【日本NJRC发射功率10KW船用雷达磁控管MAF1565N】价格_厂家

品牌

日本JRC

型号

MAF1565N

类型

磁控管

加工定制

是

磁控管MAF1565N

                                                                             Technical
                     Information

Rev.4

1-1,Fukuoka 2-chome, Fujimino-city

Phone:049-278-1298
Saitama-prefecture. 356-8510 Japan

Fax :049-278-1419

                                                                             Technical
                     Information

Rev.4

1-1,Fukuoka 2-chome, Fujimino-city

Phone:049-278-1298
Saitama-prefecture. 356-8510 Japan

Fax :049-278-1419
MAF1565N
X-Band Magnetron

MAF1565N is designed for the magnetron of x-band radar system.
The frequency range is fixed and the peak output power is 10kW.

---- MAXIMUM RATINGS ----
                                                  Min     Max       Unit
       Peak anode current                     4.0     6.0
A
       Average anode power input             -        35
W
       Duty cycle                               -      0.001
-
       Pulse duration                          0.07    1.25         us
       Rate of rise of voltage pulse         -        70       kV/us
       Anode temperature                       -       110       degree
                                                                   centigrade
       V.S.W.R at the output coupler         -      1.5:1
-

---- ELECTRICAL ----
                                            Min   Typical   Max     Unit
       Heater voltage                    6.0      6.3     6.6
V
       Heater current (Note 1)          -         -       -
A
Preheat time                      65        -       -
S
       Peak anode voltage (Note 2)    5.4      5.6     6.0
kV
       Peak output power (Note 2)     10.0     10.5     -
kW
       Frequency (Note 2)              9380     9410    9440
MHz
Notes:
1. Measured with heater voltage of 6.3V and no anode input power,
the heater current limits are 0.5A minimum, 0.6A maximum.
    No reduction of heater voltage at operating is required.
2. Measured at peak anode current 5.0 A.
3. Any overshoot of the anode current is not acceptable. The impedance of this
magnetron is the same as current magnetron excluding the transient impedance.
This means that the additional reactance should be required for adjustment
the anode current wave form, if this magnetron will be installed into the
similar modulator circuit as before.