October 21 Elisra MMIC Catalog MMIC Catalog Unclassified
5 Bit DCA.518GHz 5 Bit DCA.518GHz DESCRIPTION Frequency Range Attenuation Range (simultaneous) LSB = 1 ; MSB = 16 Phase variation over all states Amplitude error over all states Typical accuracy over frequency (relative to insertion loss) Att. State: 4 Att. State: 58 Att. State: 916 Att. State: 1731 (*)monotonic per frequency over all attenuation states Insertion loss:.51ghz 118GHz Input Power P1 218GHz: Input power for no damage Input IP3 at all states @3m @7m Switching time between states Return Loss (Input/Output) Controls Voltage "" "1" Operating Temperature Range (no damage condition): Case Junction Ripple over Frequency Range at any Temperature & at all attenuation. states MIN.5 26 34 37 5.3.2 54 54 TYP ±.2 ±.4 ±.6 ±.9 12 5 MAX 18 31 1 ±.9 5.5 7.5 29 25 4.8.2 +12 +15 3.5 3WA31 UNITS GHz Deg ptp m m m ns V ºC ptp
5 Bit DPS 913Hz 5 Bit DPS 913Hz DESCRIPTION MIN TYP MAX UNITS Frequency Range 9 13 GHz Phase (simultaneous) LSB = 11.25 ; MSB = 18 11.25 36 Deg RMS Phase error (*)monotonic per frequency over all phases states 3 Deg PkPk Absolute Phase error (*)monotonic per frequency over all phases states 6 Deg Switching time between states 25 ns Insertion loss 6.5 9 Input Power P1 26 m Input power for no damage 29 m Input IP2 at all states @ 5dbm 6 m Input IP3 at all states 37 m Input/Output Return Loss 12 Controls Voltage "" "1" 5.2.1 5 4.8.1 V Ripple over Frequency Range 3 ptp 3WA32
Differential Mixer 118GHz Differential Mixer 118GHz Parameter Min Typ Max Units RF Frequency Range 1 to 18 GHz LO Frequency Range 18 to 28 GHz IF Frequency Range 5 to 1 GHz LO Input Power +1 to +13 m Insertion Loss, LO=+1m 6.5 7 8 LO to IF Rejection 23 4 45 LO to RF rejection 34 4 46 RF to IF Rejection 83 4 24 IF to RF Rejction 23 34 4 LO Return Loss 12 14 16 To get the most of its advantages, this mixer needs to be used together with Elisra differential amplifier (3WA56). RF Return loss IF Return loss Input referred P1 point LO=+1m Input referred IP3 point LO=+1m 1 1 5 11 15 12 8 14 25 15 11 16 m m DC supply voltage 5 5 5 V Supply current 2 2 2 ma 3WA37
Differential Mixer 184GHz Differential Mixer 184GHz Parameter Min Typ Max Units RF Frequency Range 18 to 4 LO Frequency Range 2 to 42 GHz IF Frequency Range.4 to 16.5 GHz LO Input Power +1 to +13 m Insertion Loss, LO=+1m 6 8 9 LO to IF Rejection 3 4 5 LO to RF rejection 3 35 4 RF to IF Rejection 3 35 4 IF to RF Rejction 3 4 6 LO Return Loss 8 9 14 RF Return loss 8 1 13 To get the most of its advantages, this mixer needs to be used together with Elisra differential amplifier (3WA56). IF Return loss Input referred P1 point LO=+1m Input referred IP3 point LO=+1m 7 6 12 1 11 17 3 14 22 m m DC supply voltage 5 5 5 V Supply current 2 2 2 ma 3WA38
Standard SPDT (SW6) (SW1 new layout) Standard SPDT (SW6) (SW1 new layout) DB( S(1,1) ) DB( S(2,1) ) DB( S(2,2) ).1 GHz.678 SW6 5 1 15 1 GHz 14.1 18 GHz 1.81 2 25 3 1 GHz 17 Frequency [GHz] Insertion Loss [] Min.7 Max 18 1.8 DB( S(3,1) ) SW6 isolation_1 SW6 Isolation DB( S(3,3) ) SW6 isolation_1 Isolation [] 36 1 S11 [] S22 [] Input P1 [m] Switching Speed [ns] 17 14 +29 2 3WA314 2 3 4 5 18 GHz 36.2 23
