RF Mixers

3844 RF Mixers from 62 manufacturers listed on everything RF

Find and Compare RF Mixers from the leading manufacturers - Mini Circuits, Marki Microwave, Analog Devices, Linear Technologies, TriQuint and many more. Download datasheets and request quotations.

Description:Rugged Frequency Mixer from 10 to 40 GHz
Type:
Double Balanced Mixer
RF Frequency:
10 to 40 GHz
IF Frequency:
DC to 15 GHz
LO Frequency:
10 to 40 GHz
Conversion Loss:
8.8 to 15 dB
P1dB:
10 dBm
Package Type:
Module with Connectors
more info
Description:Triple Balanced Mixer from 10 to 3500 MHz
Type:
Triple Balanced Mixer, Down-Conversion Mixer, Up-C...
IF Frequency:
1 to 2000 MHz
LO Frequency:
10 to 3500 MHz
Conversion Loss:
7.8 to 8.7 dB
P1dB:
18 dBm
Package Type:
Module with Connectors
more info
Description:71 to 76 GHz and 81 to 86 GHz E-Band Mixer with Integrated LO
RF Frequency:
71 to 76 GHz, 81 to 86 GHz
IF Frequency:
2000 to 8000 MHz
LO Frequency:
39 GHz
Conversion Loss:
6 to 10 dB
P1dB:
-6 dBm
Package Type:
Module with Connectors
more info
Description:Double Balanced Mixer Operating from 4.0 to 12.0 GHz
Type:
Double Balanced Mixer
RF Frequency:
8.9 to 9.4 GHz
IF Frequency:
870 MHz
LO Frequency:
9.77 to 10.27 GHz
Conversion Loss:
8.5 dB
Package Type:
Module with Connectors
more info
Description:High Gain and Linearity Down-Conversion Mixer from 1.7 to 2.2 GHz
Type:
Down-Conversion Mixer
RF Frequency:
1.7 to 2.2 GHz
IF Frequency:
50 to 500 MHz
LO Frequency:
1.75 to 2.7 GHz
P1dB:
20.8 dBm
Package Type:
Surface Mount
more info
Description:Double Balanced Mixer from 10 MHz to 1 GHz
Type:
Double Balanced Mixer
RF Frequency:
10 MHz to 1 GHz
IF Frequency:
DC to 800 GHz
LO Frequency:
10 MHz to 1 GHz
Conversion Loss:
7.2 to 8.2 dB
Package Type:
Module with Connectors
more info
Description:18 to 40 GHz RF Subharmonically Pumped Mixer
Type:
Sub-Harmonic Mixer
RF Frequency:
18 to 40 GHz
IF Frequency:
1 to 3 GHz
LO Frequency:
9 to 20 GHz
Conversion Loss:
15 dB
Package Type:
Module with Connectors
more info
Description:GaAs MMIC GaAs MMIC mmWave IQ Mixer from 40 to 100 GHz
Type:
I/Q Mixer, Image Reject Mixer, Single Sideband Mix...
RF Frequency:
40 to 100 GHz
IF Frequency:
DC to 20 GHz
LO Frequency:
40 to 100 GHz
Conversion Loss:
10 to 12 dB
Package Type:
Die, Connectorized
more info
Description:10 to 1500 MHz Double Balanced RF Mixer
Type:
Double Balanced Mixer
RF Frequency:
10 to 1500 MHz
IF Frequency:
0 to 800 MHz
LO Frequency:
10 to 1500 MHz
Conversion Loss:
7 dB
P1dB:
3.5 dBm
Package Type:
Surface Mount
more info
Description:Image Rejection I/Q Mixers from 1 to 4 GHz
Type:
Image Reject Mixer, I/Q Mixer
RF Frequency:
1000 to 4000 MHz
IF Frequency:
DC to 500 MHz
LO Frequency:
1000 to 4000 MHz
Conversion Loss:
11 dB
P1dB:
6 to 15 dBm
Package Type:
Module with Connectors
more info
Description:Image Reject Mixer from 24 to 34 GHz
Type:
Double Balanced Mixer, I/Q Mixer, Image Reject Mix...
IF Frequency:
DC to 7 GHz
LO Frequency:
24 to 34 GHz
Conversion Loss:
9 dB
P1dB:
11 dBm
Package Type:
Die
more info
Description:Programmable Double-Balanced Mixer from 14 to 30 GHz
Type:
Double Balanced Mixer, Up-Conversion Mixer, Down-C...
RF Frequency:
14 to 30 GHz
IF Frequency:
30 kHz to 8 GHz
LO Frequency:
18 to 27 GHz
Conversion Loss:
9 to 12 dB
P1dB:
10 dBm
Package Type:
Module with Connectors
more info
Description:Passive Double-Balanced Mixer MMIC from 17 to 64 GHz
Type:
Double Balanced Mixer
RF Frequency:
17 to 64 GHz
IF Frequency:
0 to 20 GHz
LO Frequency:
17 to 64 GHz
Conversion Loss:
8 to 10 dB
P1dB:
9 dBm
Package Type:
Die
more info
Description:18 GHz, Balanced Mixer
Type:
Single Balanced Mixer
RF Frequency:
18 GHz
IF Frequency:
18 GHz
Conversion Loss:
7.5 to 8.5 dB
Package Type:
Module with Connectors
more info
Description:Multifunction GaAs Single Side Band Mixer from 71 to 86 GHz
IF Frequency:
DC to 12 GHz
LO Frequency:
34.5 to 44 GHz
P1dB:
10 dBm
Package Type:
Die
more info

RF Mixer Basics & Selection

RF MixerA RF Mixer is a non linear component that is used to up-convert or down-convert the frequency of an input signal. RF Mixers mix the frequency of an input signal (RF) with that of a Local Oscillator (LO) to produce two new signals at the sum RF + LO and difference RF – LO of the original frequencies.

RF Mixers are primarily used in receivers to down-convert a high RF frequency to a lower frequency which is typically easier to process. For example a 2.4 GHz signal input to a receiver can be down-converted to 10 MHz to further process. Similarly it is used in transmitters when up-conversion to a particular higher frequency is required.

RF Mixer Selection

When selecting a RF Mixer it is important to know the parameters that you need to specify. Below are a list of the key parameters to look out for when selecting a RF Mixer:

Frequency: There are three frequencies that are of importance when selecting a mixer – RF Frequency – This is the high frequency which is usually received by the receiver or transmitted out from a transmitter. LO Frequency – This is the frequency of the local oscillator (LO), it is used to up-convert the Intermedia Frequency (IF + LO) or to down-convert the RF frequency (RF - LO). The Intermediate Frequency (IF) is the low frequency required for processing the signal in the receive chain.

Conversion Loss/Gain: This is the loss or gain in the amplitude of the signal after frequency conversion.

Isolation: This is an important parameter, RF/LO Isolation – is the measure of signal leakage from the local oscillator to the RF path and the LO/IF Isolation is the signal leakage from the LO to the IF path. The higher the isolation the better the mixer performance.

LO Drive Power: This is the signal power of the Local Oscillator. 

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