'radar parts'에 해당되는 글 22건
- 2012.06.28 :: Marine Radar Magnetron Corss References List
- 2012.06.28 :: E2V Magnetron List
- 2012.06.28 :: MG5267 S-Band Magnetron
- 2012.06.28 :: MG5240 S-Band Magnetron
- 2012.06.28 :: MG5240F S-Band Magnetron
- 2012.06.28 :: MG5315 S-Band Magnetron
- 2012.06.28 :: MG5314 S-Band Magnetron
- 2012.06.28 :: M5199 X-Band Magnetron
- 2012.06.28 :: M5089 X-Band Magnetron
- 2012.06.28 :: MG5494 X-Band Magnetron
Radar Magnetron Corss References List | |
Equivalent Type | Request Type |
MG5435 | 2J55 |
MG5289 | 2J70A |
MG5267 | 2J70B |
9M31 | 9M31 |
9M40 | 9M40 |
9M65 | 9M502/E3526 |
9M72 | 9M72 |
M1437A | M1437A |
MG5264 | 9M72 or M1454 |
MG5256 | M1310 |
MG5222 | M1311L |
MG5239 | M1311L |
M5187F | M1325L |
MG5424 | M1458A |
M1461 | M1461 |
M1489 | M1489 |
MG5223 | M1555 |
MG5218 | M1568B |
MG5424 | M1568B |
MG5437 | M1568B |
MG5388 | MAF1421B |
MG5388C | MAF1421BN |
MG5353 | MAF1452B |
MG4006 | MAF1562B |
MG4010 | MAF1565N |
MG4004 | MAF1611B |
MG5251 | MRF1421B |
MG5238A | MRF1421C |
MG5233 | MRF1424B |
MG5234 | MRF1424C |
MG5238B | MRFB1421C |
MG5248 | MSF1421B |
MG5243 | MSF1421C |
MG5217 | MSF1422B |
MG5232 | MSF1422B |
MG5245 | MSF1425A |
MG5241 | MSF1425B |
MG5259 | MSS1422A |
MG5273 | MVF1422B |
9M602 | MVF1425B |
MG5257 | MVF1425B |
MG5255 | MVS1422B |
MG5244 | MVS1425A |
MG5258 | MVS1425B |
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Part No. |
Frequency |
Peak Power |
Peak Anode |
Peak Anode |
MG5315 |
3040 - 3060 |
12 |
5.8 |
5 |
MG5223F |
3040 - 3060 |
30 |
8 |
8 |
MG5267 |
3025 - 3075 |
56 |
9 |
15 |
MG5240 |
3025 - 3075 |
60 |
9.3 |
15 |
MG5353 |
9380 - 9440 |
1.5 |
2 |
2 |
MG4004 |
9380 - 9440 |
4 |
3.7 |
3 |
MG5328A |
9415 - 9475 |
4 |
3.7 |
3 |
MG5238B |
9415 - 9475 |
4 |
3.7 |
3 |
MG5243 |
9415 - 9475 |
4 |
3.7 |
3 |
MG5248 |
9380 - 9440 |
4 |
3.7 |
3 |
MG5251 |
9380 - 9440 |
4 |
3.7 |
3 |
MG5388 |
9380 - 9440 |
4 |
3.7 |
3 |
MG4004C/MG5388C |
9380 - 9440 |
4 |
3.7 |
3 |
MG4006 |
9380 - 9440 |
6 |
4.5 |
4.5 |
MG5232 |
9380 - 9440 |
6 |
4.5 |
4.5 |
MG5232F |
9380 - 9440 |
6 |
4.5 |
3.5 |
MG5255 |
9380 - 9440 |
6 |
4.5 |
3.5 |
MG5273 |
9380 - 9440 |
6 |
4.5 |
3.5 |
MG5389 |
9380 - 9440 |
6 |
4.5 |
3.5 |
MG5233 |
9380 - 9440 |
8 |
4.4 |
5 |
MG5234 |
9415 - 9475 |
8 |
4.4 |
5 |
MG4010 |
9380 - 9440 |
12.5 |
5.8 |
5 |
MG5241 |
9380 - 9440 |
12.5 |
5.8 |
5 |
MG5241F |
9380 - 9440 |
12.5 |
5.8 |
5 |
MG5244 |
9345 - 9405 |
12.5 |
5.8 |
5 |
MG5245 |
9345 - 9405 |
12.5 |
5.8 |
5 |
MG5256 |
