TABLE OF CONTENTS · Diplexer Gain Module PMI Model No. DGM -18G40G-292FF-DS is a Quad Phase &...

TABLE OF CONTENTS

PMI NEW RESEARCH & DEVELOPMENT PRESENTATION MULTIFUCTION MODULES, SUBSYSTEMS & INTEGRATED ASSEMBLIES

1 Integrated MIC/MMIC Modules 3

2 Form, Fit & Function Products 55

3 IFMs & Frequency Discriminators 57

4 Rack & Chassis Mount Products 60

5 UP & Down Converters, Receiver Front Ends & Transceivers 63

6 Switch Matrices 78

2

1 - INTEGRATED MIC/MMIC MODULES

3

Model No. MPC-20R2G21R2G-CD-LNF 20.2 to 21.2 GHz, Monopulse Comparator

• Frequency 20.2 to 21.2 GHz • Lossless from Input to Output • Designed for 100K Noise Temperature • Phase Tracking all 8 Inputs

4

Frequency 20.2 - 21.2 GHz

Gain 0 to +10 dB

Noise Temperature 100 K

Phase Balance ±3° Maximum

DC Supply +12 to +15 VDC Typ.

Control Signal TTL Logic

Connectors SMA (F)

Finish Painted Gray

Size 6.25” x Ø4.80” x 2.00”

Section 1 • 8 Antenna Inputs • Phase Matched LNAs • Hybrid Tee • Ringline Couplers • Phase Matched Outputs Section 2 • Hybrid 90° Power Divider • Branchline Coupler • SPDT Absorptive Switch • Solid State

5

Model No. MPC-20R2G21R2G-CD-LNF 20.2 to 21.2 GHz, Monopulse Comparator

Model No. LSP-0518-SK Level, Scan & Pulse Modulator

SCAN MODULATION: Linear transfer function for control voltage of attenuation as expressed in dB’s. This is in reality an exponential transfer function. Vout = A x 10 ^ (Vcontrol / B) A and B are constants A Typ Transfer Function Specification would be: 10 dB per Volt. LEVEL SETTING: In the LSP module the level setting function is similar to the scan modulation in that a control voltage sets the dB’s of attenuation to vary the output level. PULSE MODULATION: This is an on and off function, switching the RF on and off to generate waveforms of a desired shape or characteristic. ATTENUATION: Attenuation is the incremental reduction of signal strength through controlled adjustments of ever increasing resistance within the RF circuit. These controls can be either through digital or analog inputs. Attenuation is expressed in dB’s. The Level set and Scan modulation functions are in reality attenuation controls.

6

7

Model No. LSP-0518-SK Level, Scan & Pulse Modulator

Model No. PMA-218-LSP 0.5 to 18.0 GHz Modulator/Amplifier

8

Frequency Range 0.5 to 18.0 GHz Output P1 dB +12 dBm Minimum IP3 +22 dBm Minimum RF Input Power +14 dBm Max

+12 dBm Operational Harmonics at P1 dB -20.0 dBc Minimum Spurious Outputs -60 dBc Minimum VSWR (RF Input) 2.2:1 Max VSWR (RF Output) 2.2:1 Max Level Set (Power Attenuation) 70 dB Range Scan Modulation (Attenuation) 70 dB Range Combined Attenuation 100 dB Minimum Scan and Level Bandwidth 10 kHz Scan Pulse Response (Settling) 50 uS Max Scan Pulse Response (Rise/Fall) 15 uS Max Digital Processing Jitter 10 uS Max System Frequency Flatness ±2 dB Attenuation Frequency Flatness 0-40 dB (±2 dB)

40-60 dB (±3 dB) Attenuation Linearity ±1.5 dB Pulse Modulation Depth 60 dB Minimum RF Pulse Width Range 50 ns to CW RF Pulse (Rise Time 10-90%) 9 ns Max RF Pulse (Fall Time 90-10%) 9 ns Max RF Pulse Repetition Rate 10 MHz Max RF Pulse Distortion 0.3 dB Max Pulse / CW Differential 0.4 dB Max Pulse Width Fidelity ±10 ns Max Sensitivity 6 dB/Volt Bias Voltages / Currents +15 Vdc @ 1.5 Amps Max

-15 Vdc @ 1.0 Amps Max Size 4.00" x 3.30" x 0.70"

PMI Model Number PMA-218-LSPis an Analog Level, Scan and Pulse Modulation Module that is capable of exponential (linear in dB) Modulation, for rugged and high reliability applications µsing digital process techniques, that works from 2.0 to 18.0 GHz.

9

Model No. PMA-218-LSP 0.5 to 18.0 GHz Modulator/Amplifier

Model No. DGM-18G40G-292FF-DS Quad-Phase & Amplitude Matched Millimeterwave, Diplexer Gain Module

PMI Model No. DGM-18G40G-292FF-DS is a Quad Phase & Amplitude Matched mmW (Millimeter Wave) Diplexer-Gain module designed to operate over the 18.0 to 40 GHz frequency range with a switched output and an integrated power divider feeding the four antenna inputs via a 20 dB coupler for ease of system set up. The band select function not only switches bands, but also allows the amplified bands not in µse to be turned off to reduce power consumption. This model is also designed to have better than 60 dB harmonic suppression.

10

Channel to Channel Performance

11


12

Frequency Range 18.0 to 40.0 GHz

Gain 3 dB min, 7 dB Max - Measured 2.5 to 6.5 dB

Amplitude Ripple

±1.0 dB over every 500 MHz Band starting @ 18.0 GHz, excluding the crossover Measured: ±0.68 dB CH1 ±0.59 dB CH2 ±0.60 dB CH3 ±0.51 dB CH4 (Worst Case)

Input P1dB -20 dBm Min - Measured 5 dBm (Worst Case)

Input IP3 -10 dBm, +5 dBm Desired - Measured +3.5 dBm (Worst Case 40 GHz)

Channel to Channel Isolation 50 dB Typ - Measured 49.9 dB

Noise Figure 12 dB Typ - Measured 10 dB

Phase Matching 40 deg. RMS, Channels 2,3,4 to REF. Channel 1, Over Operating Temp Measured 30 Deg. RMS (Worst Case)

Phase Tracking 0.25 deg/ºC Port to Port Typ - Measured 0.22 Deg/C°

mmW/uW Limiter 30 dBm, CW or Pulsed, 2.0 to 40.0 GHz Without Damage, All Inputs - Measured 30 dBm

Limiter 1dB Recovery Time 250 ns - Measured 146 ns

Spurious Products -73 dBm - Measured -74 dBm Measured at Spectrum Analyzer Noise floor

Diplexer K Band 1dB Passband 18.0 GHz Min, 25.0 GHz Max

Diplexer Ka Band 1dB Passband 28.0 GHz Min, 40.0 GHz max

Crossover Band 25.0 GHz min, 28.0 GHz max

Crossover Excess Attenuation 5 dB Typ - Measured 5 dB (Worst Case)

Stopband Attenuation 60 dB - Measured 61 dB (Worst Case)

K Band Stopbands 900 MHz to 15.0 GHz, 32.0 GHz to 46.0 GHz

Ka Band Stopband 900 MHz to 22.0 GHz

Comm Band Attenuation 60 dB - Measured >60 dB

Comm Band 900 MHz to 2.5 GHz

Comm Interference Immunity 36 dBm CW, 900 MHz to 2.5 GHz without Limiter or Amplifier Saturation Measured 36 dBm Based On filter Rejection

Comm Interference Immunity 53 dBm Pulsed RF, 900 MHz to 2.5 GHz, Without Limiter or Amplifier Saturation Measured 53 dBm Based On filter Rejection

VSWR in Passbands 2.5:1 Typ

Harmonics for -20dBm -80 dBm, 15.0 to 40.0 GHz - Measured -84 dBm

Band Switching Time, Required 1 µs Max, 0.5 µs Typ - Measured 400 ns

Power Divider Input Power 20 dBm Max - Measured 20 dBm

Power Divider Insertion Loss 15 ± 3 dB - Measured 15 dB, ±2 dB

Power Divider Phase Ripple ±5° RMS - Measured ±4 Deg RMS

Band Select Protection Circuitry ±15 V

Power Supply Protection Circuitry on both ±6.0VDC Supplies ±15 V

Power Supply Voltage ±6.0 VDC - Measured +6.0 V @ 0.571 Amps, -6.0 V @ 0.132 Amps

Power Consumption Required 5 W Max - Measured 4.2 W

Connectors 2.92mm (F)

Control Connector (MDM-9PSP) 9 Pin Micro-D Shipped with Mating Connector

Size 3.0" x 8.0" x 0.75"


Model No. PFEM-9D4G-CD-1 9410 MHz Multi-Function Module

PMI Model No. PFEM-9D4G-CD-1 is a multi-function module that provides amplification, switching and filtering within the frequency band of 9410 MHz. This module provides two input channels and is switchable to a common output. This model is designed to offer multiple gain level selection, high channel to channel isolation and fast switching speeds.

