CRA06E08324K9FTA

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Resistor Networks, Arrays are widely used in various fields for controlling voltage, current and signals. CRA06E08324K9FTA is one kind of resistor networks which provides a stable current control and precision resistance. Developed by Yageo, the CRA06E08324K9FTA is a surface mounted, low resistance precision resistor array. The three-pin device has an operating temperature of -55℃ to +155℃.

Application Field

CRA06E08324K9FTA is widely used in both commercial and industrial applications. The device is suitable for use in many consumer electronics items such as smartphones, tablets, laptops, digital cameras, camcorders, and MP3 players. It provides great stability and protection for circuits in these devices. The device is also a common choice in medical applications such as patient monitoring, testing, and diagnosis.

Working Principle

The CRA06E08324K9FTA is a three-terminal device with three resistors in a single package. The device is a shallow single layer resistor array, and the resistors are connected in series. The three pins are labeled as Positive, Negative and Ground. The Positive pin is the input pin and the Negative pin is the output. The Ground pin is used to connect the device to ground, to complete the circuit. The current output from the Negative pin is determined by the resistance value of the Positive pin. The voltage output is determined by the resistance of the Negative pin. When used in a circuit, the CRA06E08324K9FTA can be used to provide current and voltage control. It is designed to accept a range of input voltages and maintain a stable current output. Additionally, the device can be used to provide precision resistance values. The device is also designed to be highly resistant to temperature changes and atmospheric pressure variations.

The CRA06E08324K9FTA is a versatile device which provides reliable and precise current and voltage control for both commercial and industrial applications. It is capable of providing stable current output and precision resistance values. Additionally, the device is unaffected by temperature and atmospheric pressure variations.

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