9345 - 9405 |
12.5 |
5.8 |
5 |
MG5257 |
9380 - 9440 |
12.5 |
5.8 |
5 |
MG5258 |
9380 - 9440 |
12.5 |
5.8 |
5 |
MG5473 |
9380 - 9440 |
12.5 |
5.8 |
5 |
M5068 |
9620 - 9680 |
25 |
8.2 |
8 |
M5089T |
9415 - 9460 |
25 |
8 |
8 |
M5187 |
9380 - 9440 |
25 |
8.2 |
8 |
M5187F |
9380 - 9440 |
25 |
8.2 |
8 |
MG5331 |
9380 - 9440 |
4 |
3.7 |
3 |
MG5218 |
9380 - 9440 |
25 |
8.4 |
8 |
MG5222 |
9345 - 9405 |
25 |
8.2 |
8 |
MG5230T |
9140 - 9200 |
25 |
8 |
8 |
MG5231T |
9460 - 9520 |
25 |
8 |
8 |
MG5239T |
9345 - 9405 |
25 |
8 |
8 |
MG5242T |
9380 - 9440 |
25 |
8 |
8 |
MG5264 |
9380 - 9440 |
25 |
8.2 |
8 |
MG5271 |
9345 - 9405 |
25 |
8.4 |
8 |
MG5424 |
9380 - 9440 |
25 |
8.2 |
8 |
MG5436 |
9380 - 9440 |
25 |
8.2 |
8 |
MG5437 |
9380 - 9440 |
25 |
8.2 |
8 |
MG5494 |
8870 - 8930 |
25 |
8.2 |
8 |
M5199 |
9415 - 9475 |
30 |
8.3 |
9 |
MG5265 |
9455 - 9495 |
30 |
8.3 |
9 |
MG5388S |
9380 - 9440 |
4 |
3.7 |
3 |
MG5411 |
9220 - 9280 |
25 |
8.2 |
8 |
MG5497T |
9210 - 9240 |
25 |
8 |
8 |
MG5500 |
3010 - 3030 |
30 |
8 |
8 |
MG5501 |
3070 - 3090 |
30 |
8 |
8 |
MG5503 |
9470 - 9490 |
25 |
8.2 |
8 |
MG5223 |
3040 - 3060 |
30 |
8 |
8 |
MG5240F |
3025 - 3075 |
62 |
9.3 |
15 |
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댓글을 달아 주세요
ABRIDGED DATA | |||||
Fixed frequency pulse magnetron. It is an improved version of the | |||||
Operating frequency |
3050 ± 25 |
MHz | |||
Typical peak output power |
56 |
kW | |||
Output |
probe radiating into waveguide launching section | ||||
Magnet |
integral | ||||
Launching section |
not supplied | ||||
Electrical |
Mechanical | ||||
Cathode |
indirectly heated |
Overall dimensions |
see outline | ||
Heater voltage (see note 1) |
6.3 |
V |
Netweight |
1.7 kg approx | |
Heater current at 6.3V |
1.25 |
A |
Mounting position |
any | |
Cathode pre-heating time |
3.0 |
min |
Cooling(see note 2) |
natural or forced-air | |
Heater starting current, peak value, |
6.0 |
A max |
A minimum clearance of 50 mm must be maintained between |
NOTES
1. With no anode input power.
On the application of anode power, the heater voltage must be reduced as follows:
Mean input power Heater voltage
(W) (Vrms)
less than 25 6.3
25 to 62 5.3
62 to 100 4.5
The magnetron heater must be protected against arcing by the use of a minimum capacitance of 4000 pF shunted across
the heater directly at the input terminals; in some cases a capacitance as high as 2 mF may be necessary depending
on the equipment design. For further details see the Magnetron Preamble.