13

SPECIFICATIONS TX (State 1) RX Low Gain (State 2) RX High Gain (State 3)

Max Input Power at J1 0 dBm 14 dBm 14 dBm

Frequency 9410 MHz +/- 3 0MHz 9410 MHz +/- 30 MHz 9410 MHz +/- 30 MHz

Gain 0 to -5 dBm 11 to 15 dBm 30 to 35 dBm

Gain Flatness <0.1 dBm <0.1 dBm <0.1 dBm

Noise Figure N/A 2 dB Nominal, 2.5 dB Max 2 dB Nominal, 2.5 dB Max

VSWR 1.5:1 Typ 1.5:1 Typ 1.5:1 Typ

OP3 (Output) > 18 dBm >18 dBm >18 dBm

OP2 (Output) >8 dBm >8 dBm >8 dBm Port to Port J1-J3 Isolation >85 dB N/A N/A

Max Output Power + 23 dBm

Output Signal Distortion No apparent droop or distortion with a pulse width of 500 to 1000ns, at 500 to 2000 PPS

Video Switching Transients < -120 dBm above 1.7 GHz

Stability Unconditionally stable when terminated at J1, J2 and J3 with short circuit at all phases

Max Out-Of-Band Gain Below In-Band Gain for f > 6.5 GHz -20 dB Below In-Band Gain < 6.5 GHz

Switching Time 50 ns: TX to RX 50 ns: RX Low Gain to RX High Gain

Switching Control 3.3 V to 5 V, TTL Compatible

BIAS V/I +12 VDC/ 125 mA Typ

Size 2.89' x 1.62" x 0.63

Finish Painted Gray

14

Model No. PFEM-9D4G-CD-1 9410 MHz Multi-Function Module

Model No. PEC-18-2R35G-1R75-9-SFF-HS-LM Integrated Amplifer, Switch, Limiter & Filter Module

PARAMETERS SPECIFICATIONS

CENTER FREQUENCY 2.35 GHz

1dB Bandwidth 150 MHz

≥30 dBc Rejection 2100 and 2600 MHz

Gain (Typ) 18 dB

Noise Figure 1.8 dB Typ 2.0 dB Max

Isolation 40 dB Min

VSWR 2.0:1 Max

RF Input Power +30 dBm Max

RF Output Power +2 dBm Max

Switching Speed (On/Off) 100 ns Max

EMI Shielding 60 dB @ 1 Foot Min

Differential Control A > B = “ON” B > A = “OFF”

DC Power Supply +9 VDC

15

16

Model No. IFE-DRS-KIT 9.0 to 10.0 GHz, Integrated Front End (IFE)

This Integrated Front End (IFE) unit consists of a low noise amplifier, RF Log Detector, and a low noise video amplifier. This integrated unit was designed to support a phased array radar automated test set. Frequency Range 9.0 to 10.0 GHz

Video Output (+4VDC) Input RF Signal shall be within the range of -40 dBm and -48 dBm

Output Flatness vs Frequency (At +4 VDC Output)

±1 dB

Safe RF Input 0 dBm Max

Operating Temperature 25 °C ± 5 °C

AC Power 115 VAC ± 10%

Connectors RF Input: SMA Female Video Output: BNC Female

Size IFE Unit: 11.0" x 7.0" x 3.0" Mounting Plate: 21.25" x 7.0" x 0.25"

Finish Painted Gray

17

Input Attenuators Set to 4 V at Output Voltage Range – 0 dB to 20 dB Input Attenuator Set to 10 dB +/-0.25 dB

Model No. IFE-DRS-KIT 9.0 to 10.0 GHz, Integrated Front End (IFE)

18

Model No. PSAT-2500-11B-CD-1 Digitally Controlled Attenuator/ Analog Phase Shifter Assembly A 2.5 GHz, 11 Bit Digitally Controlled Attenuator / Analog Phase Shifter assembly having the capability for phase shifting from 0 to 360° with an attenuation range of 60 dB minimum. This model has insertion loss of 10 dB maximum and a VSWR of 1.5:1 maximum into 50 ohms. The phase shift speed is 50 ns maximum while the attenuation speed is 1 µs maximum. This model is designed to offer high levels of phase shift accuracy and attenuation accuracy over time and over an operating temperature range of 0°C to +70°C. This device is offered in a small housing that measures 3.0" x 2.5" x 0.85".

Center Frequency 2500 MHz Bandwidth- 3 dB 220 MHz 0.5 dB 55 MHz 0.1 dB 10 MHz Phase Shifter 360 Degrees Minimum (-4 V to -9 V) Attenuation Range 60 dB Minimum Input Level -100 to 0 dBm RF Impedance 50 Ohms VSWR (In / Out) 1.5:1 Maximum Insertion Loss 10 dB Maximum Spurious 60 dBc Harmonic & Non-Harmonic Phase Control Speed

50 ns Maximum (Measured from 50% TTL to within 10° of final value)

Phase Control Monotonic, Analog, -3 to -15 Volts

19

Repeatability Deviation from vendor vs. supply voltage characteristics shall be less than 2°

Max / Min Slope Ratio 4 Minimum Voltage Change for 360° 5 Volts

Attenuation Control Speed 1 s Maximum (50% TTL to within 0.1dB final attenuation over the 0 to 45 dB range)

Attenuation Control Monotonic, 11-Bit Parallel TTL Attenuation Step Size 0.0625 dB (60 dB = 960 Digital) Attenuation Accuracy at Center Frequency ±0.5 dB to 30 dB, ±1.0 dB from 30 dB to 50 dB Relative Attenuation Accuracy up to 1 dB Accurate to within 0.1 dB PM / AM 0.8 dB peak-peak Maximum over 360°

AM / PM Peak-Peak phase shift at constant phase setting at center frequency (2500 MHz) shall be less than 4.0°, attenuation 0 to 40 dB

Phase vs. Frequency Variation over 0.88% Bandwidth (22 MHz) ±1°

Phase vs. Frequency Variation over 2.2% Bandwidth (55 MHz) ±3° Phase vs. Frequency Variation over 8.8% Bandwidth (220 MHz) ±7°

Deviation from Linear over 2.2% Bandwidth (55 MHz) ±1° Deviation from Linear over 8.8% Bandwidth (55 MHz) ±5° Absolute Attenuation Temperature Stability Variation at any setting < 1.25 dB with respect to the value at 25 °C

Relative Attenuation Temperature Stability Variation between any two devices (Over all relative attenuation and phase settings) shall be less than 1.4 dB with respect to the value at 25°C and less than 0.5dB over any 20°C change

Absolute Phase Temperature Stability Variation at any setting < 8° with respect to the value at 25 °C

Relative Phase Temperature Stability Variation between any two devices (Over all relative attenuation and phase settings) shall be less than 4° with respect to the value at 25 °C and less than 2° over any 20 °C change

LSB 0.03125 dB

Model No. PSAT-2500-11B-CD-1 Digitally Controlled Attenuator/ Analog Phase Shifter Assembly

20

Model No. PSAT-2500-11B-CD-1 Digitally Controlled Attenuator/ Analog Phase Shifter Assembly

21

Model No. PSL-13D414D2-CD-PP 13.4 to 14.2 GHz, Integrated High Power Switch Limiter

PSL-13D414D2-CD-PP is a switch limiter operating in the 13.4 to 14.2 GHz frequency range. A +10mA bias will turn the switch off while a -10 mA bias will turn the switch into the insertion loss state. The integrated limiter will handle 20 W having a 2 µs pulse width.


