LD7213, LD7213L
TYPICAL OPERATION (Note 2, 3 and 5)
Frequency ………………………………………………
Outoput power …………………………………………
Heater Voltage (Note 4) ………………………………
Heater Current …………………………………………
Helix Voltage ……………………………………………
Helix Current ……………………………………………
Collector Voltage ………………………………………
Cathode Current ………………………………………
Power Gain
at 15 W ………………………………………………
at 300 W ……………………………………………
Gain Variation (at 15 W) ………………………………
Gain Slope (at 15 W) …………………………………
AM-PM Conversion
at 15 W ………………………………………………
at 300 W ……………………………………………
3rd Order Intermodulation
(two equal carriers, 20 W total) ……………………
LD7213 : 14.0 to 14.5 GHz
LD7213L : 13.75 to 14.5 GHz
300
W
6.1
V
1.05
A
8.4
kV
3
mA
4
kV
230
mA
58
dB
55
dB
LD7213 : 1.5 dB/ 500 MHz
LD7213L : 1.5 dB/ 750 MHz
0.01
dB / MHz
0.7
˚/dB
3
˚/dB
–30
dBc
Note 1 : Absolute rating should not be exceeded under continuous or transient conditions. A single absolute
rating may be the limitation and simultaneous operation at more than one absolute rating may not be
possible.
Note 2 : The tube body is at ground potential in operation.
Note 3 : All voltages are referred to the cathode potential except the heater voltage.
Note 4 : The optimum operating parameters are shown on a test performance sheet for each tube.
Note 5 : These characteristics and operating values may be changed as a result of additional information or
product improvement. NEC should be consulted before using this information for equipment design.
This data sheet should not be referred to a contractual specification.
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