2. The anode temperature must be kept below the limit specified by means of a suitable flow of air over the anode body.
OUTLINE (All dimensions without limits are nominal)
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댓글을 달아 주세요
ABRIDGED DATA | |||||
Fixed frequency pulse magnetron. | |||||
Operating frequency |
3050 ± 25 |
MHz | |||
Typical peak output power |
60 |
kW | |||
Magnet |
integral | ||||
Coupler |
mates with NATO S.N. 5985-99-083-0058 |
Electrical | ||
Cathode |
indirectly heated | |
Heater voltage (see note 1) |
6.3 |
V |
Heater current at 6.3V |
1.25 |
A |
Cathode pre-heating time |
3.0 |
min |
Heater starting current, peak value, |
6.0 |
A max |
Mechanical | ||
Overall dimensions |
see outline | |
Netweight |
2.1 kg approx | |
Mounting position |
any | |
Cooling (see note 2) |
forced-air | |
A minimum clearance of 25 mm must be maintained between |
NOTES
1. With no anode input power.
On the application of anode power, the heater voltage must be reduced as follows:
where Pi = mean input power in watts.
The magnetron heater must be protected against arcing by the use of a minimum capacitance of 4000 pF
shunted across the heater directly at the input terminals; in some cases a capacitance as high as 2 mF
may be necessary depending on the equipment design. For further details see the Magnetron Preamble.
2. The anode temperature must be kept below the limit specified by means of a suitable flow of air over
the anode body.
OUTLINE DIMENSIONS
Outline Notes
Positional tolerance of holes 0.4 mm diameter with respect to waveguide.
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댓글을 달아 주세요
ABRIDGED DATA | |||||
Fixed frequency pulse magnetron. | |||||
Operating frequency |
3050 ± 25 |
MHz | |||
Typical peak output power |
60 |
kW | |||
Magnet |
integral | ||||
Coupler |
mates with NATO S.N. 5985-99-083-0058 |
Electrical | ||
Cathode |
indirectly heated | |
Heater voltage (see note 1) |
6.3 |
V |
Heater current at 6.3V |
1.25 |
A |
Cathode pre-heating time |
3.0 |
min |
Heater starting current, peak value, |
6.0 |
A max |
Mechanical | ||
Overall dimensions |
see outline | |
Netweight |
2.1 kg approx | |
Mounting position |
any | |
Cooling (see note 2) |
forced-air | |
A minimum clearance of 25 mm must be maintained between |
NOTES
1. With no anode input power.
On the application of anode power, the heater voltage must be reduced as follows:
where Pi = mean input power in watts.
The magnetron heater must be protected against arcing by the use of a minimum capacitance of 4000 pF
shunted across the heater directly at the input terminals; in some cases a capacitance as high as 2 mF
may be necessary depending on the equipment design. For further details see the Magnetron Preamble.
2. The anode temperature must be kept below the limit specified by means of a suitable flow of air over
the anode body.
OUTLINE DIMENSIONS
Outline Notes
Positional tolerance of holes 0.4 mm diameter with respect to waveguide.
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ABRIDGED DATA | |||||
Compact, rugged, lightweight, fixed frequency pulse magnetron. | |||||
Operating frequency |
3050 ± 10 |
MHz | |||
Typical peak output power |
12 |
kW | |||
Magnet | integral | ||||
Out put |
No.10 waveguide (2.840 x 1.340 inch internal) | ||||
Coupler |
mates with NATO S.N. 5985-99-083-0058 | ||||
Electrical |
Mechanical | ||||
Cathode |
indirectly heated |
Overall dimensions |
see outline | ||
Heater voltage (see note 1) |
6.3 |
V |
Netweight |
1.0 kg approx | |
Heater current at 6.3V |
0.75 |
A |
Mounting position |
any | |
Cathode pre-heating time |
60 |
s |
Cooling |
natural or conduction | |
|
A minimum clearance of 25mm must be maintained between |
NOTES
1. No reduction of heater voltage is required at any value of mean input power. For optimum
performance a value within the specified ratings must be maintained.
The magnetron heater must be protected against arcing by the use of a minimum capacitance
of 4000 pF shunted across the heater directly at the input terminals; in some cases a capacitance
as high as 2 mF may be necessary depending on the equipment design. For further details see the
Magnetron Preamble.
2. For ambient temperatures above 0`C. For ambient temperatures between 0 and -55 `C, cathode
pre-heating time is 90 seconds minimum.