Maximum Peak Power 75 W for 300 ns Pulse Width (At Switch) 20 W for 2 us Pulse Width (At Limiter)

Maximum Average Power 10 W (At Switch) 1 W (At Limiter)

Leakage Power +20 dBm Max

Switching Bias Conditions +10 mA (High Loss) -10 mA (Low Loss)

Insertion Loss 1.3 dB Max

Return Loss (-10mA Condition) -15 dB Max

Rise Time (Input CW Power < 1dB Compression Point) 20 ns Max

Fall Time (Input CW Power < 1dB Compression Point) 20 ns Max

Blanking Isolation 40 dB Min

Recovery Time (RF Power High to Low Within 1dB) 100 ns Max

Sealing Hermetic

22

Typical Blanking Performance Plot

Typical Insertion Loss and VSWR Plot

Model No. PSL-13D414D2-CD-PP 13.4 to 14.2 GHz, Integrated High Power Switch Limiter

23

PMI offers a full line of switchable output amplifiers that cover the 500 kHz to 40 GHz frequency range. These amplified switches offer the following features: Features: • Frequency Ranges from 500 kHz to 40 GHz • Zero Loss or Gain Levels up to 60 dB • Output Power Levels up to +30 dBm • Signal Path direction can be forward, reverse, or bidirectional • Custom Package Sizes Available • Internal Voltage Regulation for +12 to +15 VDC Operation • Internal Reverse Voltage Protection • TTL Controlled Switches (Ethernet and RS-232 available) • Ultra-Fast Switching Speeds • High Port-Port Isolation • Unconditional Stability Options: • All switched output amplifiers can be optimized to your specific frequency of

interest. • Temperature Compensation is available on all units. • Hermetic Sealing is available. • Full MIL-STD-883 Screening is available. Please specify requirement at time of

ordering. • Gain and Phase matching is available on most units.

Integrated Switch/ Amplifier Models (500 kHz to 40 GHz / SPST thru SP16T)

Model No. PIA-BTFL-GPO-2CH Integrated Bias-T, Band Pass Filter with Limited Output

PARAMETERS SPECIFICATIONS

Passband Power Limit 2.0 GHz Typ

Passband Upper Limit 19.0 GHz Min

-3 dB Cut off 1.85 dB Typ

Passband Insertion Loss 1.85 dB Typ, 2.5 dB Max

Rejection -15 dBm Min @ 1.7 GHz -20 dBm Min @ DC to 1.5 GHz

Passband VSWR 2.0:1 Max

Bias Rise/Fall 90% to 10% / 10% to 90% 50 ns Max

Limiting Threshold +8 dBm Min

Pulse Recovery Time 50 ns Max (to within 1 dB of IL)

Sµspended Substrate Bandpass

Filter

Bias-T Limiter

24

Sµspended Substrate Bandpass

Filter

Bias-T Limiter

Model No. PSD-2G6G-CD-1 & PSD-6G18G-CD-2 High Power Switch/ Limiter Assembly

PMI Model No. PSD-2G6G-CD-2 and PSD-6G18G-CD-2 are High Power, Switch Box Assemblies that provides protection to front-end receivers when in the presence of high power signals. This is accomplished by sensing the input signal level and then switching the input signal into 50 ohms terminations when a set threshold level is exceeded. This assembly operates from 2.0 to 6.0 GHz and 6.0 to 18.0 GHz respectively and can handle input power levels up to 10 Watts CW. The unit is supplied with an external 0 to 69 dB step attenuator that can be used to adjust the signal levels feeding the internal threshold detector and thereby setting the trigger level of when the unit passes the input RF signal to the output of the switch assembly or when the signal is switched into the internal 50 ohms terminations. The switching speed is 50 ns Max. This unit operates on 110 VDC, 50/60 Hz and is supplied in a housing that measures 6.0” x 8.0” x 2.5”. This unit is ruggedized and designed for harsh environments and is EMI shielded.

25

Model No. PSD-2G6G-CD-2 2.0 to 6.0 GHz, High Power Switch/ Limiter Assembly

Final Assembly: Frequency Response 2.0 to 6.0 GHz Power 110 VAC Only, 50/60 GHz Size 6.0” X 8.0” X 2.5” Finish Painted Gray Weight 20 lbs Typ Pin Diode Switch: Power Handling >= 10 W Frequency Response 2.0 to 6.0 GHz Switching Speed < 50ns Threshold Detector: Frequency Repsonse 2.0 to 6.0 GHz Switching Speed < 50 ns Output Type TTL (Compatible with Pin Switch) Sensitivity < -40 dBm

Max Power (No Damage) 10 dBm

Coupler: Power Handling >= 10 W Frequency Response 2.0 to 6.0 GHz Coupling Factor 20 dB 50 Ohm LOAD: Power Handling >= 10 W Frequency Response 2.0 to 6.0 GHz Attenuator: Power Handling > 2 W Frequency Response 2.0 to 6.0 GHz

Attenuation 0 - 69 By (1) Front Panel Knob or Thumb Wheel

26

Model No. PSD-6G18G-CD-2 6.0 to 18.0 GHz, High Power Switch/ Limiter Assembly

Final Assembly: Frequency Response 6.0 to 18.0 GHz Power 110 VAC Only, 50/60 GHz Size 6.0” X 8.0” X 2.5” Finish Painted Gray Weight 20 lbs Typ Pin Diode Switch: Power Handling ≥ 10 W Frequency Response 6.0 to 18.0 GHz Switching Speed < 50 ns Threshold Detector: Frequency Repsonse 6.0 to 18.0 GHz Switching Speed < 50ns Output Type TTL (Compatible with Pin Switch) Sensitivity < -40 dBm

Max Power (No Damage) 10 dBm

Coupler: Power Handling >= 10 W Frequency Response 6.0 to 18.0 GHz Coupling Factor 20 dB 50 Ohm LOAD: Power Handling >= 10 W Frequency Response 6.0 to 18.0 GHz Attenuator: Power Handling > 2W Frequency Response 6.0 to 18.0 GHz

Attenuation 0 - 69 By (1) Front Panel Knob or Thumb Wheel

27

Model No. PMOD-PWR-1030M-ATN-SFF 1030 MHz +/-0.01 MHz Power Detector Module

28

Sigma Input Signal Frequency 1030 MHz ±0.01 MHz Forward Input Power (J1) +37.16 dBm ±5 dB (+50 dBm No Damage) Reverse Input Power (J2) +22.21 dBm ±1 dB (+35dBm No Damage) Omega Input Signal Frequency 1030 MHz ±0.01 MHz Forward Input Power (J3) +40.83 dBm ±2 dB (+50 dBm No Damage) Reverse Input Power (J4) +15.42 dBm ±2.5 dB (+35 dBm No Damage) Synchronize ER/Sync (J11) Specification Pulsewidth 38 µs Amplitude 0 to 5 VDC Impedance 75 Ohms

GUI

- Interfaces with unit through Ethernet connection - Allows setting of variable attenuators - Allows calibration of power detectors - Allows programming calibration table to microcontroller without need for additional hardware

Test Video Specification ER/MNTRVID (J5) 0 to 5 VDC Amplitude Digital Control Lines (Other than ER/Sync) TTL Differential Pairs

DC Power +5 VDC +/-5% +15 VDC +/-5% -15 VDC +/-5%

Connectors J1, J2, J3, J4, J5, J11 SMA (F) J6 15 Pin Sub-Miniature D Male J8, J9 37 Pin Sub-Miniature D Male J7 Molex 0878331031 or Equivalent J10 Ethernet / RJ45 Finish Painted Blue

PMI Model No. PMOD-PWR-1030M-ATN-SFF is a power detector module. The operating frequency is 1030 MHz +/-0.01 MHz. Two pairs of forward and reverse signals are input allowing for a 12 bit linear digital output proportional to the input power. A GUI is provided to interface through Ethernet and allow MCU programming, unit calibration and setting of the variable attenuators.

