Inactive Total Small Business Set-Aside (FAR 19.5)

The objective is to procure piece parts that will make up the circuit that fulfills the design as specified. The design calls for a transmit portion that will employ a local oscillator that can produc... The objective is to procure piece parts that will make up the circuit that fulfills the design as specified. The design calls for a transmit portion that will employ a local oscillator that can produce a 24 GHz CW signal. A Driver Amplifier capable of amplifying signals at the K- Band level will be necessary. Two antennas will be needed as well that can transmit and receive in the 24 GHz range. On the receive only side, a band pass filter will be in-line with a Low Noise Amplifier that will be implemented along with a 1st mixer stage feeding into two low pass filters. Mixers will be utilized on both transmit and receive, and the mixers need to be capable of handling 24 GHz. All piece parts must be connectorized via SMA connectors or some other coaxial connector method other than the antennas. PHASED LOCKED LOCAL OSCILLATOR 1 EACH LO FREQ: 24 GHZ OUTPUT PWR: >/= +10.0 DBM SUPPLY VOLTAGE: +12.0 VDC MUST BE EXTERNALLY AND INTERNALLY REFERENCED CAPABLE 10DB DIRECTIONAL COUPLER 1 EACH FREQ. RANGE: 6.0 TO 26.5 GHZ INSERTION LOSS: ~ 1.0 DB COUPLING: 10 DB POWER HANDLING: 30 W (CW) MIXER STAGE 1 2 EACH IF INPUT - DC TO 8 GHZ >/= +10.0 DBM MAX 16 >/= LO /= +10.0 DBM MAX 16 >/= RF /= 20.0 DBM MAX BAND-PASS FILTERS (TRANSMIT/RECEIVE) 2 EACH PASSBAND: 18 TO 35 GHZ INSERTION LOSS: 3.0 DB LOW SIDE REJECTION: DC TO 15 GHZ HIGH SIDE REJECTION: 38 TO 50 GHZ DRIVER AMPLIFIER 1 EACH AMPLIFYING FREQ. >/= 20 GHZ GAIN >/= +15.0 DB PSAT >/= +20.0 DBM PIN >/= +10.0 DBM DC VOLTAGE - BETWEEN +8.0 TO +15.0 VDC ANTENNA 2 EACH ANT GAIN: 22.0 DBI FREQ: 22.0 TO 26.5 GHZ BEAMWIDTH: 12.0 DEGREES LOW NOISE AMPLIFIER 1 EACH AMPLIFYING FREQ. >/= 20 GHZ GAIN >/= +30.0 DB PSAT >/= +14.0 DBM PIN >/= -10.0 DBM DC VOLTAGE - BETWEEN +8.0 TO +15.0 VDC MIXER STAGE 2 1 EACH IF OUTPUT /= LO /= +10.0 DBM MAX 11 >/= RF /= +5.0 DBM MAX LOW-PASS FILTER 1ST STAGE 1 EACH PASSBAND FREQ: DC TO 33 GHZ REJECTION BAND : 37 TO 50 GHZ INSERTION LOSS: 2.0 DB LOW-PASS FILTER 2ND STAGE 1 EACH PASSBAND: DC TO 20 GHZ INSERTION LOSS: 2.0 DB REJECTION BAND: 23 TO 40 GHZ