RF Mixers

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uPB1509GV-E1
California Eastern Laboratories
5mA DBS 500MHz 5.5V 1GHz Divide by 2,4,8 2.2V SSOP-8 SMD mount 3.2mm(width)*1.5mm(height)
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Ship Date: 7-12 working days
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MOQ: 1
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HMC773
Analog Devices
38dB 22dBm VSAT 1 26GHz 12dB Up/Down Converter SMD mount 1.37mm*960μm*100μm
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HMC1041LC4
Analog Devices
45dB 20dBm General Purpose 2 17GHz,27GHz 27GHz 12dB SMD mount 4mm(length)*4mm(width)
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MAMX-011009-TR1000
MACOM
General Purpose 2 14GHz,32GHz 24GHz Up/Down Converter DFN SMD mount
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Ship Date: 6-13 working days
1000+ $16.338
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x $16.338
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MOQ: 1000
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MDC-169-SMA
MACOM
1dB ISM 1 SMD mount
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Ship Date: 6-13 working days
10+ $1484.6055
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x $1484.6055
Ext. Price: $14846.05
MOQ: 10
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EV1HMC219BMS8G
Analog Devices
2.5GHz,7GHz 7GHz
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Ship Date: 13-17 working days
1+ $477.3452
10+ $476.2517
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Ext. Price: $477.34
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MAX2682EVKIT
Analog Devices
400MHz 2.5GHz
Quantity: 0
Ship Date: 13-17 working days
1+ $291.6184
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x $291.6184
Ext. Price: $583.23
MOQ: 2
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SPQ: 1

RF Mixers

Definition:
A Radio Frequency (RF) mixer is an electronic device that combines two or more signals at radio frequencies, typically to produce a new signal that is a sum or difference of the original frequencies. It is a crucial component in various communication and signal processing systems.

Function:
The primary function of an RF mixer is to perform frequency conversion, which involves mixing two signals to create new frequencies. This process is essential for tasks such as:
1. Upconversion: Moving a signal from a lower frequency to a higher frequency suitable for transmission.
2. Downconversion: Converting a high-frequency signal received from a communication channel to a lower frequency for processing or demodulation.
3. Heterodyning: Generating new frequencies by mixing signals, which is useful in signal detection and analysis.

Applications:
RF mixers are widely used in:
1. Communication Systems: For frequency conversion in transmitters and receivers.
2. Broadcasting: To process signals for radio and television broadcasting.
3. Systems: For signal processing in communication and navigation systems.
4. Test Equipment: In signal generators and spectrum analyzers for measuring and testing RF signals.
5. and Defense: In radar systems and electronic warfare equipment.

Selection Criteria:
When selecting an RF mixer, consider the following criteria:
1. Frequency Range: Ensure it covers the range of frequencies you need to process.
2. Conversion Loss: Lower is better, as it indicates higher efficiency in mixing signals.
3. IP3 (Third Order Intercept Point): A measure of the mixer's linearity; higher values indicate better performance in handling strong signals without distortion.
4. Noise Figure: Lower noise figure means less degradation of the signal's quality.
5. Spurious Outputs: Minimize unwanted signals generated during the mixing process.
6. Power Handling: The ability to handle the power levels of the input signals without distortion.
7. Size and Form Factor: Depending on the application, a compact or modular design may be preferred.
8. Cost: Balancing performance with budgetary constraints.

In summary, an RF mixer is a vital component in the world of radio frequency technology, facilitating the conversion and processing of signals across a range of applications. Choosing the right mixer requires a careful assessment of its technical specifications to meet the specific requirements of the system in which it will be used.
Please refer to the product rule book for details.