Frequency Discriminator translates incoming RF/Microwave signals into a monotonic output voltage that is proportional to the RF/Microwave frequency. Accurate frequency information can then be derived from the Output Voltage because a Delay Line Frequency Discriminator takes the Input RF/Microwave Signal and produces two RF/Microwave Signal components that have a phase shift that is proportional to the original input frequency at fixed power input levels. By summing the two signal components together and then using detection techniques produces a detected Output Voltage that is frequency dependant. Therefore as the input RF/Microwave Signal frequency is varied so does the output voltage of the Delay Line Frequency Discriminator.

Specifications:

Frequency Range	6.0 to 18.0 GHz
VSWR Input	2.0:1 Maximum, 1.5:1 Typical
Operating Input Power	+10 dBm Nominal, +/-0.1 dBm
Impedance	100 ohms
Log Video Output Rise Time	20 nS
Log Video Output Slope	50 mV/GHz
Frequency Discriminator Accuracy	+/-200 MHz
RF Input Power, Survival	15 dBm
Power Plus	+15 VDC @ +75mA, +50 mA Typical
Power Minus	-15 VDC @ -75mA, -50mA Typical
Size	2.00"x 1.80" x 0.50"
Weight	<4 oz.

Available Options:

Please contact the factory for additional options.

Environmental Ratings:

Outline Drawing:

Click here to see an outline drawing of FD-0518-10

Test Report:

Test Data on FD-0518-10

Further Information:

Click here to view our short form page on our Frequency Discriminators