Enhance your signal processing projects with this high-performance AD834 Multiplier, specifically designed for precision applications such as phase-locked loops, mixers, and filters. Constructed on a durable 1.6mm thick PCB double panel, this multiplier ensures excellent current handling capabilities for both small and large currents, delivering reliable and stable performance across a wide frequency range. Key Features: · Wide Application Range: Ideal for use in phase-locked loops, signal processing, mixers, and filter circuits, making it a versatile component in advanced electronic systems. · Differential Balun to Single-Ended Structure: Effectively suppresses harmonics to enhance signal integrity and reduce distortion. · Symmetrical Output Signal: Optimized for differential merging, providing balanced and symmetrical output signals critical for accurate measurements and processing. · Robust PCB Construction: Featuring a 1.6mm (0.06in) thick PCB double panel for superior current passage performance and durability. · High-Performance Analog Multiplier: Utilizes the AD834 quadrant analog multiplier IC, a pivotal component used in modern signal processing systems for reliable and precise multiplication operations. · Wide Working Bandwidth: Operates efficiently within a frequency range of 0.1 MHz to 500 MHz, supporting a broad spectrum of signal processing needs. · Specified Input and Output Impedance: Designed with a 50 Ohm input impedance and high resistance output impedance (up to 50 Ohm) to ensure compatibility and efficient signal transfer in your circuits. · Low Power Consumption: Consumes ±30mA current supply, providing efficient operation with minimal power draw. Specifications: · Item Type: AD834 Multiplier · Material: PCB · Input Impedance: 50 Ohm · Output Impedance: High resistance (up to 50 Ohm) · Power Supply Current: ±30mA · Working Bandwidth: 0.1-500MHz · PCB Thickness: 1.6mm / 0.06in double panel Package Includes: · 1 x AD834 Multiplier This AD834 Multiplier offers reliable performance and advanced functionality for your signal processing and electronic design projects. Its robust construction, effective harmonic suppression, and wide bandwidth make it an essential component for engineers and hobbyists seeking precision and durability in their circuits.