working voltage of 50V, with a temperature coefficient of resistance of 0.05%/degC. This results in a highly accurate resistor network that meets the high-accuracy applications needed for medical, imaging, nanotechnology, and telecommunications.

Conclusion

The 4612X-101-821LF resistor network is a highly accurate, four-terminal, twelve cross-connected array of high-accuracy thin-film resistors. Specifically designed for high-accuracy, multiple output voltage dividers, this resistor network is ideal for medical, imaging, nanotechnology, and telecommunication systems. With a maximum working voltage of 50V and a temperature coefficient of resistance of 0.05%/degC, the 4612X resistor network can offer unparalleled accuracy and performance.

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