PMI MODEL No: RFE BB With Option JT Serial Numbers: PM604086

Transcription

1 TEST REPORT ON 2.0 TO 18.0 GHz TSS OF -63dBm DYNAMIC RANGE OF -60 TO +5dB PMI MODEL No: RFE BB With Option JT Serial Numbers: PM Designed By Brent Baker Tested By Brent Baker Reported By Peter Wood

2 TABLE OF CONTENTS KEY FEATURES PAGE 3 PHOTOGRAPH PAGE 3 ELECTRICAL SPECIFICATIONS PAGE 3 INTERNAL AND EXTERNAL PHOTOGRAPHS PAGE 4 PRODUCT FEATURE PAGE 5 MECHANICAL OUTLINE PAGE 6 FUNTIONAL BLOCK DIAGRAM PAGE 7 TEST DATA ON PMI MODEL No: RFE BB OPTION JT PAGE 8 THRU 20 GAIN J2 TO J1 & J3 TO J1 PAGE 9 GAIN & RETURN LOSS J2 TO J1 & J3 TO J1 PAGE 10 ISOLATION J3 TO J2 PAGE 11 FREQUENCY FLATNESS J4 PAGE 12 LOG TRANSFER J4 OUTPUT Vs. J2 -10 C, +25 C, +85 C PAGE 13, 14 & 15 FREQUENCY FLATNESS J5 PAGE 16 LOG TRANSFER J5 OUTPUT Vs. J3 -10 C, +25 C, +85 C PAGE 17, 18 & 19 ACTUAL MEASURED DATA AS PREPARED FOR THE CUSTOMER PAGE 20 Page 2 of 20

3 2.0 TO 18.0 GHz, -63 dbm TSS, -60 TO +5 db DYNAMIC RANGE DIRECTION FINDING RECEIVER FRONTEND KEY FEATURES: 2.0 TO 18.0 GHz 65 db MINIMUM DYNAMIC RANGE -63 dbm TSS ELECTRICAL SPECIFICATIONS: FREQUENCY : 2.0 TO 18.0 GHz INPUT VSWR IN FREQUENCY RANGE : 3.0:1 (MAXIMUM) FREQUENCY FLATNESS OF DLVA OUTPUTS : ±3.0 db (MAXIMUM) DYNAMIC RANGE : -60 TO +5 dbm (MINIMUM) RISE TIME : 30 nsec (MAXIMUM) RECOVERY TIME : 350 nsec (MAXIMUM) LOG SLOPE : 50 mv/db (±10%) LOG LINEARITY : ±2.25 db (MAXIMUM) TSS : -63 dbm (MINIMUM) TEMPERATURE STABILITY (-10 C TO +85 C) : ±2.0 db (MAXIMUM) GAIN : +3.0 db (TYPICAL) ISOLATION J2 TO J3 : 24 db (MINIMUM) D.C. POWER +9 VDC : 850 ma (MAXIMUM, NO RF INPUT) D.C. POWER -9 VDC : 300 ma (MAXIMUM) Page 3 of 20

4 RECEIVER FRONTEND SUBSYSTEM RFE BB Page 4 of 20

5 PRODUCT FEATURE Page 5 of 20

6 MECHANICAL OUTLINE Page 6 of 20

7 FUNCTIONAL BLOCK DIAGRAM Page 7 of 20

8 TEST DATA ON DIRECTION FINDING RECIEVER FRONTEND PMI MODEL No: RFE BB with option JT AS MEASURED FROM 2.0 TO 18.0 GHz Page 8 of 20

9 GAIN GAIN J2 TO J1 S/N: PM GAIN J3 TO J1 S/N: PM Page 9 of 20

10 GAIN AND RETURN LOSS Gain and Return Loss J2 TO J1 Loss in db Frequency in GHz GAIN INPUT RETURN LOSS OUTPUT RETURN LOSS GAIN AND RETURN LOSS J3 TO J Loss in db Frequency in GHz GAIN INPUT RETURN LOSS OUTPUT RETURN LOSS Page 10 of 20

11 ISOLATION J3 TO J2 ISOLATION AND RETURN LOSS J3 TO J2 Loss in db Freqency in GHz ISOLATION INPUT RETURN LOSS OUTPUT RETURN LOSS Page 11 of 20

12 FREQUENCY FLATNESS AT OUTPUT J4 RFE BB S/N: J4 FREQUENCY - 20 dbm, + 25 C, 2 TO 18 GHz Page 12 of 20

13 LOG LINEARITY OUTPUT J4 vs INPUT -10 C Page 13 of 20

14 LOG LINEARITY OUTPUT J4 vs INPUT +25 C Page 14 of 20

15 LOG LINEARITY OUTPUT J4 vs INPUT +85 C Page 15 of 20

16 RFE BB S/N: FREQUENCY OUTPUT J5 J5 FREQUENCY - 20 dbm, + 25 C, 2 TO 18 GHz Page 16 of 20

17 LOG LINEARITY OUTPUT J5 vs INPUT -10 C Page 17 of 20

18 LOG LINEARITY OUTPUT J5 vs INPUT +25 C Page 18 of 20

19 LOG LINEARITY OUTPUT J5 vs INPUT +85 C Page 19 of 20

20 ACTUAL MEASURED TEST DATA AS PREPARED FOR THE CUSTOMER FORM: 010-SUB-DTA PLANAR MONOLITHICS INDUSTRIES 7311-G GROVE ROAD, FREDERICK, MD TEL: FAX: URL: ISO 9001:2000 CERTIFIED SUMMARY TEST DATA ON RECEIVER SUBSYSTEM CUSTOMER: SCITEC TESTED BY: B. Baker MODEL NO: RFE BB TEMPERATURE: -10 TO +85 C OPTION NO: JT DATE: 05/11/06 SERIAL NO: PM JOB NO: P511046E TEST ITEM NO: PARAMETERS SPECIFIED VALUE MEASURED VALUE Q/A 1 FREQUENCY 2 TO 18 GHz 2 to 18 GHz 2 INPUT VSWR IN FREQUENCY J2: 2.7:1 3.0:1 (MAXIMUM) RANGE J3: 2.6:1 3 FREQUENCY FLATNESS J4: ±2.6 db ±3 db (MAXIMUM) OF DLVA OUTPUTS J5: ±3 db 4 DYNAMIC RANGE -60 TO +5 dbm J4: -65to+5dBm (MINIMUM) J5: -65to+5dBm 5 RISE TIME 30 nsec (MAXIMUM) J4: 23 nsec J5: 23 nsec 6 RECOVERY TIME 350 nsec MAXIMUM J4: 250 nsec J5: 100 nsec 7 LOG SLOPE 50 mv/db (±10%) J4: 47 to 52 Mv J5: 47 to 53 mv 8 LOG LINEARITY ±2.25 db (MAXIMUM) J4: db J5: db 9 TSS -63 dbm (MINIMUM) J4: - 65 dbm J5: -66 dbm 10 TEMPERATURE STABILITY (- J4: ±1.3 db ± 2 db (MAXIMUM) 10 TO + 85 C) J5: ±1.6 db 11 GAIN +3 db (TYPICAL) J2-J db J3-J1 + 3 db 12 ISOLATION J2 TO J3 24 db (MINIMUM) > 24 db 13 D.C. POWER +9 V 850 ma (MAXIMUM WITH NO RF INPUT) 750 ma 14 D.C. POWER 9 V 300 ma (MAXIMUM) 250 ma QA/QC APPROVAL: DATED: Page 20 of 20