Transcript
MMCFC5864V/00 58 -63 GHz V - band Converter with LO
General This converter pla orm is a broadband and versa le building block for V -band (58-63 GHz) applica ons. The pla orm is easily modified to customer requirements. It consists of one up- and one down-converter in a single unit. The up- and down-converter operate independently, and can thus be used in both frequency mul plexed and me mul plexed applica ons. The FC1005V/00 u lizes on-board LO synthesizers. Waveguide filters and diplexers are available as op ons.
Features 58-63 GHz RF bandwidths (usable from 57-66 GHz) Pla orm concept, easy to customize 1.0-5.0 GHz IF bandwidth Small size and weight Standard waveguide and SMA interfaces The basic V-band pla orm possesses a very broad IF bandwidth, from 1.0 to 5.0 GHz. A set of two iden cal V-band modules can be used in a full duplex configura on by appropriate choice of LO signals for the up - and down-converter respec vely. The converter is controlled through a standard I2C interface.
Applications Point-to-point or mul -point radio Mul -Gbps wireless transfer Measurement systems Any applica on requiring a high -quality mm-wave signal source
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MMCFC5864V/00 58 -63 GHz V - band Converter with LO Block Diagram
Interfaces
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MMCFC5864V/00 58 -63 GHz V - band Converter with LO Transmit Up-Converter Parameter
Min
RF output frequency range design/measured* RF output frequency range operational, not guaranteed IF input frequency range* Nominal gain IF to RF* 1-dB output compression point* Saturated output power* OIP3
58-63 57-66
LO phase noise @ 100 kHz offset @ V -band LO synthesizer frequency range LO synthesizer step size @ V -band
1 25 10 16 20
Typical
Units GHz GHz
5 40
GHz dB dBm dBm dBm
-80 59.6
dBc/Hz GHz MHz
25
56.8
Noise power density at waveguide output LO leakage (at port) Gain flatness over frequency * Group delay variation RF Return loss IF Return loss 10 I/Q balance phase I/Q balance amplitude Image rejection 10 * Value 100% production tested; all other values indicative .
Max
0.25 -125 10
15 10
1 TBD TBD 2 20
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4
dBm/Hz dBm dB/GHz ns/GHz dB dB degrees dB dB
MMCFC5864V/00 58 -63 GHz V - band Converter with LO Receive Down-Converter Parameter
Min
RF output frequency range design/measured* RF output frequency range operational, not guaranteed IF output frequency range* Nominal gain RF to IF* Noise figure * 1-dB input compression point
58-63 57-66
LO phase noise @ 100 kHz offset @ V -band LO synthesizer frequency range LO synthesizer step size @ V -band
Typical
8 TBD
56.8
Gain flatness over frequency Group delay variation Image rejection 10 RF Return loss IF Return loss 10 I/Q Balance Phase I/Q Balance Amplitude * Value 100% production tested; all other values indicative .
Units GHz GHz
1 8 TBD
Max
5 20 10
GHz dB dB dBm
-80 59.6
dBc/Hz GHz MHz
2
dB/GHz ns/GHz dB dB dB deg dB
0.25 1 1 14 TBD TBD 2
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3
MMCFC5864V/00 58 -63 GHz V - band Converter with LO Physical, Electrical and Environmental Parameter
Min
Operating temperature Storage temperature Humidity Shock
-30 -50
Typical
Meets EN 300 019-2-4 Meets EN 300 019-1-4 Class 4.1
Vibration
VSS voltage* VSS current consumption* VDD voltage * VDD current consumption* VPP voltage * VPP current consumption* Total power consumption*
-6.75
External reference level External reference input frequency Internal reference output frequency Internal reference output frequency accuracy Internal reference output level
0.5
6.75 14.75
-5
50 1260 20 9.5 1 10 10 3
Overall dimensions Weight * Value 100% production tested; all other values indicative.
≈ 200
Max
Units
70 80 90
°C °C % relative @25°C
-7.25 60 7.25 1300 15.25 30
V mA V mA V mA W
3
V (peak-to-peak) MHz MHz ppm V (peak-to-peak)
5
117x80 x26
mm g
Interfaces Waveguide input/output WR 15 Control and bias connector SMA connectors External/i nternal reference connector
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UG-385/U Molex 52893-2095 SMA female UMCC
