Y1691V0005AT0L

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Resistor Networks, Arrays typically widely used in a wide range of consumer, military, electronic and automotive applications. The Y1691V0005AT0L is an example of a resistor network and array in the form of a thick film chip resistors. This resistor array device is great for use in high frequency and RF applications.

The Y1691V0005AT0L resistor network and array operates like a typical thick film chip resistor. This type of device is a packaged combination of many individual resistors. It consists of five resistors which are 0805 chip size. The total size of the resistor array device is 1.5 x 1.2 mm in size. The Y1691V0005AT0L has a tolerance of 1-2%, a rated voltage of 70 V dc, and a maximum operating temperature of +125°C.

The Y1691V0005AT0L is a low-temperature co-fired ceramic (LTCC) device. The LTCC technology is a manufacturing technology that utilizes multiple layers of metal and ceramic materials. The device is designed to be reliable, have a low tolerance, and be able to withstand extreme temperatures. This technology allows for the device to have a higher level of accuracy while being able to maintain its performance at higher temperatures than traditional thick film resistor chips.Due to its dielectric strength, the Y1691V0005AT0L can withstand high voltages.

The Y1691V0005AT0L resistor network and array has a wide variety of applications. The device is commonly used in high frequency and RF applications, such as for power supplies, RF modules, and telecommunication systems. It is also used in automotive applications, including lighting and filtering systems. Lastly, the device is used in the military and aerospace engineering, where the Y1691V0005AT0L is used due to its dielectric strength and ability to operate at extreme temperatures.

The Y1691V0005AT0L is an example of a versatile and reliable resistor network and array device. The Y1691V0005AT0L utilizes thick film and LTCC technology to provide a device that is accurate and able to operate in extreme temperatures. The device is great for use in high frequency and RF applications, as well as automotive, military, and aerospace applications.

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