Welcome to my store, we have many kinds of price products, we launch new products every day, please follow my store and pay more attention, for more products, Please click on the seller information to enter our store to buy, we hope give you a pleasant shopping experience. Thank you and have a nice day!Description:This is a double-balanced radio frequency mixer of RFin=1.5--4.5GHz, RFout=DC--1.5GHz.
It has both its inputs applied to differential circuits, so that neither of the input signals and only the product signal appears at the output.
Radio frequency microwave receiver down-conversion, with double-balanced microwave diodes inside, high reliability, high conversion efficiency: 8.5dB loss, high isolation between local oscillator and RF input: 40dB.
This mixer has good isolation at RF and IF ends relative to LO end, so it does not demand more about IF filter.
Standard SMA female connectors are suitable for connecting most devices.Specification:1. Power Supply: Passive Mixer (no Need for Power Supply)
2. Rf Input: 1.5--4.5ghz
3. Intermediate Frequency Output: Dc-1.5ghz
4. Conversion Loss: 8.5db
5. Noise Figure: 8.5db (ssb)
6. Local Oscillator Input: 13dbm
7. Port Isolation:
Local Oscillator to Rf: 40db (typical)
Local Oscillator to Intermediate Frequency: 35db (typical)
8. High Input 1p3: 18dbm
9. High Input P1db: 8dbm
10. Dimensions: 33*33mm (excluding Connectors)
11. Connector Model: Standard Sma Female (outer Screw and Inner Hole)
12. Product Weight: 8g
13. Material: Pcb Circuit Board
Size Chart:30x30cm/11.81x11.81inchPackage Includes:1 x Frequency MixerNote:1. Please allow slightly error due to manual measurement.
2. Due to the difference between different monitors, the picture may not reflect the actual color of the item.
3. Wish you a wonderful on-line shopping!Frequency Mixer;Microwave Radio Frequency Dual Balanced RF Mixer;SMA Female Differential Circuit Signal IF Filter;Frequency Transducer Frequency Mixer RF Mixer;Double Balanced RF Mixer 1.5-4.5GHz DC-1.5GHz;Standard SMA Female Mixing Transducer Module
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