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BROADBAND CW TWT LAB AMPLIFIER FOR RADAR, EMC AND EW TESTING 2.5 - 7.5 GHz 550W typ. 2.0 - 8.0 GHz 400W typ. 6.0 - 18.0 GHz 325W typ. 7.5 - 18.0 GHz 325W typ. 18.0 - 26.5 GHz 75W typ. 26.5 - 40.0 GHz 35W typ.
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MT4100
FEATURES:
Extensive Diagnostic Capabilities Advanced Thermal Design
AVAILABLE AMPLIFIER OPTIONS:
RF Input Attenuator Other Options Are Available Upon Request
The MT4100 broadband amplifier is leveraged around the field-proven MT4000 TWT architecture. With its modular design, compact and efficient packaging, the MT4100 will exhibit unsurpassed reliability. New users will find the MT4100, with its intuitive front panel control, easy to utilize. For those environments where automation is required, the MT4100 offers a complete set of serial command in RS485 or RS232 for quick and easy hook-up to an automation system. MCL also offers a full line of controllers that will aid in remote operation.
Compact Size Ducted Cooling Quiet Operation
INC
A
MITEQ
COMPANY
MCL, INC * 501 S. Woodcreek Drive, Bolingbrook, IL U.S.A., 60440-4999 * 630-759-9500 FAX: 630-759-5018 MITEQ * 100 Davids Drive, Hauppauge, NY U.S.A. 11788 * 631-436-7400 Fax: 631-436-7430
MT4100
ELECTRICAL SPECIFICATIONS
BROADBAND CW TWT LAB AMPLIFIER
MT4100
535-2.5/7.5
450-2/8
300-6/18
250-7.5/18
50-18/26.5
40-26.5/40
Mechanical Configuration Frequency Range (Fo) Standard Output Power (min.):
HPA Rated Output (min.):
Figure 1 2.5 - 7.5 GHz
Figure 1 2.0 - 8.0 GHz 2.0 - 2.5 GHz 125 W (51.0 dBm) 2.5 - 8.0 GHz 370 W (53.2 dBm) 2.0 - 2.5 GHz 175 - 500 W (52.4-57.0 dBm) 2.5-8.0 GHz 475 - 725 W (56.8-58.6 dBm) 60 dB 63 dB
Figure 2 6.0 - 18.0 GHz
Figure 2 7.5 - 18.0 GHz
Figure 2 18.0 - 26.5 GHz
Figure 2 26.5 - 40.0 GHz
500 W (57.0 dBm)
250 W (53.7 dBm)
250 W (53.7 dBm)
45 W (46.5 dBm)
35 W (45.4 dBm)
HPA Typical Output: www..com
550 - 825 W (57.4 - 59.2 dBm)
325 - 350 W (55.1-55.4 dBm)
320-350 W (55.1-55.4 dBm)
75-95 W (48.7-49.8 dBm)
35-65 W (45.4-48.1 dBm)
Gain:
Large Signal (min.): Small Signal Gain (SSG) (min.) Attenuation Range with optional SSA: Maximum SSG Variation Over: Full Band: Gain Stability: Stability, Any Freq. 0 to +40C: Stability, Any Freq. 10 Max.:
45 dB 50 dB 20 dB 15 dB max. (7 dB max. with equalizer) 12 dB max. (5 dB max. with equalizer) 0.25 dB/24 hr. max (constant drive, line voltage and temp.) 6.0 dB typ. 1.2 dB typ. 2.0:1 max. with respect to 50 ohms 2.5:1 typ. 2.0:1 max. without damage, continuous 40 dBc max. -20 (1.0 + Log kHz) dBc 57 dBc max. -4 dBc -70 dBm/Hz 180 - 264 VAC, single phase 2.7 KVA max. 100 - 264 VAC, single phase 1.9 KVA max. 900 VA max. 0.95 min. 28A max. EN61000-4-4, 4-5, 4-11 (Surge, Fast Transients, Line Dropout) 20 dB max. 50 dB 60 dB
Input VSWR: Output VSWR: Load VSWR: Residual AM Noise, Max.: Above 500 kHz Harmonic Output, Max.: Noise & Spurious, Max.:
Transmit Band (Fo) To 10 kHz 10 - 500 kHz
Prime Power:
Voltage: Power Consumption: Power Factor: In-Rush: Input Transients:
800 VA max.
Note: Performance information is subject to change without notification. Contact MCL for the latest specifications (TN4100-1).
