IQ Networks. Catalog Products (EAR99/Non-ITAR)
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1 IQ Networks Catalog Products (EAR99/Non-ITAR)
2 Typical and guaranteed specifications vary versus frequency; see detailed data sheets for specification variations. High Performance IQ Modulators and Image Reject Mixers Typical and Guaranteed Specifications Ω System Frequency Range LO Power Conversion Loss Isolation Image Reject db Model GHz dbm db db L to R L to I/Q db RO IF Nominal Typ. Max. Typ. Min. Typ. Min. Typ. Min. Available in Standard Cougar Mixer Carriers IQM DC-... IQM DC IQM DC IQM DC IQM DC IQM DC IQM DC IQM DC High Performance IQ (Quadraphase) Modulators Typical and Guaranteed Specifications Ω System Frequency Range Carrier Data Signal Insertion Carrier Phase Amplitude VSWR MHz Input Levels Loss Isolation Accuracy Balance Carrier Carrier I/QData Port Power L to R Input to Output Input to Output Model Center Bandwidth Bandwidth dbm Low High db db db db Deg Deg db db Freq. (fo) Nominal ma Nom.Typ. Max. Typ. Max. Typ. Max. Typ. Max. Max % Bandwidth Available in Cougar Flatpack IQF % of fo DC to Min. - 6 ± ±...: IQF % of fo DC to Min. - 6 ± ±...: IQF % of fo DC to Min ± ±...: IQF % of fo DC to Min ± ±...: Octave Bandwidth Available in Cougar Flatpack IQ69 6 fo ± MHz DC to Min ± 9 ±...: IQ fo ± MHz DC to Min ± 9 ±...: Current data sheets available on website. RF and IQ Bandwidths are typically much greater than specified Fax: Updates: microwave@teledyne.com
3 High Performance IQ Demodulators Typical and Guaranteed Specifications Ω System Typical and guaranteed specifications vary versus frequency; see detailed data sheets for specification variations. Frequency Range LO Conversion Isolation I to Q Balance VSWR MHz Power Loss RF/LO LO I/Q L to R L to I/Q Phase Amplitude Model Center Bandwidth Bandwidth dbm db db db db db db Deg Deg db db Freq. (fo) Nominal Typ. Max. Typ. Max. Typ. Max. Typ. Max. Typ. Max. Max % Bandwidth Available in Cougar Flatpack IQF % of fo DC to Min ± 9 ±...: IQF % of fo DC to Min ± 9 ±...: IQF % of fo DC to Min ± 9 ±...: IQF % of fo DC to Min ± 9 ±...: IQF % of fo DC to Min ± 9 ±..7.: IQF % of fo DC to Min ± 9 ±...: IQF % of fo DC to Min. + 9 ± 9 ±...: IQF % of fo DC to Min. + 9 ± 9 ±...: IQF % of fo DC to Min. + 9 ± 9 ±...: IQF % of fo DC to Min. + 9 ± 9 ±...: Octave Bandwidth Available in Cougar Flatpack IQ68 6 fo ± MHz DC to Min ± 9 ±...: Current data sheets available on website. RF and IQ Bandwidths are typically much greater than specified Fax: Updates: microwave@teledyne.com
4 Rev. / IQM8. TO.8 GHz IQ MIXER MODULATOR/DEMODULATOR Typical Values LO & RF IF Third Order I.P Conversion Loss LO Drive (nominal) High Isolation (LO to RF) Standard Mixer Carrier IQM GHz DC -. GHz +. dbm. db +. dbm. db IQM8 Mixer Carrier MC6 SPECIFICATIONS * Guaranteed - to +8 C Parameter Port Frequency Typ. Max. (GHz) (db) (db) SSB Conversion Loss f R.6 to and f L.6 to SSB Noise Figure f I DC to f R. to.8.. f L. to.8.. f I DC to... Conversion Comp. f R Level = + dbm. Desenitization