29

FRONT

REAR

FUNCTIONAL BLOCK DIAGRAM

Model No. PMOD-PWR-1030M-ATN-SFF 1030 MHz +/-0.01 MHz Power Detector Module

MARPS-30M6G-3U-1 is a Multiagent Radio Frequency Path Simulator consisting of an integrated amplified attenuator assembly and an 8-Way Amplified Power Divider that operate over the 30 MHz to 6.0 GHz frequency range in order to simulate field testing in a reduced, controlled lab environment.

30

Model No. MARPS-30M6G-3U-1 Multiagent Radio Frequency Path Simulator

31 *Not to exceed +10 dBm for longer than 5 minutes

Frequency Range 30 MHz to 6.0 GHz

Gain (Inputs 1 Thru 8 to Output 1) 4.0 dB Min, 6.1 dB Min Measured 10.0 dB Nom, 8.06 dB Min Measured 12.0 dB Max, 10.06 dB Max Measured

Gain (Input 9 to Output 1) -5 dB Min, -2.6 dB Min Measured 0 dB Nom, 0.5 dB Nom Measured 5 dB Max, 3.7 dB Max Measured

Insertion Loss (Input 10 to Outputs 2 Thru 9) -4.0 dB Min, -4.5 dB Min Measured -8.0 dB Max, -7.4 dB Max Measured

Isolation (Between Inputs 1 Thru 9) -29.0 dB Min -36.0 dB Nom, -32.03 dB Measured

Isolation (Output 1 to Inputs 1 Thru 8) -100.0 dB Min -104.0 dB Nom, -105 dB Measured

Isolation (Output 1 to Input 9) -48.0 dB Typ, -72 dB Min Measured

Isolation (Outputs 2 Thru 9 to Input 10) -32.0 dB Min -36.0 dB Nom, -42 dB Measured

Attenuation Range (Inputs 1 Thru 8 to Output 1) 127.5 dB, 124.3 dB Measured

Attenuation Flatness (Inputs 1 Thru 8 to Output 1)

±1.0 dB @ 10 dB, ±0.5 dB Measured ±1.5 dB @ 20 dB, ±0.6 dB Measured ±3.0 dB @ 40 dB, ±1.0 dB Measured ±5.0 dB @ 60 dB, ±2.3 dB Measured

Maximum Power Rating (Inputs 1 Thru 10) +20 dBm Max Survival* 20 dBm Measured

Switching Speed 50 µs Max, 29.5 µs Measured

External +5 VDC Supply Via 78-Pin Connectors +5 VDC /8A

Model No. MARPS-30M6G-3U-1 Multiagent Radio Frequency Path Simulator

32

Model No. ADM-10M18G-SFF-110VAC 10 MHz to 18.0 GHz, Amplified Detector Module

Model ADM-1018G-SFF-110VAC is a state-of-the-art 10 MHz to 18.0 GHz integrated subsystem that allows users to input RF signals and provide automatic detection when signal levels fall below -30 dBm and automatically switch in a low noise amplifier such that low level signals can remain detectable. The purpose of this module is to provide optimum RF signal levels to a RF/fiber converter module. The unit is powered by standard 100 VAC. The RF input / output are via a SMA female connector is configured such that the end user can change the value of the fixed attenuator level by changing the internal SMA screw-on attenuator such that in system optimization can be done.

33

Frequency Range 10.0 MHz to 18.0 GHz

RF Input Power 1 Watt CW (+30 dBm) Max

Threshold Level -30 dBm

Insertion Loss (Input to Output) 19 dB Typ (RF input > -29 dBm & with internal fixed 12 dB attenuator)

RF Gain (Input to Output) 15 dB Typ (RF input < -31 dBm & with internal fixed attenuator)

Noise Figure 37 dB Typ (with no LNA selected & >500 MHz) 11 dB Typ (with LNA selected & > 500 MHz)

Output P1dB 1.5 dBm (with internal fixed 12 dB attenuator)

Internal Switch Isolation 4 0 dB Typ

Gain To No Gain, Switching Speed <1.5 µs Typ and per timing diagram

Internal Fixed Attenuator Value 12 dB (user changeable for in-system optimization)

AC Power 110 VAC, 60 GHz (waterproof receptacle, female sockets, 3 positions)

RF Input Connector SMA (F)

RF Output Connector SMA (F)

Size 6.0" x 5.0" x 1.5"

Sealing Internally sealed - weather proof

Finish Painted Blue


34

INSERTION LOSS PATH GAIN PATH


35

NOISE FIGURE (500 MHz – 18 GHz) GAIN PATH

NOISE FIGURE (100 MHz – 500 MHz) GAIN PATH


36

Model No. LCM-7R7G8R2G-CD-1 7.7 to 8.2 GHz, Amplified RF Laser Control Module

PMI Model No. LCM-7R7G8R2G-CD-1 is an Amplified RF Laser Control Module for use at a frequency of 7.7 to 8.2 GHz with an IF range of DC to 10 KHz. It features a 20 dB voltage programmable attenuator and a 360° phase shifter. This model is designed for low spectral noise and high reverse isolation, offered in a slim line housing measuring only 2.5" x 1.75" x 0.4".


Gain J1 to J2 16 dB, ±2 dB max (Attenuation = 0 dB)

J2 Output 1dB Compression 28 dBm Typ

Conversion Gain 0 dB, ±3 dB Max (J1 = 10 dBm, J4 = -10 dBm)

Tap Out Insertion Loss 16 dB, ±2 dB Typ (J1 to J5)

Input Power J1 20 dBm Max

Input Power J4 14 dB Max

VSWR J1, J2, J3, J4, J5 2.2:1 Max

Power Supply +15 V @ +1000 mA Max -15 V @ -200 mA Max

Size 2.5" x 1.75" x 0.4"

Finish Gold Plated

Low Noise Amplifier 1, 2, 3

Gain 14 dB Typ

Saturated Output Power 16 dBm Typ

Noise Figure 2.5 dB Typ

Reverse Isolation 40 dB Typ

Phase Shifter

Phase Shift Range 0° to 360° Min

Control Range 0 to 10 Volts

Non-Linear Slope Ratio 4:1 Typ

Switching Speed 200 ns Max

Attenuator

Attenuation Range 0 to 20 dB Min



Switching Speed 1.0 µs Max

Filter 1, 2, 3, 4, 5

Pass Band 7.7 to 8.2 GHz, (2 dB) Typ

Stop Band, Lower DC to 6.8 GHz (20 dB) Typ

Stop Band, Upper 10.3 to 18.0 GHz, (20 dB) Typ

Low Pass Active Filter

Pass Band DC to 10 KHz Min

Stop Band 10 KHz (Roll Off 6 dB per Octave) Typ

37


38

Gain J1 to J2 & VSWR

J4 (PTD) Input VSWR


39

PMI Model No. LCM-16G100MBW-CD-1 is an Amplified RF Laser Control Module for use at a frequency of 16.0 GHz, ±50 MHz with an IF range of DC to 10 kHz. It features a 20 dB voltage programmable attenuator and a 360° phase shifter. This model is designed for low spectral noise and high reverse isolation in a slimline housing.

Frequency Range 16.0 GHz ± 50 MHz

Gain J1 to J2 16 dB ± 2 dB Max (Attenuation = 0 dB)

J2 Output 1 dB Compression 26 dBm Typ

Conversion Gain 0 dB ± 3 dB Max (J1 = 10 dBm, J4 = -10 dBm)

Tap Out Insertion Loss 16 dB ± 2 dB Typ (J1 to J5)

Input Power J1 18 dBm Max

Input Power J4 14 dB Max

VSWR J1, J2, J3, J4, J5 2.2:1 Max

Power Supply +15 V @ 400 mA Max -15 V @ 200 mA Max +5 V @ 800 mA Max

Size 2.5" x 1.75" x 0.4"

Finish Gold Plated

Low Noise Amplifier 1, 2, 3

Gain 12 dB Typ

Saturated Output Power 15 dBm Typ

Noise Figure 2.5 dB Typ

Reverse Isolation 32 dB Typ

Phase Shifter

Phase Shift Range 0° to 360° Min



Switching Speed 200 ns Max

Attenuator

Attenuation Range 0 to 20 dB Min



Switching Speed 1.0 µs Max

Filter 1, 2, 3, 4, 5

Pass Band 16 GHz ± 50 MHz (2 dB) Typ

Stop Band, Lower DC to 12.0 GHz (20 dB) Typ

Stop Band, Upper 22.0 to 40.0 GHz (20 dB) Typ

Low Pass Active Filter

Pass Band DC to 10 kHz Min

Stop Band 10 kHz (Roll Off 6 dB per Octave) Typ


40

Model No. PL-MCU-ENET-TTL-14-10B-1U Ethernet Microcontroller Test Box

PMI Model No. PL-MCU-ENET-TTL-14-10B-1U is an Ethernet Microcontroller Test Box which allows for an ethernet command to be sent up to 140 parallel TTL output bits. Fourteen 15-Pin D-Subminiature connectors are provided to control fourteen 10-Bit devices. +15 VDC is also provided on each connector to provide up to 50 Watts total to the external devices. A custom GUI is provided along with operating instructions with commands to allow the user to write their own GUI for direct control.

