Enhance your RF signal processing with this high-performance Passive Double-Balanced Mixer, designed for precision and reliability in a compact 8-pin surface-mount plastic package (MsOP). Utilizing advanced GaAs Schottky diodes and innovative planar transformer on-chip balun structures, this mixer delivers exceptional performance with low conversion loss and high isolation, making it ideal for a variety of RF applications. Key Features: · Advanced Passive Double-Balanced Mixer: Ensures balanced operation with minimized signal distortion for superior signal integrity. · GaAs Schottky Diode Technology: Provides high sensitivity and low noise, improving overall mixer efficiency and performance. · Novel Planar Transformer On-Chip Balun: Facilitates effective signal balancing with enhanced isolation between ports. · Versatile Application: Suitable as an up-converter, down-converter, two-phase modulator, demodulator, or phase comparator, offering flexibility for multiple RF system designs. · High Isolation Performance: Features 40dB LO to RF isolation and 35dB LO to IF isolation, reducing unwanted signal interference and crosstalk. · Low Conversion Loss: Operates with an efficient 8.5dB conversion loss to maximize signal output quality. · Compact and Lightweight Design: Miniaturized components housed in a CNC aluminum alloy shell, weighing approximately 46g (1.7oz), ideal for space-constrained installations. Specifications: · Model: HMC213 Module · Package: 8-pin Surface-Mount Plastic Package (MsOP) · Conversion Loss: 8.5dB · LO to RF Isolation: 40dB · LO to IF Isolation: 35dB · Frequency Range (RF and LO): 1.5 – 4.5 GHz · Frequency Range (IF): DC – 1.5 GHz · 1dB Gain Compression (Input): 8dBm · IP3 (Input): 18dBm · Shell Material: CNC Aluminum Alloy · Weight: Approx. 46g / 1.7oz Package Includes: · 1 x Passive Double-Balanced Mixer This Passive Double-Balanced Mixer module combines compact design with exceptional electrical characteristics, making it an essential component for advanced RF communication systems requiring efficient frequency conversion and modulation capabilities.