Ku-Band
SPECIFICATIONS, TL12UI
Electrical
Electrical (continued)
Group Delay
(in any 80 MHz band)
0.01 nsꢀMHz linear
Frequency
13.75 to 14.50 GHz
0.001 nsꢀMHz2 parabolic
0.5 ns pk-pk ripple maꢁ.
TWT Output Power
1.25 kW peak, 625 W average
Primary Power2
All ratings are 10ꢂ, 47-63 Hz, 5-wire,
3-phase with neutral and ground
200 to 240 VAC (without neutral)
380 to 415 VAC
Flange Output Power (Linear) Optimized for IM3 = -26 dBc at
540 W output power (with linearizer),
or IM3 = -26 dBc at 215 W output
O P T I O N S &
C O M PA N I O N
P R O D U C T S :
power (without linearizer)
Flange Output Power (max)
540W
Power Factor
0.95 min.
Bandwidth
Gain
750 MHz
Power Consumption
2.6 kVA maꢁ. at 540 W output power
(2.3 kVA typ.)
• Integral Linearizer
70 dB min. at 540 W output power
70 dB min. at 50 W output power
• Remote Control Panel
Environmental
RF Level Adjust
0 to 30 dB continuous
0.1 dB
• Redundant and Power
Combined Subsystems
Ambient Temperature
-10° to +50°C operating
-20° to +70°C non-operating
Output Power Adjustability
Gain Stability
Relative Humidity
Altitude
95ꢂ non-condensing
0.25 dBꢀ24 hr maꢁ.
(at constant drive and temp.)
• External Receive Band
Reject Filter
Up to 10,000 ft (3000 m) with standard
adiabatic derating of 2°ꢀ1000 ft.;
50,000 feet non-operating
Small Signal Gain Slope
0.02 dBꢀMHz maꢁ.
• Integral L-Band Block
Upconverter (BUC)
Small Signal Gain Variation
0.5 dB pk-pk maꢁ. over any 80 MHz;
1.0 dB pk-pk maꢁ. over any 80MHz
with linearizer option;
3.0 dB pk-pk maꢁ. across 750 MHz;
4.0 dB pk-pk maꢁ. across 750 MHz
with linearizer option;
Shock and Vibration
Designed for normal transportation
environment per Section 514.4
MIL-STD-810E. Designed to withstand
20g at 11 ms (1ꢀ2 sine pulse) in
non-operating condition
• Extended Frequency
(12.75 to 14.50 GHz)
5.0 dB pk-pk maꢁ. across 750 MHz
with BUC option;
Heat Dissipation
2000 W maꢁ.
6.0 dB pk-pk maꢁ. across 750 MHz
with BUC and linearizer options
Mechanical
Cooling(TWT)
Forced air with integral blower.
Maꢁimum eꢁternal pressure loss
allowable: 0.25 inch water gauge.
Input/Output VSWR
Load VSWR
1.30:1 maꢁ.
1.5:1 maꢁ. for full spec compliance;
any value without damage;
2.0:1 continuous operation
RF Input Connection
RF Output Connection
Type N female
WR-75G waveguide flange,
grooved, threaded UNF 2B 6-32
Phase Noise1
IESS-308ꢀ309
RF Power Monitors
Type N female
phase noise continuous
AC fundamentals related
Sum of spurs
12 dB below mask
-50 dBc
-47 dBc
Dimensions (W x H x D)
19 ꢁ 15.75 ꢁ 24 in.
(483 ꢁ 400 ꢁ 610 mm)
Weight
155 lbs. (70.5 kg) maꢁ.
Noise and Spurious
<-130 dBWꢀ4 kHz, below 12.7 GHz
(below 11.7 GHz wꢀ 12.75 GHz config.)
<-65 dBWꢀ4 kHz, passband to 18.0 GHz
(<-60 dBWꢀ4 kHz with linearizer)
<-105 dBWꢀ4 KHz, 18.0 to 26.0 GHz
<-125 dBWꢀ4 kHz, 26.0 to 40.0 GHz
1
Prime power AC line unbalance not to eꢁceed 3ꢂ. Eꢁcess imbalance may cause
an increase in residual RF noise (AM, FM and PM). Phase noise increase is typically 2.5 dB ꢀ ꢂ
imbalance.
2
AC current harmonic content: less than 20ꢂ, primarily fifth and seventh harmonics. Harmonics
must be considered when choosing UPS sources.
AM/PM Conversion
Harmonic Output
2.0°ꢀdB maꢁ. for single carrier at
8 dB OBO (at 3 dB OBO with
optional linearizer
-60 dBc
Intermodulation
(with two equal carriers)
-26 dBc maꢁ. with linearizer at 540 W
output power (-26 dBc without linearizer
at 215 W output power)
Certificate Number: 30515
For more detailed information, please refer to the corresponding CPI Technical Description.
Note: Specifications may change without notice as a result of additional data or product refinement.
Please contact CPI before using this information for system design.
MKT 232, ISSUE 7
03/09
PDF
CPI [ COMMUNICATIONS & POWER INDUSTRIES, INC. ]