f R Level = + dbm. Typ. Min. Isolation (db) (db) f L at R f L. to. f L at I, Q f L. to. f R at I, Q f R. to. f L at R f L. to f L at I, Q f L. to.8 f R at I, Q f R. to.8 6 Third Order Intercept LO = + dbm + dbm LO = +6 dbm +6 dbm Image Rejection RF =. to.8 GHz db db Side Band Suppression IF =. GHz Amplitude Match RF =. to.8 GHz. db. db RF =.8 to.8 GHz. db. db Phase Match (Demodulation) RF =. to.8 GHz. 6. Phase Match RF =. to.8 GHz ±. ±. (Modulation) RF =.8 to.8 GHz ±. ±. Conversion Loss RF =. to.8 GHz. db -. db (Modulation) RF =.8 to.8 GHz -7. db -8. db * Measured in a -ohm system with nominal LO drive of + dbm as a downconverter. ABSOLUTE MAXIMUM RATINGS Storage Temperature to + C Peak RF Input Power All Ports C derate to +7 C DIMENSIONS ARE IN INCHES [MILLIMETERS] = - dbm = + +6 dbm = 8 - dbm = dbm Fax: Updates: microwave@teledyne.com
5 IQM8 TYPICAL PERFORMANCE Isolation (L to I) vs Frequency at + dbm Isolation (L to R) vs Frequency at + dbm KEY: + C +8 C - C Isolation (R to I) vs Frequency = + dbm Level of the f L signal fed through to the R- and I-ports with respect to the level of the f L signal at the L-port. PdB (dbm) Conversion Loss vs LO Drive Level LO POWER - dbm =. GHz, Low-Side LO F I = MHz The minimum recommended drive level is +6 dbm. The maximum recommended drive level is + dbm. Power at Pdb Compression Point Conversion Loss vs RF Frequency at + dbm Series Series SN SN SN SN SN Conversion loss of the mixer when used in an SSB system. The frequency ordinate refers to the R-port (f R ) with f I at MHz. AMP BALANCE - db PHASE BALANCE - deg IMAGE REJECT - db I/Q Amplitude Balance = + dbm I/Q Quadrative Phase Balance = + dbm, Low-side LO F I = MHz Image Rejection = + dbm I F =. GHz LO INTERCEPT POINT - dbm RELATIVE IESPONSE - db PHASE (Deg) Modulation (QPSK) Relative Iesponse. =. GHz dbm I-Port -. +dbm Q-Port RELATIVE IF FREQUENCY - GHZ Intercept Point HH-LH LH-LL LL-HL HL-HH 7 IF = MHz 6 RF at - dbm Hi-Side LO I Port IPLO at +dbm I Port IPLO at +dbm Q Port IPLO at +dbm Q Port IPLO at +dbm Fax: Updates: microwave@teledyne.com
6 Rev. / IQM.9 TO. GHz IQ MIXER MODULATOR/DEMODULATOR Typical Values LO & RF IF Third Order I.P Conversion Loss LO Drive (nominal) High Isolation (LO to RF) Standard Mixer Carrier IQM.9 -. GHz DC -. GHz +. dbm -. db +. dbm. db IQM Mixer Carrier MC SPECIFICATIONS * Guaranteed - to +8 C Parameter Port Frequency Typ. Max. (GHz) (db) (db) SSB Conversion Loss f R. to. 9.. and f L. to. 9.. SSB Noise Figure f I DC to. 9.. f R.9 to... f L.9 to... f I.6 to... Conversion Comp. f R Level = + dbm. Desenitization f R Level = + dbm. Typ. Min. Isolation (db) (db) f L at R f L.9 to. f L at I f L.9 to. 8 f R at I f R.9 to.7 8 f L at R f L. to. f L at I f L. to. f R at I f R.7 to. Third Order Intercept LO = + dbm + dbm LO = + dbm + dbm Image Rejection RF =.9 to. GHz db db Side Band Suppression IF =. GHz Amplitude Match RF =.9 to. GHz. db. db Phase Match (Demodulation) RF =.9 to. GHz.. DIMENSIONS ARE IN INCHES [MILLIMETERS] = - dbm = + + dbm Phase Match RF =. to. GHz ±. ±8. (Modulation) RF =.9 to. GHz ±. ±. Conversion Loss RF =. to. GHz -7 db -8 db (Modulation) RF =.9 to. GHz - db -. db * Measured in a -ohm system with nominal LO drive of + dbm as a downconverter. ABSOLUTE MAXIMUM RATINGS Storage Temperature to + C Peak RF Input Power All Ports C derate to +7 C = - dbm = + + dbm Fax: Updates: microwave@teledyne.com