RF BLOCK DIAGRAM
SSA RF INPUT TWT
FWD. COUPLER DETECTOR
REV. COUPLER DETECTOR
RF OUTPUT
FWD. COUPLER TEST POINT
C O N T R O L A N D S TAT U S C A PA B I L I T I E S
FUNCTION
TYPE
Controls
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Adjustable Parameters
Displays Faults (Notification, RF & HV Shutdown) Alarms (Notification Only)
Additional Status
Filament ON/OFF Units Select Transmit/Standby *Hold Power ON/OFF *RF ON/OFF Auto Switching (1:1) Reset Manual Switching (1:1) *Attenuation *Auto Power RF Reflected Power Alarm Tube Temperature Alarm RF High Alarm RF Low Alarm Comm Band Rate Comm Address Time Date RF Forward Power Helix Current Helix Voltage Tube Temperature Filament Delay Tube Temperature Switch WG Pressure Tube Temperature Analog Helix Surge Current Helix Run Current HV Over Voltage HV Under Voltage User Interlock RF High RF Low RF Reflected Tube Temperature Blower Failed AC Low Line Exciter Delay Transmit Selected Summary Alarm Summary Fault Computer Tx Computer Rx Remote Rx Event Log Maintenance Log * Optional
Fault Counter ON/OFF Antenna Position (1:1) Load Position (1:1) Local/Remote/Computer RF Reflected Power Fault Filament Under Current Fault Comm Protocol
RF Reflected Power Filament Current PS Temperature PS Temperature Chassis Interlock Filament Under Current
PS Temperature RF Switch Failed
Sampler Port Cal Table RF Low Switching ON/OFF Remote Tx Fault Log
ENVIRONMENTAL SPECIFICATIONS Operating Temperature:
MECHANICAL SPECIFICATIONS RF Connectors:
-10C to +40C
Non-Operating Temperature:
Input: Output:
-40C to +70C
Relative Humidity:
Type SMA female 2.0-8.0 GHz SC (Male) 6.0 - 18.0 WRD-650 7.5 - 18.0 WRD-750
95%, non-condensing
Operating Altitude:
Installed Weight:
Figure 2: 65 lbs. Figure 1: 90 lbs.
A
INC
10,000 ft. above sea level (3,048 m) with standard adiabatic derating
Non-Operating Altitude:
MITEQ
COMPANY
Cooling:
Closed Loop Circuit
50,000 ft. above sea level (15,240 m)
Vibration:
Method 514-4 of MIL-STD-810E Procedure I, Figures 514.4-1, 514.4-2, 514.4-3
Shock:
10 g, 11ms
MT4100
O U T L I N E D R AW I N G S Figure 1
535W - 2.5/7.5 GHz 450W - 2/8 GHz
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Note: Mechanical dimensions are frequency band dependent.
Figure 2
300W - 6/18 GHz 250W - 7.5/18 GHz 50W - 18/26.5 GHz 40W - 26.5/40 GHz
INC
A
MITEQ
COMPANY
MCL, INC * 501 S. Woodcreek Drive, Bolingbrook, IL U.S.A., 60440-4999 * 630-759-9500 FAX: 630-759-5018 24-HOUR CUSTOMER SUPPORT NUMBER IN THE USA: 1-800-743-4625 OUTSIDE THE USA: 312-461-4536 MITEQ * 100 Davids Drive, Hauppauge, NY U.S.A. 11788 * 631-439-9220 Fax: 631-436-7430
MT 4 1 0 0 - 1 2 . 0 7

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