EXB-D10C223J Resistors

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The EXB-D10C223J is a resistor network from the resistor networks, arrays group. It is a four resistive element network that provides an attenuation ratio of 10.0 dB and a temperature coefficient of ±100 ppm/°C. It is a mid-range, high-performance network that is designed to provide a consistent level of attenuation across a wide range of frequencies.

The EXB-D10C223J utilizes a thin-film technology along with a low-cost design that provides high performance, durability, and consistent signal strength in a variety of applications. The network is suitable for receiver designs that require a wideband performance and low noise with a high signal to noise ratio. The network\'s low tolerance enables it to be used in many RF applications such as mixers, receivers, and amplifiers.

The EXB-D10C223J is most typically used in attenuator or attenuation networks. These are networks that are used in communication systems to reduce signal strength. This type of network is typically used for precise signal attenuation in order to compensate for signal loss, or signal interference due to intermodulation. In this type of application, the EXB-D10C223J has an attenuation ratio of 10.0 dB for a wide range of frequencies.

The EXB-D10C223J also has a consistent temperature coefficient which reduces errors due to temperature variations. The network operates with a temperature coefficient of ±100 ppm/°C. This ensures that the final result of the attenuated signal is consistent regardless of temperature changes. This ensures that the desired signal level remains consistent.

The EXB-D10C223J is a very versatile network that can be used for various applications. It can be used in automotive applications as an attenuator or for active noise cancellation. It is also suitable for high-performance amplifier designs, as a moderate level of signal loss can be tolerated in these kinds of designs. Finally, the EXB-D10C223J can also be used in a variety of other applications such as sensor networks, GPON, Li-Fi communication, and medical sensors.

In conclusion, the EXB-D10C223J is an excellent network for a wide range of applications that require a high-performance, low-error, and low-noise signal. Its use as an attenuator or noise cancellation network provides reliability and precision. Its temperature coefficient ensures that the signal level remains consistent regardless of temperature fluctuations. Lastly, its use in a variety of other applications makes it a very versatile network.

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