Size 10.06" x 17.06" x 1.73" (1U Chassis to fit in a 19" Rack)

Connectors AC Receptacle D-15 Female(x14)

Output Connector

D-15 Female Pin 1 - TTL6 Pin 2 - TTL5 Pin 3 - TTL4 Pin 4 - TTL3 Pin 5 - GND Pin 6 - TTL2 Pin 7 - TTL1 Pin 8 - GND Pin 9 - NC Pin 10 - NC Pin 11 - +15VDC Pin 12 - TTL10 Pin 13 - TTL9 Pin 14 - TTL8 Pin 15 - TTL7

Ethernet Connector RJ-45 Power Supply 100-120 VAC/60Hz IP Address Factory Preset Finish Powder Coated Blue with Silkscreen

41

Model No. PL-MCU-ENET-TTL-14-10B-1U Ethernet Microcontroller Test Box

42

Model No. PL-MCU-ENET-TTL-MAH Ethernet Microcontroller Test Box

PMI Model No. PL-MCU-ENET-TTL-MAH is an Ethernet Microcontroller Test Box which allows for an ethernet command to be sent up to 18 parallel TTL output bits. This controller can be used with may PMI products that required parallel digital commands, such as switches, attenuators, phase shifters and IQ Modulators.

Size 4.5" x 3.0" x 1.5"

DC Power Connector D-9 Male

Output Connector

D-25 Female Pin 1 - TTL1 (MSB) Pin 2 - TTL2 Pin 3 - TTL3 Pin 4 - TTL4 Pin 5 - TTL5 Pin 6 - TTL6 Pin 7 - TTL7 Pin 8 - TTL8 Pin 9 - TTL9 Pin 10 - TTL10 Pin 11 - TTL11 Pin 12 - TTL12 Pin 13 - TTL13 Pin 14 - TTL14 Pin 15 - TTL15 Pin 16 - TTL16 Pin 17 - TTL17 Pin 18 - TTL18 (LSB) Pin 19 - Ground Pin 20 thru 25 - No connection

Ethernet Connector RJ-45

Power Supply +5 V @ 150 mA Typ

IP Address Factory Preset

Finish Painted Blue

http://www.pmi-rf.com/Products/Switches/features.htm

http://www.pmi-rf.com/Products/attenuators/features.htm

http://www.pmi-rf.com/Products/phaseshift-biphasemod/phaseshifters/digital.htm

http://www.pmi-rf.com/Products/iq_vector_modulator/standardmodels.htm

http://www.pmi-rf.com/Products/iq_vector_modulator/standardmodels.htm

43

Model No. PL-MCU-ENET-TTL-MAH Ethernet Microcontroller Test Box

44

Model No. PFEM-9D4G-CD-1 Multi-Function Module

PFEM-9D4G-CD-1 is a multi-function module that provides amplification, switching and filtering within the frequency band of 9410 MHz. This module provides two input channels and is switchable to a common output. This model is designed to offer multiple gain level selection, high channel to channel isolation and fast switching speeds.

FUNCTIONAL BLOCK DIAGRAM

U1LNA

U2LNA

SW1 SW2

RX

TX

OP

J3: OPSMA

J2: TXSMA

J1: RXSMA

+12V

DC

GN

D

CTL

4

CTL

2

RF FRONT-END MODULE

CTL

1

CTL

3

HPFRX - LOW GAIN

RX - HIGH GAIN

45

TX (State 1) RX Low Gain (State 2) RX High Gain (State 3)

Max Input Power at J1 0 dBm 14 dBm 14 dBm

Frequency 9410 MHz +/- 30 MHz 9410 MHz +/- 30 MHz 9410 MHz +/- 30 MHz

Gain 0 to -5 dBm 11 to 15 dBm 30 to 35 dBm

Gain Flatness <0.1 dBm <0.1 dBm <0.1 dBm

Noise Figure N/A 2 dB Nominal, 2.5 dB Max - Measured 2.2 dB

2dB Nominal, 2.5 dB Max - Measured 2.2 dB

VSWR 1.5:1 Typ 1.5:1 Typ 1.5:1 Typ

OP3 (Output) > 18 dBm Measured 18.7 dB

>18 dBm Measured 18.7 dB


OP2 (Output) >8 dBm Measured 24.7 dB



Port to Port J1-J3 Isolation >85 dB Measured 114 dB N/A N/A

Max Output Power +23 dBm - Measured 15.7 dBm

Output Signal Distortion No apparent droop or distortion with a pulse width of 500 to 1000 ns, at 500 to 2000 PPS

Video Switching Transients < -120 dBm above 1.7 GHz

Stability Unconditionally stable when terminated at J1, J2 and J3 with short circuit at all phases

Max Out-Of-Band Gain Below In-Band Gain for f > 6.5 GHz -20 dB Below In-Band Gain < 6.5 GHz

Switching Time 50 ns: TX to RX - Measured 28.4 ns 50 ns: RX Low Gain to RX High Gain - Measured 36.4 ns

Switching Control 3.3 V to 5 V, TTL Compatible

BIAS V/I +12 VDC / 125 mA Typ - Measured 125 mA

Size 2.89' x 1.62" x 0.63

Finish Painted Gray

Model No. PFEM-9D4G-CD-1 Multi-Function Module

46

Model No. PMOD-IFCPL-60M-AMP-3U IF Coupler Module

PMI Model No. PMOD-IFCPL-60M-AMP-3U is an IF Coupler Module on a 3U Open VPX card. The operating frequency is 60MHz. A test signal and 3 RF signals are input allowing for 3 output signals.

47


A1 Channel Gain, Rejection, VSWR, and Phase Linearity B1 Channel Gain, Rejection, VSWR, and Phase Linearity

Ω Channel Gain, Rejection, VSWR, and Phase Linearity

48

A1 Input Signal

IF Frequency 60 MHz

Maximum Input Power -11 dBm

Maximum VSWR 1.5:1 at IF - Measured 1.25:1

B1 Input Signal

IF Frequency 60 MHz



Ω Output Signal

IF Frequency 60 MHz


Maximum VSWR 1;5:1 at IF - Measured 1.28:1

IF Input Signal

IF Frequency 60 MHz

Input Power Range -4 dBm to +5 dBm


A1, B1 and Ω Output Signals

Absolute Maximum Output +10 dBm - Measured +8.32 dBm

Full Scale Output +3 dBm to +8 dBm - Measured +7.75 dBm

Differential Amplitude Change All three output gains within ±0.5 dB at IF - Measured ±0.33 dB

Differential Phase Change ±3° for all frequencies within ±3 MHz of IF over the 14 MHz range centered at IF - Measured ±2.28°

Bandpass Filters (Frequency Response)

IF Frequency 60 MHz

3 dB Bandwidth ±8 MHz Centered on IF

Cutoff -40 dBc ±30 MHz Centered on IF No Ripple above -40 dBc – Measured -40.8 dBc

Phase Response Linear within ±10° over 14 MHz Range Centered on IF - Measured ±2.58°

Differential Amplitude All three filters within ±0.5 dB at IF

Differential Phase Channel A and B Filters to within ±3°over the 14 MHz range centered at IF - Measured ±2.28°

Bandpass Filters (Pulse Response)

Rise Time 160 ns max from 40 dB below Peak to 3 dB above Peak - Measured 36 ns

Fall Time 160 ns max from 3 dB below Peak to 40 dB - Measured 40 ns

Amplifying Limiters

Absolute Maximum Output +10 dBm

Full Scale Output +8 dBm

Connectors/ Finish

SMA Female IF Input, A1 Input, B1 Input, Ω Input

SSMC Female A1 Output, B1 Output, Ω Output

9-Pin Sub-Miniature D Female Power

Finish Painted Blue


49

Model No. PCAM-05G18G-INT-S5F 0.5 to 18.0 GHz Custom Phase (±10°) & Amplitude (±1.5 dB) Matched Integrated Modules/ Assemblies These integrated modules are built in sets of four, and are phase and amplitude matched to industry leading levels of ±10° and ±1.5 dB over the 0.5 to 18.0 GHz frequency range. Incorporating limiters, LNAs, switches, and variable digital attenuators, these units allow for high and low gain paths, a calibration input and auxiliary channel. A low noise figure and high output of +15 dBm OP1dB are achieved by utilizing system analysis software and in-house hybrid/MIC processes. These hermetically sealed units are built do withstand the most stringent military airborne environments.

