RFVC4174

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The RF VC4174 is an integrated module that provides an efficient and cost-effective solution for applications requiring RF transmission/reception or data acquisition. It is part of the RF Miscellaneous ICs and Modules family. This bundle of high-performance devices supports small-package form-factor designs for a variety of application applications. This bundle of products is suitable for use in voice, industrial, and automotive applications.

The RF VC4174 features sixteen channels with adjustable signal detection threshold and has the ability to monitor and detect digital and/or analog signals from an external source. It\'s also equipped with a range of features designed to improve system performance, such as relief of crosstalk, surge protection, and improved electrical noise isolation. Moreover, the RF VC4174 has integrated support for up to 8 channels with simultaneous monitoring and acquired data data-records. It is also compatible with UART communication interface which enables easy data transmission and reception through a wide range of formats and protocols.

The RF VC4174 also features a state-of-the-art signal conditioning and signal detection circuit which provides up to 20 dBm sensitivity which makes it ideal for applications with low level signals. Moreover, the RF VC4174 provides dedicated features that are adapted to the industrial environment, such as temperature sensing, signal accuracy, overload protection, frequency compensation and frequency stabilization. It also features power management capabilities which enable the module to operate in low power conditions.

At its core, the RF VC4174 is designed for data acquisition and transmission applications in both indoor and outdoor environments. It has a high application performance and reliability for data transmission and reception. The RF VC4174 supports various interface standards, such as Modbus, I2C, SPI, and CAN, which enables communication between multiple types of devices. In addition, the RF VC4174 has integrated signal filtering technology which helps to minimize unwanted noise and interference.

With regard to performance and operation, the RF VC4174 can handle an input power of up to 110 dBm (-100 dBm minimum) with its signal detection circuit. Furthermore, the RF VC4174 can detect and respond to signals within the frequency range of 21 MHz to 250 MHz. Additionally, the RF VC4174 has the ability to detect signals from up to eight channels simultaneously and provide an effective communication speed of up to 200 kb/s.

Furthermore, the RF module supports up to 32-bit digital signal processing and supports a wide range of frequency modulation formats. The RF VC4174 also features a programmable clock oscillator which provides precise timing and synchronization for data transmission and reception. In addition, the module is designed to handle wide operating temperatures, ranging from -40°C to +85°C, which makes it well-suited for an array of applications in the industrial and automotive sectors.

The RF VC4174 module is easy to configure and can be adapted for a wide range of applications. It is suitable for applications where the signal quality and reliability of the device is of utmost importance, such as security systems, medical devices, industrial measurement, and monitoring applications. Furthermore, the RF VC4174 is also equipped with several embedded software packages which enable it to be used in a variety of scenarios.

To summarize, the RF VC4174 is part of the RF Miscellaneous ICs and Modules family. It is designed to provide a cost-efficient and reliable solution for performance-critical applications requiring RF transmission/reception or data acquisition. The RF VC4174 supports up to sixteen channels, providing adjustable signal detection thresholds and integrated support for various communication interface standards for data transmission and reception. Additionally, it offers a range of features and performance parameters such as temperature sensing, signal accuracy, overload protection, frequency compensation and frequency stabilization which makes it an ideal choice for industrial applications. Moreover, the module facilitates programming functions and has expansion capabilities which enable it to cover various application scenarios.

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