EVAL-CN0235-SDPZ

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Evaluation boards and kits are indispensable components for product development and product demonstration. The EVAL-CN0235-SDPZ is one such product – specifically a high-efficiency, wideband RF amplifier. It is designed to operate typically from 1.9GHz to 2.7GHz. With a 0dBm input power, gains up to 39dB are achieved with excellent flatness.

The EVAL-CN0235-SDPZ includes two evaluation boards, one for amplifier characterization and one for load pull. It also includes an overmolded RF cable for measuring the connectorized amplifier with the two board kit. The board kit includes Ethernet, USB and JTAG cables, as well as a power supply and a DC bias board for testing the amplifier in a high current environment. Additionally, the board kit also includes High Frequency (HF) probes and a SMA probe kit for assessing response accuracy of the amplifier.

This board kit has many applications in wireless communication systems and wireless infrastructure. It is suitable for a wide range of applications, such as wideband amplification, signal amplification, wireless communication, microwave communication, radar, and satellite communication. It is also a perfect tool for testing various parameters of an amplifier and for demonstrating its performance, both in characterization and load pull.

The working principle of the EVAL-CN0235-SDPZ is based on field-effect transistor (FET) and complementary metal-oxide-semiconductor (CMOS) input and output pair. The amplifier is designed to handle a wide range of input and output power levels, and has a capability for over 1 watt of output power. The input path of the amplifier is optimized for low-distortion operation with a combination of IF gain and dual-gate FETs. The device is capable of driving high impedance loads with accurate amplitude and phase control.

The EVAL-CN0235-SDPZ also features on-board linearization that helps in reducing distortions. The amplifier has a temperature compensated design which ensures its linearity even in different operating temperatures. Additionally, noise figure and SFDR can be improved with the right selection of the bias body diode, which also determines the overall stability.

In conclusion, the EVAL-CN0235-SDPZ is an ideal evaluation board kit for testing an RF amplifier. It has wide applications in wireless communication systems, microwave communication, and satellite communication. It is optimized for low-distortion, low-noise operation with wideband coverage. It also features temperature compensation to ensure linearity and stability.

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