50

Model No. PCAM-05G18G-INT-S5F 0.5 to 18.0 GHz Custom Phase (±10°) & Amplitude (±1.5 dB) Matched Integrated Modules/ Assemblies

Block Diagram

51

Model No. PCAM-05G18G-INT-S5F 0.5 to 18.0 GHz Custom Phase (±10°) & Amplitude (±1.5 dB) Matched Integrated Modules/ Assemblies

-10

-8

-6

-4

-2

0

2

4

6

8

10

6000 8000 10000 12000 14000 16000 18000

Gai

n (d

B)

Frequency (MHz)

Gain Tracking Unit to Unit RF2 S21

A B C D

-50

-40

-30

-20

-10

0

10

20

30

40

50

6000 8000 10000 12000 14000 16000 18000

Phas

e (D

eg)

Frequency (MHz)

Phase Tracking RF2 Unit to Unit S21

A B C D

@ +25 °C

@ +25 °C

52

Model No. PIA-10G-CD-1 10.0 GHz, Integrated DRO Module

53

Frequency Output 10 GHz

Phase Shift 0° to 360° Typ.

Phase Shift Control

Analog Voltage 0 to +13 V

Absolute Max 0 to +14 V

Output Power 19 dBm Typ.

Output Power Adjust 0 to 10 dB Typ.

Output Power Control

Analog Voltage -1.0 V to -4.5 V

Absolute Max 0 to -5.0 V

Harmonics -50 dBc Typ.

Sync Input 100 MHz

Sync Input Phase Noise -155 dBc/Hz @ 10 kHz Offset

Sync Input Frequency Stability

±3 PPM

Sync Input Connector SMA (F)

Output Connectors SMA (F)

Power/ Control Connector 15-Pin Micro-D (M)

Size 6.25” x 2.50” x 1.00”

Power/ Control Connector J1

Pin No. Function

1 +15 VDC

2 GND

3 -15 VDC

4 GND

5 Phase Shift1-CTL

6 Phase Shift2-CTL

7 Phase Shift3-CTL

8 GND

9 ALARM

10 Power1-CTL

11 Power2-CTL

12 Power3-CTL

13 GND

14 NC

15 NC


54


2 - FORM, FIT & FUNCTION PRODUCTS

55

FORM, FIT & FUNCTION PRODUCTS If you can not find the required components due to parts obsolescence please contact µs. We offer form, fit, and function replacement parts for any system. If a Source Control Drawing (SCD) is available we can offer a complete solution to meet all of the given electrical, mechanical and environmental specifications. Specializing in aftermarket technology manufacturing and support for discontinued RF components, electronic circuits, digital circuits and Integrated circuits, PMI has the technical expertise to manufacture, supply and support these requirements. We are dedicated to assuring our cµstomer base that older discontinued products will continue to be available.

• IF & RF LOG AMPLIFIERS • VARIABLE GAIN AMPLIFIERS • SUCCESSIVE DETECTION LOG VIDEO AMPLIFIERS (SDLVA’s) • BI-PHASE MODULATORS • PHASE SHIFTERS • I & Q VECTOR MODULATORS • FREQUENCY DISCRIMINATORS • FILTERS • DIPLEXERS & MULTIPLEXERS • SWITCH FILTER BANKS • SUPERCOMPONENTS, SUBSYSTEMS AND SYSTEMS • SMT VOLTAGE REGULATORS • DIGITAL CIRCUITS • TO-8, OP-AMS • PLO's, DRO's, and DTO's

56

3 - IFMs & FREQUENCY DISCRIMINATORS

57

Model No. FD-0518-10 Option 118 6 Channel Frequency Discriminator SPECIFICATIONS:

FREQUENCY RANGE: 1.0 to 18.0 GHz

OUTPUT CHANNELS: Ch1 1.0 to 2.0 GHz Ch2 2.0 to 4.2 GHz Ch3 4.2 to 6.1 GHz Ch4 6.1 to 8.7 GHz Ch5 8.7 to 12.5 GHz Ch6 12.5 to 18.0 GHz

INPUT VSWR: 2.0:1

OUTPUT VOLTAGE: Proportional to Input Frequencies

VIDEO OUTPUT RISE/FALL TIME: 20 ns Max

VIDEO IMPEDANCE: 100 Ohms

OPERATING INPUT POWER: +10 dBm

ACCURACY: ±300 MHz Typ

POWER SUPPLY: +15 Vdc @ 875 mA Max -15 Vdc @ 150 mA Max

WEIGHT: 6 LBs

SIZE: 8.5” x 5.0” x 3.75”

58

59

Model No. FD-0518-10 Option 118 6 Channel Frequency Discriminator

4 - RACK & CHASSIS MOUNT PRODUCTS

60

PMI offers various RF and Microwave products that range from 250 kHz up to 40.0 GHz which are supplied in a ruggedized, 1U to 6U chassis. Many options are available. If you do not see exactly what you require on this web site please contact µs because we offer amplifiers designed and built to your specifications at catalog prices.

RACK & CHASSIS MOUNT PRODUCTS

Our ruggedized, military grade chassis products are built to meet your exact application needs: • Amplification • Attenuation (Digital Solid-State) • Switching (Ultra High Speed) • Power Detection / Fault Detection • Phase Shifting / Phase Modulation • Pulse Modulation • Noise Generation • RF Filtering • RF Limiting • Power Splitting • RF Signal Distribution

61

RACK & CHASSIS MOUNT PRODUCTS

62

1U 19" Rack Mount Amplifiers

PMI offers a full line of RF and Microwave Amplifiers that range from 250 kHz up to 40.0 GHz. Any of our standard amplifiers or amplifiers that are built to meet your specifications can be supplied in a ruggedized, 1U chassis. Many options are available. If you do not see exactly what you require on this web site please contact µs because we offer amplifiers designed and built to your specifications at catalog prices. Features that are supplied with all of our rack mount amplifiers:

• Internal AC Power Supply. (120 VAC standard – 220 VAC available) • Internal Fuse Protection • Unconditional Stability • Each unit has a unique serial number and date code. • Swept Data with each unit. (S21, S11, S22 and Noise Figure) • Summary data sheet with each unit. • Operating Temperature -20 to +70 °C Rack Mount Amplifier Options:

• Digital control and interface for gain control, power on / off, and other features are available. • Connector Types can be specified. • Gain and OP1dB values can be optimized to meet your requirement. • Operating temperature ranges can be increased to -54 °C to +85 °C. • All amplifiers can be optimized to your specific frequency of interest. • Temperature Compensation is available on all amplifiers. • Military or Space Screening is available. • Gain and Phase matching is available on most amplifiers.

5 - UP & DOWN CONVERTERS RECIEVER FRONT ENDS & TRANSCEIVERS

63

Model No. PUC-4G18G-CD-1 4.0 to 18.0 GHz, Up/Down Converter

PMI MODEL NUMBER PUC-4G18G-CD-1 is an Amplified Up/Down Converter for the frequency range of 4 GHz to 18 GHz with an if range of 10mhz to 100 MHz. it features a 32 dB programmable attenuator with 10-bit resolution, and an output amplifier to provide conversion gain. it also features an if transfer switch to select the upper or lower sideband.