7 IQM TYPICAL PERFORMANCE Isolation (L to I) vs Frequency at + dbm Isolation (L to R) vs Frequency at + dbm KEY: + C +8 C - C Isolation (R to I) vs Frequency = + dbm Level of the f L signal fed through to the R- and I-ports with respect to the level of the f L signal at the L-port. CL - db PHASE BALANCE - deg IMAGE REJECT - db 9 I/Q Amplitude Balance = + dbm I/Q Quadrative Phase Balance =. GHz at + dbm Image Rejection = + dbm I F =. GHz Q Port I Port LO INTERCEPT POINT - dbm RELATIVE IESPONSE - db PHASE (Deg) Conversion Loss vs LO Drive Level LO POWER - dbm 9 Conversion Loss vs RF Frequency at + dbm =. GHz, Low-Side LO F I = MHz The minimum recommended drive level is + dbm. The maximum recommended drive level is + dbm. Conversion Loss vs RF Frequency at + dbm Conversion loss of the mixer when used in an SSB system. The frequency ordinate refers to the R-port (f R ) with f I at MHz. 9 8 Modulation (QPSK) Relative Iesponse RELATIVE IF FREQUENCY - GHZ 7 6 = GHz Intercept Point IF = MHz RF at - dbm Hi-Side LO HH-LH LH-LL LL-HL HL-HH +dbm I-Port +dbm Q-Port IPLO at +dbm IPLO at +dbm +dbm I-Port +dbm Q-Port IPLO at +dbm IPLO at +dbm Fax: Updates: microwave@teledyne.com
8 Rev. / IQM6 6. TO.8 GHz IQ MIXER MODULATOR/DEMODULATOR Typical Values LO & RF IF Third Order I.P Conversion Loss LO Drive (nominal) High Isolation (LO to RF) Standard Mixer Carrier IQM GHz DC -. GHz +. dbm. db +. dbm. db IQM6 Mixer Carrier MC SPECIFICATIONS * Guaranteed - to +8 C Parameter Port Frequency Typ. Max. (GHz) (db) (db) SSB Conversion Loss f R 6. to and f L 6. to SSB Noise Figure f I DC to f R 9. to f L 9. to f I DC to. 9.. Conversion Comp. f R Level = + dbm. Desenitization f R Level = + dbm. Typ. Min. Isolation (db) (db) f L at R f L 6. to 8. f L at I f L 6. to 8. f R at I f R 6. to 8. 7 f L at R f L 8. to.8 6 f L at I f L 8. to.8 8 f R at I f R 8. to.8 7 Third Order Intercept LO = + dbm + dbm LO = + dbm + dbm Image Rejection RF = 6. to.8 GHz 8 db db Side Band Suppression IF =. GHz Amplitude Match RF = 6. to.8 GHz. db.8 db Phase Match (Demodulation) RF = 6. to.8 GHz. 8. DIMENSIONS ARE IN INCHES [MILLIMETERS] = 6 - dbm = dbm Phase Match RF = 6. to 7. GHz ±8. ±. (Modulation) RF = 7. to.8 GHz ±. ±. Conversion Loss RF = 6. to.8 GHz - db -. db (Modulation) * Measured in a -ohm system with nominal LO drive of + dbm as a downconverter. ABSOLUTE MAXIMUM RATINGS Storage Temperature to + C Peak RF Input Power All Ports C derate to +7 C N/A N/A N/A 9 7 N/A = 9 - dbm = dbm Fax: Updates: microwave@teledyne.com
