MAAM-011185-TR1000 RF/IF and RFID

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The MAAM-011185-TR1000 RF Amplifier is a UHF band transistor amplifier module designed for applications that require high gain, with band widths of up to 3GHz. This RF amplifier module also provides excellent noise characteristics and superior linearity, making it ideal for low-noise applications such as receivers, amplifiers, transceivers, and local oscillators.

The MAAM-011185-TR1000 RF amplifier operates in the frequency range of 902- 928MHz, and has a supply voltage of 24VDC. The amplifier utilizes a two-stage power amplifier with a variable gain control. This two-stage power amplifier allows the user to adjust the gain of the amplifier for improved performance.

The MAAM-011185-TR1000 RF amplifier has a high dynamic range of over 40dB, and a high IP3 of over +45dBm. It ensures low levels of noise figure, distortion, and output power. This reduces the need for additional conditioning circuits, such as filters, meaning that more value is added to signal processing operations. The amplifier also has a high linearity and low signal-to-noise ratio, making it ideal for applications such as communications, radio, and TV.

The MAAM-011185-TR1000 RF amplifier uses a combination of BJT and MOSFETs as its active devices. BJT transistors are used as the input stage while MOSFETs are used as the output stage. The BJT transistors are designed to provide good gain and low noise, while the MOSFETs are designed to provide high power output and high linearity.

The MAAM-011185-TR1000 RF amplifier also features integrated grounding terminals and over-temperature protection. This protection prevents the device from operating outside its specified temperature range, and protects the device from damage due to excessive heat.

In summary, the MAAM-011185-TR1000 RF amplifier offers a number of advantages for use in RF applications. It provides excellent noise characteristics and superior linearity, making it well suited for low-noise applications such as receivers, amplifiers, transceivers, and local oscillators. The device is designed to provide high dynamic range, high IP3, low noise figure, and low signal-to-noise ratio. The module also features integrated grounding terminals and over-temperature protection, ensuring that the device operates safely in the specified temperature range.

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