64


Conversion Gain 10 dB, ±3 dB Max (RF+ 0 dBm, IF Modulation = +14dBm)

Max Input Power (RF & IF) 20 dBm Max

VSWR 2.0:1 Max (RF – 0 dBm, IF Modulation - +14 dBm)

Carrier Suppresion 20 dBc Min, 25 dBc Typ Side Band Suppression 15 dBc Min, 20 dBc Typ IF Frequency Range 10 MHz to 100 MHz

Power Supply +15 V @ 400 mA Max -15 V @ 100 mA Max

RF Output 1dB Compression 12 dBm Typ (RF = 2 dBm, IF Modulation = +14 dBm)

RF Input 1dB Compression 5 dBm Typ (IF Modulation - +14 dBm, >5 dB Attenuation)

Sideband Switching Speed 150 ns Max RF Connectors SMA(F) Inputs and Outputs Data Control Input True Binary (Not BDC) Logic Levels TTL & LVTTL Compatible

Latch Logic "1" = Data Transparent Logic "0" = Data Locked

Size 6.5" x 2.5" x 0.5" Finish Painted Blue Attenuator Attenuation Range 0 to 31.96 dB Number of Attenuation Bits 10-Bits (1024 Steps) Max Attenuation Step Size 0.0 3 dB Switching Speed 500 ns Max

RETURN LOSS LO (S11) & RF (S22) CONVERSION GAIN IF=10MHz CONVERSION GAIN IF=100MHz

65

Model No. PUC-4G18G-CD-1 4.0 to 18.0 GHz, Up/Down Converter

Model No. PIFA-9D4G-1D8G-1 Down Converter

PMI Model No. PIFA-9D4G-1D8G-1 is an integrated frequency down converter used within Doppler Radar Systems. The RF Input is 9.4 GHz +/- 30 MHz with an input dynamic range of 100 to 0 dBm. The LO Input is 2.803 GHz +/- 15 MHz with a power level of +5 to +7 dBm. The resulting IF Output Frequency is 1.8 GHz +/- 10 MHz. The RF to IF gain is 10 dB to 13 dB. This module incorporates internal RF, IF and LO filtering and amplification for optimum out of band rejection and superior electrical performance. The group delay ripple from RF to IF Output is less than 0.1ns over a 20 MHz bandwidth. The OIP3 is greater than 25 dBm. The module operates on single supply of +12 volts and is supplied with SMA female connectors in a package measuring 1.8" x 1.15" x 0.4".

66

RX Frequency Range (J1) 9.41 GHz +/- 30 MHz

RX Power Range (J1) -100 dBm to 0 dBm

RX High Pass Filter (J1) 8.0 GHz Corner Frequency Nom

LO Input Frequency (J2) 3.803 GHz +/- 15 MHz LO Input Power (J2) +5 dBm to +7 dBm LO Band Pass Filter (J2) 7.2 to 8.5 GHz (-3dB IL Nom)

LO Frequency to Mixer (J2) 7.610 GHz +/- 30 MHz

IF Output Power (J3) 13 dBm Max IF Frequency (J3) 1.8 GHz +/-10 MHz IF Bandpass Filter (J3) 75 MHz Passband (-3 dB Nom) VSWR 1.5:1 Max (1.3:1 Preferred) Noise Figure at Input (J1) 8 dB Max Gain (J1 to J3) 10 dB Min, 13 dB Max Group Delay Ripple (J1 to J3) -0.1 ns/ 20 MHz OP3 (Output) >25 dBm (>28 dBm Preferred) OP2 (Output) >15 dBm (>18 dBm Preferred)

Output Signal Distortion The module must be unconditionally stable when terminated at J1, J2 and J3 with a short circuit in all phases

Stability No apparent droop or distortion with a pulse width of 500 to 1000 ns at 500 to 2000 pps.

Power Supply +12V @ 1A Max Power Supply Rejection 0.1 dB/Volt Max RF Connectors SMA (F) Size 1.8" x 1.15" x 0.4"

67

Model No. PIFA-9D4G-1D8G-1 Down Converter

Model No. PTRAN-100M18G-70-MAH 0.1 to 18.0 GHz, Transceiver (PHASE I) PMI Model No. PTRAN-100M18G-70-MAH is a transceiver covering the frequency range of 100 MHz to 18.0 GHz. This unit up-converts a 100MHz to 4.0 GHz transmit signal to the 2.0 to 18.0 GHz frequency range. It also down-converts a 100 MHz to 18.0 GHz received signal to the 100 MHz to 4.0 GHz intermediate frequency range for analog to digital conversion.

68

Frequency 100MHz to 18.0 GHz Inputs J3, J5, J7, J8 J3 Input Input from RX Filter Bank Frequency 100 MHz to 18.0 GHz

Power Level -74 dBm to -4 dBm +/-3 dBm (Assuming 6 dB +/-3.5 dB Gain in RX Filter Bank)

J5 Input IF Input from Backplane Frequency 100 MHz to 4.0 GHz Power Level 0d Bm Typ J7 Input LO1 from Backplane Frequency 4.0 GHz to 20 GHz Power Level +15 dBm Typ J8 Input LO2 from the Backplane Frequency 4.0 GHz to 20 GHz Power Level +15 dBm Typ Outputs J2, J4, J6 J2 Output to TX Filter Bank Frequency 100 MHz to 18.0 GHz

Power Level Undefined (Allow for 0 to +10 dBm Out of TX Filter Bank)

J4 IF Output to Backplane Frequency 100 MHz to 4.0 GHz Power Level 0 dBm Typ for Non-Linear SDLVA Channels J6 Input to RS Filter Bank Frequency 100 MHz to 18.0 GHz Power Level Undefined Control Logic LVDS Power Supplies +12V, -12V, +5V, +3.3V Size 5.55" x 3.68" x 0.89" RF Connectors SMA(F)

69

Model No. PTRAN-100M18G-70-MAH 0.1 to 18.0 GHz, Transceiver (PHASE I)

70

Model No. PTRAN-100M18G-70-MAH-SFB-3UVPX-MAH 0.1 to 18.0 GHz, Open VPX Transceiver (PHASE II)

PMI Model No. PTRAN-100M18G-70-MAH is a transceiver covering the frequency range of 100 MHz to 18.0 GHz. This unit up-converts a 100MHz to 4.0 GHz transmit signal to the 2.0 to 18.0 GHz frequency range. It also down-converts a 100 MHz to 18.0 GHz received signal to the 100 MHz to 4.0 GHz intermediate frequency range for analog to digital conversion. This is supplied in Open VPX architecture.

71


Frequency 100MHz to 18.0 GHz Inputs J3, J5, J7, J8 J3 Input Input from RX Filter Bank Frequency 100 MHz to 18.0 GHz

Power Level -74 dBm to -4 dBm +/-3 dBm (AssuMing 6 dB +/-3.5 dB Gain in RX Filter Bank)

J5 Input IF Input from Backplane Frequency 100 MHz to 4.0 GHz Power Level 0d Bm Typ J7 Input LO1 from Backplane Frequency 4.0 GHz to 20 GHz Power Level +15 dBm Typ J8 Input LO2 from the Backplane Frequency 4.0 GHz to 20 GHz Power Level +15 dBm Typ Outputs J2, J4, J6 J2 Output to TX Filter Bank Frequency 100 MHz to 18.0 GHz Power Level Undefined (Allow for 0 to +10 dBm Out of TX Filter Bank) J4 IF Output to Backplane Frequency 100 MHz to 4.0 GHz Power Level 0 dBm Typ for Non-Linear SDLVA Channels J6 Input to RS Filter Bank Frequency 100 MHz to 18.0 GHz Power Level Undefined Control Logic LVDS Power Supplies +12V, -12V, +5V, +3.3V Size 5.55" x 3.68" x 0.89" RF Connectors SMA(F)

Digital Connectors 30 Pin Headers to Connect to inrevium TB-FMCL-PH Board

Finish Painted Gray - Epoxy Polomide Coating IAW MIL-C-22750, Type I over Epoxy Polomide Primer IAW MIL-P-23377, Type I, Class 1 or 3N

Operating Temperature -40 °C to +85 ºC

72


73


Model No. PTRAN-100M18G-70-MAH Open VPX Transceiver (PHASE III) PMI Model No. PTRAN-100M18G-70-MAH (PHASE III) is a transceiver covering the frequency range of 100 MHz to 18.0 GHz. This unit up-converts a 100 MHz to 4.0 GHz transmit signal to the 2.0 to 18.0 GHz frequency range. It also down-converts a 100 MHz to 18.0 GHz received signal to the 100 MHz to 4.0 GHz intermediate frequency range for analog to digital conversion. This is supplied in Open VPX architecture.