High Isolation SPDT (SW7) High Isolation SPDT (SW7) DB( S(1,1) ) DB( S(2,1) ) DB( S(2,2) ).1 GHz 1.13 SW6_1 18 GHz 2.5 5 1 9.41 GHz 14.6 15 2 25 18 GHz 16.3 3 Frequency [GHz] Insertion Loss [] Min 1.13 Max 18 2.5 DB( S(3,1) ) SW7 isolation_1 SW7 Isolation DB( S(3,3) ) SW7 isolation_1 Isolation [] 41 1 S11 [] 16 2 S22 [] 14 3 Input P1 [m] +29 4 Switching Speed [ns] 2 3WA316 5 6 18 GHz 41.8 24
SPDT with Driver (SW4) SPDT with Driver (SW4) DB( S(1,1) ) DB( S(2,1) ) DB( S(2,2) ) 1 GHz 1.46 SW4 25 GHz 2.67 5 1 1 GHz 11.2 25 GHz 14.6 15 2 25 Min Max 3 Frequency [GHz] Supply Voltage [V] 1 6 25 12 DB( S(3,1) SW4 isolation with 8v in and 5v TTL DB( S(3,3) ) SW4 isolation with 8v in and 5v TTL Control [V] Insertion Loss [] Isolation [] S11 [] S22 [] Input P1 [m] Switching Speed [ns].8 25 1.4 2.7 28 11 11 +29 2 3WA312 1 2 3 4 5 6 SW4 Isolation 25 GHz 28.5 24
Non Reflective SPDT (SW5) Non Reflective SPDT (SW5) DB( S(1,1) ) DB( S(2,1) ) DB( S(2,2) ).1 GHz.954 SW5 18 GHz 2.23 5 1 9 GHz 14.7 15 Min Max 2 25 3 9 GHz 16.1 Frequency [GHz] Insertion Loss [] Isolation [] S11 [] S22 [] 1 18 2.3 37 16 15 1 2 DB( S(3,1) ) SW5 isolation 18 GHz 14.9 SW5 Isolation DB( S(3,3) ) SW5 isolation S33 [] Input P1 [m] +29 14.9 3 4 18 GHz 37.1 Switching Speed [ns] 2 5 24 3WA313 6
Fast Switching Speed SPDT (SW8) Fast Switching Speed SPDT (SW8) DB( S(1,1) ) DB( S(2,1) ) DB( S(2,2) ).1 GHz.971 SW8 18 GHz 2.75 5 1 9.51 GHz 16.2 18 GHz 15.2 15 2 25 Frequency [GHz] Min Max 18 3 DB( S(3,1) ) SW8 isolation_1 DB( S(3,3) ) SW8 isolation_1 Insertion Loss [] Isolation [] S11 [] S22 [] Input P1 [m] Switching Speed [ns].97 2.75 42 15 16 +27 8 3WA317 1 2 3 4 5 6 SW8 Isolation 18 GHz 42.4 23
SPDT 4GHz (SW3) SPDT 4GHz (SW3) DB( S(2,1) ) DB( S(2,2) ) DB( S(1,1) ) 4 GHz 3.43 SW3 5 1 15 2 4 GHz 9.5 Min Max 25 3 DB( S(3,1) ) SW3 isolation_1 DB( S(3,3) ) SW3 isolation_1 4 GHz 12.4 Frequency [GHz] Insertion Loss [] 1.4 4 3.4 SW3 Isolation Isolation [] 25 1 S11 [] 12 2 S22 [] 9.5 3 Input P1 [m] Switching Speed [ns] +27 2 3WA311 4 5 6 4 GHz 25.2 24
14 up to 42GHz Tripler 14 up to 42GHz Tripler DESCRIPTION MIN TYP MAX UNITS Frequency Input 13 14 15 GHz Input Power m Output Power 1 m Input Return Loss 25 Output Return Loss 18 Rejection @ 14GHz 27 Rejection @ 28GHz 21 Output Power (m) Harmonic Power vs Input Frequency 1 5 5 1 15 2 25 3 35 4 1 11 12 13 14 15 16 Input Frequency @ m (GHz) 1st Harmonic 2nd Hamonic 3rd Harmonic DESCRIPTION MIN TYP MAX UNITS Impedance In/Out 5 Ohm DC Supply 3 V Power Consumption.39 W Operating Temperature (no damage) Case Junction 54 54 +125 +15 Dimensions 2.6x2.2 mm 3WA329 ºC
244GHz 3 Equalizer + HPF 244GHz 3 Equalizer + HPF DB( S(1,1) ) EQU _ 3 DB( S(2,1) ) EQU _ 3 Equalizer 3 1 2 : 3WA336 3 4 14 GHz 11.8 24 GHz 3.75 4 GHz 1.73 5 6 1 2 3 4 5 Frequency (GHz) 13
244GHz 5 Equalizer + HPF 244GHz 5 Equalizer + HPF DB( S(1,1) ) EQU _ 5 DB( S(2,1) ) EQU _ 5 Equalizer 5 1 2 : 3WA335 3 4 14 GHz 15.8 24 GHz 5.26 4 GHz 1.44 5 6 1 2 3 4 5 Frequency (GHz) 14
244GHz 7 Equalizer + HPF 244GHz 7 Equalizer + HPF DB( S(1,1) ) EQU _ 7 DB( S(2,1) ) EQU _ 7 Equalizer 7 1 2 3 : 3WA337 4 14 GHz 21.1 24 GHz 8 4 GHz 2.44 5 6 1 2 3 4 5 Frequency (GHz) 15
