Active Mixer Module, Double Balanced Frequency Mixer, Double Balanced Balun Coupled for Enhancing The Operational Efficiency of Communication Terminals

Specification:Item Type: Active Mixer ModuleMaterial: PCBPower Supply: DC+ 5V at 80mA , power supply anti reverse connection protection.RF IN, RF LO Input Frequency Range: 10 to 6GHZ,Output Frequency Range RF IF: LF 600MHZ;Input And Output Impedance: 50 ohms;Only for Balun is used for output, and TCM 63AX+ is not welded for inputFeatures:Broadband up converter, down converterPower conversion gain 1.8 dBBroadband RF, LO, and IF portsSingle sideband noise factor (NF) is 9.75 dBInput IP3: 28.5 dBmInput P1dB: 13.3dBmTypical LO Drive: 0 dBmSingle Power Operation: 5 V, 130 mAAdjustable bias for low power operationWorking Temperature: -40℃ to +85℃Package List:1 x Active Mixer Module

• WIDEBAND AND SUPERIOR CORE: This Active Mixer Module (Adl5801) Employs A Linear Dual Balanced Mixer Core with An Integrated Local Oscillator Buffer Amplifier, Delivering High Dynamic Range Frequency Conversion Across The 10 Mhz To 6 Ghz Band. It Is Particularly Suited for Demanding High Frequency Communications and Transmitter Applications.
• ENHANCED LINEARIZATION ARCHITECTURE: This Dual Balanced Mixer Employs A Proprietary Linearization Architecture Delivering Exceptional Input Third Order Intercept Point (Ip3) Performance At High Input Levels. It Is Well Suited for Applications Like Cellular Communications Where In Band Blocking Signals May Degrade Dynamic Performance.
• FLEXIBLE BIAS ADJUSTMENT: This Dual Balanced Balun Coupled Mixer Incorporates Bias Adjustment Functionality. A Single Control Pin Optimizes Input Linearity, Single Sideband Noise Figure, And Dc Current. It Enhances Ip3 Performance Under Strong Blocking Signals While Automatically Reducing Bias During Stable Conditions for Low Noise and Low Power Consumption.
• SUPERIOR SPILLBACK REJECTION: The Active Mixer Module Employs A Balanced Active Design, Delivering Exceptional Local Oscillator To Rf (Lo To Rf) And Lo To If Spillback Rejection (Typically < -40 Dbm). Its Open Drain If Output Provides 7.8 Db Typical Voltage To Gain Conversion (200 Ω Load) and Supports Wideband Operation.
• IDEAL REPLACEMENT: Manufactured Using Advanced Sige Integrated Circuit Technology and Packaged In A 4mm×4mm Lfcsp, This Dual Balanced Mixer Operates Within A Temperature Range Of -40°c To +85°c, Significantly Enhancing The Efficiency Of Industrial Electronics and Communication Terminals.