Bestseller No. 41
![[RELIABLE & EFFICIENT] The AD831 mixer module is built for reliability and efficiency, with a 1dB compression point of +10dBm for RF input. Its robust design ensures stable performance in demanding environments, making it a trusted choice for critical RF applications.](https://m.media-amazon.com/images/I/41x0OoUlo-L.jpg "RF Mixer Module AD831 Drive Inverter Amplifier Board Converter 1‑500MHz Wide Dynamic Range Low Distortion Single Chip Mixer for HF VHF Receivers Base Stations DC Baseband")
RF Mixer Module AD831 Drive Inverter Amplifier Board Converter 1‑500MHz Wide Dynamic Range Low Distortion Single Chip Mixer for HF VHF Receivers Base Stations DC Baseband
- RELIABLE & EFFICIENT. The AD831 mixer module is built for reliability and efficiency, with a 1dB compression point of +10dBm for RF input. Its robust design ensures stable performance in demanding environments, making it a trusted choice for critical RF applications.
- EASY TO USE DESIGN. Designed for simplicity, this mixer operates on a single power supply and features DC isolation capacitors on RF, IF, and LO ports. With an operating frequency of up to 500MHz, it offers plug-and-play convenience for both amateur and professional users.
- LOW DISTORTION & WIDE DYNAMIC RANGE. Engineered for precision, the AD831 is a low-distortion, wide dynamic range, single-chip mixer. Ideal for RF-IF down conversion in HF and VHF receivers, it also excels as a second mixer in base stations and DC-baseband conversion applications, ensuring crystal-clear signal processing.
- VERSATILE APPLICATIONS. Perfect for a wide range of uses, the AD831 mixer supports RF and LO inputs up to 500MHz and provides an IF output bandwidth of 250MHz. Its single-ended voltage output and adjustable gain via a simple resistor make it adaptable to various technical requirements.
- HIGH PERFORMANCE MIXER. The AD831 RF Mixer Module delivers exceptional performance with a +24 dBm third-order intercept point and achieves -10 dBm LO power consumption. This high-efficiency design eliminates the need for high-power LO drivers, reducing complexity and cost while maintaining superior signal integrity.