Attenuators 5GHz Attenuators 5GHz 2 3 4 3WA322 3WA323 3WA324 5 6 1 3WA325 3WA326 3WA327
High Value Attenuators DC5GHz High Value Attenuators DC5GHz 3WA819 3WA82 3WA821 16 18 2
42GHz LO Driver 42GHz LO Driver Pout vs Pin Pout (m) 2 18 16 14 12 1 8 6 4 15 1 5 5 1 Pin (m) Spec. Units DB( S(1,1) ) AMP 42GHz Small Signal DB( S(2,1) ) AMP 42GHz Small Signal DB( S(2,1) ) AMP 42GHz Pin m Frequency Small Signal Gain Input Power Output Power 42 2 minimum +15 GHz m m 4 3 2 1 42GHz Power Amplifier 28 GHz 12.1 42 GHz 19.5 Rejection DC Voltage 2 @14,28,56GHz 4 c V 1 2 3 14 GHz 48.5 Power Consumption Dimensions.23 1.4x2.6 W mm 4 5 1 2 3 4 5 Frequency (GHz) 3WA334 18
18GHz 3 Bit DCA 18GHz 3 Bit DCA Parameter Units Attenuation Bits Insertion Loss Attenuation Range Return Loss Attenuation Accuracy Input Power for.1 Compression Dimensions 2,4,8 3.6 @ 18GHz 14 1 +/.6 22 1.4x1.4 3WA47 m mm Control Voltage Input 8 4 2 Attenuation State 5 5 5 Reference I.L 5 5 2 5 5 4 5 5 8 19
618GHz Mixer 618GHz Mixer Parameter Frequency Range, RF Frequency Range, LO Frequency Range, IF LO Power Measured with IF = 1 MHz 618 618 DC6 +14 to +17 Units GHz GHz GHz m : 3WA53 Conversion Loss 8 Noise Figure (SSB) 8 LO to IF Isolation 32 LO to RF Isolation 31 RF to IF Isolation 1 1 Compression (Input) 13 m Dimensions 1.44x2.6 m See below the pictures : 3WA52 2
618GHz Differential Mixer 618GHz Differential Mixer These are simulation results only showing the potential advantage over HMC141 In order to measure this chip we need special GSGSG probe To get the most of its advantages, this mixer needs to be used together with Elisra differential amplifier (3WA56). Parameter IF = 1 MHz Units MWMMXRD 2E HMC 141 Frequency Range, RF 618 618 GHz Frequency Range, LO 618 618 GHz Frequency Range, IF DC1 DC6 GHz LO Power +15 +2 m Conversion Loss 9 1 Noise Figure (SSB) 9 1 LO to RF Isolation 4 28 LO to IF Isolation 4 2 RF to IF Isolation 3 1 IP3 (Input) 17 22 m IP2 (Input) 6 42 m 1 Compression (Input) 7 15 m DC Supply 5 NA V Chip Dimensions 2.6x2.2 mm 3WA338 21
244GHz SPDT 244GHz SPDT controlled by controlled RF Feedline by RF Feedline High Power Low Power High Power Version Frequency [GHz] Insertion Loss [] 244 2.4 244 2.1 Isolation [] 18 2 S11 [] 12 12 S22 [] 12 12 Max input power[m] +3 +25 Low Power Version Switching Speed [ns] Dimensions [mm] 2 2x1.5 2 2x1.5 3WA61 3WA62 22
7 Slope.518 Equalizer 7 Slope.518 Equalizer 1.4x.7mm : 3WA64 23
7 Slope.514 Equalizer 7 Slope.514 Equalizer Dimensions: 1.4x.7mm : 3WA7 24
5 Slope.518 Equalizer 5 Slope.518 Equalizer Dimensions: 1.4x.7mm : 3WA69 25
5 Slope.514 Equalizer 5 Slope.514 Equalizer Dimensions: 1.4x.7mm : 3WA71 26
3 Slope.518 Equalizer 3 Slope.518 Equalizer Dimensions: 1.4x.7mm : 3WA68 27
3 Slope.514 Equalizer 3 Slope.514 Equalizer Dimensions: 1.4x.7mm : 3WA68 28
5 Slope.512 Equalizer 5 Slope.512 Equalizer 1.4x.7mm 3WA65 29
218GHz Parabolic Equalizer 218GHz Parabolic Equalizer 1.4x.7mm : 3WA66 3
244 Balanced Mixer 244 Balanced Mixer RF Parameter Units Frequency Range, RF&LO 244 GHz IF Frequency Range, IF DC18 GHz Conversion Loss 1 Noise Figure (SSB) 1 LO to RF Isolation 27 LO 3WA48 LO to IF Isolation RF to IF Isolation 4 19 RF 1 Compression (input) 13 m Dimensions 1.4x1.4 mm IF Catalogue number 3WA48 3WA49 (Mirror) LO 3WA49 To get the most of its advantages, this mixer needs to be used together with Elisra differential amplifier (3WA56). 31