74

• 100 MHz to 18.0 GHz Transceiver • Less than 30 Watts Total Power Consumption • Time Gated SDLVA for Pulse Blanking • Up to 4 GHz Instantaneous Bandwidth

( 2 GHz through Filter Bank) • -80 to -10 dBm Input Dynamic Range • Customizable Switched Filter Banks • 0 to +10 dBm Transmit Power • 100 ns Switching Speed • VITA 07 RF Interface • CW Immunity

Over 300% Smaller than Individual Components While Still Maintaining 100 dB Isolation

75

Frequency 100 MHz to 18.0 GHz Gain 18 dB Typ Isolation J1, J6 100 dB Switching Speed 100 ns Inputs J1, J6 J1 Input: Input from Backplane Frequency 100 MHz to 18.0 GHz Power Level -80 dBm to -10 dBm J6 Input Output to Transceiver Frequency 100 Mhz to 18.0 GHz Power Level -52 dBm to -22 dBm Outputs J3 J3 Output: Output to Transceiver Frequency 100 MHz to 18.0 GHz Power Level -74 dBm to -4dBm Typ Thru Channel Passband 100 MHz to 18.0 GHz

Number of Filter Channels 5 Channels (2.4 – 4.4 GHz, 4.4 – 6.4 GHz, 6.4 - 8.4 GHz, 8.4 – 10.4 GHz & 10.4 – 12.4 GHz)

Channel 1 Center Frequency 3400 MHz 3 dB Bandwidth 2000 MHz

Rejection -40 dBc, Typ (100MHz to 2GHz), -30 dBc Min -40 dBc Typ (4.8 to 8.5GHz), -30 dBc Min


Rejection -40 dBc Typ (100 MHz to 4 GHz), -30 dBc Min -40 dBc Typ (6.8 to 13.5 GHz), -30 dBc Min

Channel 3 Center Frequency 7400 MHz 3dB Bandwidth 2000 MHz

Rejection -40 dBc Typ (100 MHz to 6 GHz), -30 dBc Min -40 dBc Typ (8.8 to 18 GHz), -30 dBc Min


Rejection -40 dBc Typ (100 MHz to 8 GHz), -30 dBc Min -40 dBc Typ (10.8 to 18 GHz), -30 dBc Min


Rejection -40 dBc Typ (100 MHz to 10 GHz), -30 dBc Min -40 dBc Typ (12.8 to 18GHz), -30 dBc Min

Control Logic 3.3 V TTL Power +12V, -12V, +5V, +3.3V Connectors SMA (F) Digital/Power Connector 15PIN Micro-D Mating Connector Provided Size 4.925" x 3.68" x 0,35" Finish Painted Gray Operating Temperature -40°C to +85 °C

Model No. PTRAN-100M18G-70-MAH Open VPX Transceiver (PHASE III)

76

PHASE III TRANSCEIVER FULLY ASSEMBLED

PHASE III TRANSCEIVER RECEIVE SIDE SWITCH FILTER BANK

PHASE III TRANSCEIVER TRANSMIT SIDE SWITCH FILTER BANK


77


6 - SWITCH MATRICES

78

SOLID STATE SWITCH MATRIX Integration of SP8T, 20 MHz to 3.0 GHz Switch Matrix with Integrated Power Dividers

FREQUENCY RANGE 20 – 3000 MHz

INSERTION LOSS 3.0 dB Typ

ISOLATION 55 dB Typ

VSWR 2.0:1 Max

INPUT 1dB Compression Point +25 dB Typ

SWITCHING SPEED 10 µS OFF / 20 µS ON

AMPLITUDE BALANCE ±0.25 dB

PHASE BALANCE ±4.0º

VIDEO TRANSIENTS Above 20 MHz = -100 dBm Below 20 MHz = -75 dBm

DC POWER SUPPLY + 5 VDC @ 450 mA -12 VDC @ 250 mA

79

SOLID STATE SWITCH MATRICES 20 MHz TO 40 GHz, 4x4, 8x8, 16x16 or 32x32 Blocking and Non-Blocking

80

Model Number Frequency Range (GHz)

Number Of Inputs To Outputs

Insertion Loss (dB)

Isolation (dB)

OIP3 (dB)

Switching Speed (ns) VSWR

Max Input Power (dBm,

CW)

Chassis Size

SM-20M3G-4X4 0.02 - 3.0 4 / 4 10 60 45 100 2.0:1 20 6U, 19" Chassis

SM-20M3G-8X8 0.02 - 3.0 8 / 8 14 60 45 100 2.0:1 20 6U, 19" Chassis

SM-20M3G-16X16 0.02 - 3.0 16 / 16 16 60 45 100 2.0:1 20 6U, 19" Chassis

SM-20M3G-32X32 0.02 - 3.0 32 / 32 19 60 45 100 2.0:1 20 6U, 19" Chassis

SM-2G18G-4X4 2.0 - 18.0 4 / 4 14 60 45 100 2.0:1 20 6U, 19" Chassis

SM-2G18G-8X8 2.0 - 18.0 8 / 8 16 60 45 100 2.0:1 20 6U, 19" Chassis

SM-2G18G-16X16 2.0 - 18.0 16 / 16 19 60 45 100 2.0:1 20 6U, 19" Chassis

SM-2G18G-32X32 2.0 - 18.0 32 / 32 23 60 45 100 2.0:1 20 6U, 19" Chassis

SM-18G40G-4X4 18.0 - 40.0 4 / 4 16 60 45 100 2.0:1 20 6U, 19" Chassis

SM-18G40G-8X8 18.0 - 40.0 8 / 8 18 60 45 100 2.0:1 20 6U, 19" Chassis

SM-18G40G-16X16 18.0 - 40.0 16 / 16 22 60 45 100 2.0:1 20 6U, 19" Chassis

SM-18G40G-32X32 18.0 - 40.0 32 / 32 25 60 45 100 2.0:1 20 6U, 19" Chassis

SOLID STATE SWITCH MATRICES 20 MHz TO 40 GHz, 4x4, 8x8, 16x16 or 32x32 Blocking and Non-Blocking

81

Switch Matrix Block Diagram

82

SOLID STATE SWITCH MATRICES High Power, Switch Box Assembly

PMI Model No. PSD-2G6G-CD-1 is High Power, Switch Box Assembly that provides protection to front-end receivers when in the presence of high power signals. This is accomplished by sensing the input signal level and then switching the input signal into 50 ohms terminations when a set threshold level is exceeded. This assembly operates from 2.0 to 6.0 GHz and can handle input power levels up to 10 Watts CW. The unit is supplied with an external 0 to 69 dB step attenuator that can be used to adjust the signal levels feeding the internal threshold detector and thereby setting the trigger level of when the unit passes the input RF signal to the output of the switch assembly or when the signal is switched into the internal 50 ohms terminations. The switching speed is 50 ns maximum. This unit operates on 110 VDC, 50/60 Hz and is supplied in a housing that measures 15.0” x 10.0” x 4.0”. This unit is ruggedized and designed for harsh environments and is EMI shielded.

83

SOLID STATE SWITCH MATRICES High Power, Switch Box Assembly

RF Input vs. RF Output

TABLE OF CONTENTS · Diplexer Gain Module PMI Model No. DGM -18G40G-292FF-DS is a Quad Phase &...

Documents

Transcript of TABLE OF CONTENTS · Diplexer Gain Module PMI Model No. DGM -18G40G-292FF-DS is a Quad Phase &...