ATAB5743P3-S4

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RF evaluation and development kits, boards are used to evaluate performance and to study the design and development of a new RF product. ATAB5743P3-S4 is one such product which helps in testing high power devices for radio applications. It allows engineers to evaluate power levels of transmitters, check their efficiency and measure the linearity of the received signal. The board also provides reference voltages and currents for calibration of high power transceivers.

ATAB5743P3-S4 has been designed to measure the efficiency of high power devices in residential and commercial applications. It features a 40-pin board that supports up to 50 watts of RF power. This board is ideal for use in RF transmission applications such as telecommunication, broadcasting, and satellite systems. The board offers two amplifier stages to adjust the gain and one conversion stage for converting the signal frequency.

The product also features a voltage modulator to generate linearity test signals. The modulator has two channels which can be used to modulate different signals simultaneously. The modulator can also be used for pulse modulated signals with a frequency range of 5MHz to 20MHz. The device is capable of providing a signal level that ranges from -10dBm to 5dBm. It also has an RF output power detector to measure signal strength.

The device is powered by a USB connection and features a touchscreen LCD display. The LCD display can be used for monitoring RF parameters such as power levels, gain, frequency, impedance and more. It also allows engineers to adjust the board settings. The product comes with a user manual which consists of detailed instruction for setting up the device.

Apart from testing high-power devices, the ATAB5743P3-S4 can also be used to measure performance of frequency synthesis modules, voltage sources, amplifiers, and other RF systems. It has been designed to provide a reliable and accurate measurement of the RF signal strength and linearity. The product is highly reliable and provides engineers with the capability to test and evaluate high power RF devices in the shortest possible time.

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