SP4T DC18GHz SP4T DC18GHz High Power Frequency [GHz] Insertion Loss [] Isolation [] S11 [] S22 [] Max input power[m] Switching Speed [ns] Dimensions [mm] DC18 3.3 4 8 14 +25 2x1.5 3WA59 32
SPDT 244GHz TTL Controlled SPDT 244GHz TTL Controlled ver2 (better isolation and VSWR) ver2 (better isolation and VSWR) DESCRIPTION MIN TYP MAX UNITS 24 4 GHz Insertion loss 2.3 Input/Output Return Loss 17 2 Isolation 3 33 Input Power P.1 22 m Input power for no damage 25 m DESCRIPTION MIN TYP MAX UNITS Switching time between states 2 ns Impedance In/Out 5 Ohm DC Supply 7 12 Controls Voltage: "" "1" Operating Temperature (no damage) Case Junction 2.5 54 54.8 5 +125 +15 V ºC 3WA63
.518GHz Differential Amplifier.518GHz Differential Amplifier Parameter Min Typical Max Units Operating frequency.4 to 18 GHz Gain 1 7 8 9 Noise figure 14 Input return loss 1 13 16 Output P1 point 8 1 m Output referred IP3 point 15 2 m Amplitude imbalance between differential outputs 1.6 1 Phase imbalance between differential outputs <+/3 (F <16GHz) < 22 (F >16GHz) DC supply voltage 8 V Supply current 88 ma Dimensions 2.6 x 1.4 mm 3WA56
218GHz 25 1bit DCA 218GHz 25 1bit DCA DESCRIPTION TYP UNITS Frequency 218 GHz Insertion loss @ reference state 4 Input/Output Return Loss 13 Normalized Attenuation 25 +/1 Switching Speed 15 ns Input power for no damage 2 m DC Voltage (DC PED) 812 V Current Consumption @ DC PED 115 ma Control Voltage (TTL PED) 2.2 1 3.35 V Current Consumption @ TTL PED 1 ma Dimensions 1.44x2. mm Catalogue No 3WA8
1318GHz T/R Amplifier 1318GHz T/R Amplifier Parameter Measured Unit Frequency Band 1318 GHz Gain 12 Noise Figure 7 Output P1 13 m Input Return Loss 14 Output Return Loss 14 Isolation (S12) 4 Biasing Current 93 ma Vdd 4 V Vg.6 V Dimensions 2.56x1.39 mm 3WA81
914GHz T/R Amplifier 914GHz T/R Amplifier Parameter Measured Unit Frequency Band 914 GHz Gain 12 Noise Figure 8 Output P1 15 m Input Return Loss 13 Output Return Loss 14 Isolation (S12) 42 Biasing Current 9 ma Vdd 4 V Vg.6 V Dimensions 2.56x1.39 mm 3WA82
611GHz T/R Amplifier 611GHz T/R Amplifier Parameter Measured Unit Frequency Band 611 GHz Gain 11 Noise Figure 5 Output P1 14 m Input Return Loss 14 Output Return Loss 15 Isolation (S12) 22 Biasing Current 6 ma Vdd 4 V Vg.6 V Dimensions 2.56x1.39 mm 3WA83
294GHz LO Driver 294GHz LO Driver Units Frequency Input Power Output Power Rejection DC Voltage DC Current Dimensions Catalog number 294 2 minimum +13 N/A 5 1 1.39x2.55 GHz m m c V ma mm 3WA87
*Future Design: *Future Design: 218GHz 218GHz High Gain High + High Gain P1 + High P1 Distributed Amplifier Distributed Amplifier Parameter Specification Units Frequency Range 218 GHz Small Signal Gain 2 Gain Flatness 1 Output P1 19 m Noise Figure 5.5 Input Return Loss 11 Output Return Loss 17 Output Saturation Level 21 m IP2 >33 m IP3 >35 m HP2 >31 c HP3 >6 c Maximum Input Power +12 m Vdd 4V/18mA Vg.5 V Dimensions 1.44x2. mm * AC Coupled at all Inputs/Outputs Catalogue number 3WA822