9 IQM6 TYPICAL PERFORMANCE Isolation (L to I) vs Frequency at + dbm Isolation (L to R) vs Frequency at + dbm KEY: + C +8 C - C Isolation (R to I) vs Frequency = 8 + dbm Level of the f L signal fed through to the R- and I-ports with respect to the level of the f L signal at the L-port. AMP BALANCE - db PHASE BALANCE - deg IMAGE REJECT - db = + dbm I/Q Quadrative Phase Balance I/Q Amplitude Balance Image Rejection = + dbm I F =. GHz =. GHz at + dbm LO PdB data is available upon request. INTERCEPT POINT - dbm RELATIVE IESPONSE - db PHASE (Deg) Conversion Loss vs LO Drive Level LO POWER - dbm Q Port I Port Conversion Loss vs RF Frequency at + dbm = 8. GHz, Low-Side LO F I = MHz The minimum recommended drive level is + dbm. The maximum recommended drive level is + dbm Conversion Loss vs RF Frequency at + dbm Conversion loss of the mixer when used in an SSB system. The frequency ordinate refers to the R-port (f R ) with f I at MHz. Modulation (QPSK) HH-LH LH-LL LL-HL HL-HH Relative Iesponse = 8 GHz dbm I-Port +dbm I-Port +dbm Q-Port +dbm Q-Port RELATIVE IF FREQUENCY - GHZ Intercept Point IF = MHz RF at - dbm Hi-Side LO IPLO at +dbm IPLO at +dbm IPLO at +dbm IPLO at +dbm Fax: Updates: microwave@teledyne.com
10 Prices subject to change without notice. TELEDYNE MICROWAVE SOLUTIONS TM Everywhereyoulook teledynemicrowave.com Tel: or
Features. = +25 C, IF= 1 GHz, LO= +13 dbm* Parameter Min. Typ. Max. Units
Features Passive: No DC Bias Required Input IP3: +2 dbm LO/RF Isolation: 3 db Wide IF Bandwidth: DC - 8 GHz Typical Applications The is ideal for: Telecom Infrastructure Military Radio, Radar & ECM Space
More informationFeatures. = +25 C, IF= 1 GHz, LO= +13 dbm* Parameter Min. Typ. Max. Units
Typical Applications The is ideal for: Telecom Infrastructure Military Radio, Radar & ECM Space Systems Test Instrumentation Functional Diagram Features Wide IF Bandwidth: DC - 13 GHz Passive: No DC Bias
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The is a miniaturized, multi-octave 185 GHz IQ mixer. It features matched double balanced mixers connected with an integrated LO hybrid and RF power divider. It can be used for either up or downconversion.
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v1.112 HMC27AS8 / 27AS8E BALANCED MIXER,.7-2. GHz Typical Applications The HMC27AS8 / HMC27AS8E is ideal for: Base Stations Cable Modems Portable Wireless Functional Diagram Features Conversion Loss: 9
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More information= +25 C, IF= 100 MHz, LO = +15 dbm*
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More information= +25 C, IF= 100 MHz, LO = +15 dbm*
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More information= +25 C, IF= 100 MHz, LO = +17 dbm*
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More information= +25 C, IF= 100 MHz, LO = +15 dbm*
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More informationAnalog Devices Welcomes Hittite Microwave Corporation NO CONTENT ON THE ATTACHED DOCUMENT HAS CHANGED
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More informationFeatures. = +25 C, IF= 100 MHz, LO= +15 dbm* Parameter Min. Typ. Max. Min. Typ. Max. Units
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