A , Typical applications and features . 1. RF Microwave receiver down-conversion 2. Internal double balanced microwave diodes for high reliability 3. High conversion efficiency: 6.5dB loss 4. High isolation of the local oscillator and RF input: 30dB B, Technical specifications 1. Power supply: Passive mixer (no power supply required) 2.RF input: 4.5--6.0GHz 3.IF output: DC-1.5GHz 4.Frequency conversion loss: 6.5dB (typical) 5. Noise figure: 6.5dB (SSB) 6. Local oscillation input: +10dBm (recommended) 7. Port Isolation: Local oscillator to RF: 30dB (typical) Local oscillator to IF: 25dB (typical) 8. High input 1P3: 15dBm 9. High input P1dB: 9dBm 10. Form factor: 33*33mm (without connector) 11. Connector type: Standard SMA female connector (external screw inner hole) 12. Product weight: 8g C, Use method 1.RF input: RFin port 2. Local oscillation input: LOin port (recommended signal strength 13dBm) 3. IF output: IFout port 4. Power supply: This inverter is a passive device and does not require power supply D. Absolute maximum (can cause physical damage to the device, not recoverable) 1. Maximum input value of RF local oscillator: 13dBm 2. Maximum input of the local oscillator: 27dBm (0.5W)

The core operation of microwave mixers revolves around three main ports: the RF (Radio Frequency), LO (Local Oscillator), and IF (Intermediate Frequency) ports. Each of these ports serves a distinct function in the mixer’s operation. 1. RF Port: This port receives the incoming signal that needs to be converted to a different frequency. The RF port is typically connected to an antenna or other RF signal source. 2. LO Port: The Local Oscillator port inputs a high frequency, stable signal known as the LO signal. This signal is mixed with the incoming RF signal to create the IF signal. 3. IF Port: The Intermediate Frequency port outputs the resulting signal after the mixing process. It typically delivers a frequency that is either the sum or the difference of the LO and RF signal frequencies.

Types of Microwave MixersMicrowave mixers come in a variety of types based on their circuit configuration and mixing elements. Here are a few commonly used types: * Diode Mixers: As the name suggests, these mixers use semiconductor diodes as the non-linear element for mixing. Diode mixers can be further classified into single, double, and triple balanced mixers depending upon the number of diodes used. * FET Mixers: These mixers leverage Field Effect Transistors (FETs) to carry out the mixing process. FET mixers can operate at both high and low frequencies and offer better linearity than diode mixers.As we delve further into the world of microwave mixers, it is crucial to understand the vital role these devices play in signalprocessing. In the following sections, we will explore more advanced concepts, including the performance metrics of microwave mixers, their applications, and emerging trends in mixer technology.

Q1: Are your trading company or manufacture ?A: We are factory verified by TUVQ2: What is your delivery time ?A: Generally, sample: 3~5 working days. formal order: 7-10 working days. Q3: Do you provide OEM service ?A: Yes, we can print your logo or label on the products or on the box. Q4: Can you provide free samples ?A: Some of low value samples can be free for you, but you need pay for the shipping cost. Q5: How can you guarentee the quality ?A: Build on our perfect quality management system, all of our products were 100% tested before the shipment.Q6: What's your payment terms ?A: We accept T/T, Western Union, Money Gram, Paypal.For samples: 100% payment. Formal order: 30% as deposit, 70% balance payment before shipment.

If you want to know more ,Please click "Clickto contact us for more details and a competitive quotation" below to contact us’‘ , we will answer patiently all of your questions, Wish us have a happy cooperation!Click to contact us for more details and a competitive price .