OUTLINE DIMENSIONS
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ABRIDGED DATA | |||||
Compact, rugged, lightweight, fixed frequency pulse magnetron. | |||||
Operating frequency |
3050 ± 10 |
MHz | |||
Typical peak output power |
4.9 |
kW | |||
Magnet | integral | ||||
Out put |
No.10 waveguide (2.840 x 1.340 inch internal) | ||||
Coupler |
mates with NATO S.N. 5985-99-083-0058 | ||||
Electrical |
Mechanical | ||||
Cathode |
indirectly heated |
Overall dimensions |
see outline | ||
Heater voltage (see note 1) |
6.3 |
V |
Netweight |
1.0 kg approx | |
Heater current at 6.3V |
0.75 |
A |
Mounting position |
any | |
Cathode pre-heating time |
60 |
s |
Cooling |
natural or conduction | |
|
A minimum clearance of 25mm must be maintained between |
NOTES
1. No reduction of heater voltage is required at any value of mean input power. For optimum
performance a value within the specified ratings must be maintained.
The magnetron heater must be protected against arcing by the use of a minimum capacitance
of 4000 pF shunted across the heater directly at the input terminals; in some cases a capacitance
as high as 2 mF may be necessary depending on the equipment design. For further details see the
Magnetron Preamble.
2. For ambient temperatures above 0`C. For ambient temperatures between 0 and -55 `C, cathode
pre-heating time is 90 seconds minimum.
OUTLINE DIMENSIONS
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ABRIDGED DATA | |||||
Fixed frequency pulse magnetron. | |||||
Operating frequency |
9445 ± 30 |
MHz | |||
Typical peak output power |
30 |
kW | |||
Output |
no.16 waveguide (22.86 x 10.16 mm internal) | ||||
Magnet |
integral | ||||
Coupler |
UG-40B/U (NATO S.N. 5985-99-083-0051) | ||||
Electrical |
Mechanical | ||||
Cathode |
indirectly heated |
Overall dimensions |
see outline | ||
Heater voltage (see note 1) |
6.3 |
V |
Netweight |
1.5 kg approx | |
Heater current at 6.3V |
0.55 |
A |
Mounting position |
any | |
Cathode pre-heating time |
60 |
s |
Cooling |
natural or forced-air | |
Heater starting current, peak value, |
3.0 |
A max |
A minimum clearance of 50 mm must be maintained between |
Notes
1. With no anode input power. For average values of pulse input power greater than
40 W, the heater voltage must be reduced within 3 seconds after the application of
h.t. according to the following schedule:
Vh = 0.08 (110 - Pi) volts
where Pi = average input power in watts.
The magnetron heater must be protected against arcing by the use of a minimum
capacitance of 4000 pF shunted across the heater directly at the input terminals;
in some cases a capacitance as high as 2 mF may be necessary depending
on the equipment design. For further details see the Magnetron Preamble.
2. For ambient temperatures above 0℃. For ambient temperatures between 0 and
-55 ℃ the cathode pre-heating time is 90 seconds.
OUTLINE (All dimensions without limits are nominal)
Outline Notes
1. Anode temperature measured at this point. Paint should be removed from this point before temperature
measurement is made.
2. Reference plane B passes through the centres of the two holes of the mounting plate as shown and is
perpendicular to reference plane A.
3. Reference plane C intersects plane B at the centre of the mounting plate hole as shown and is mutually
perpendicular to reference planes A and B.
4. With surface A resting on a flat surface plate, a feeler gauge 0.51 mm thick and 3.18 mm wide will not
enter more than 3.18 mm at any point.
5. The axis of the heater lead protector will be within 58 of a normal to reference plane C.
6. Surface A and interior surfaces of the waveguide will be plated with 1.55 mg/cm2 of gold or 4.65 mg/cm2
of silver, but will not be plated if the parts are made of monel or equivalent corrosion resistant materials.
All other metal surfaces will be painted with heat resistant paint or otherwise treated to prevent corrosion.
7. The clearance between the inside surface of the protector and the 9.53 mm diameter cylindrical surface
of the standard single contact miniature bayonet lamp base (B.S.52 (1952) Type BA9s/14)
will not be less than 3.18 mm.
8. The position of the waveguide hole is not specified on this drawing since tubes are tested and used with
coupler UG-40B/U (NATO S.N. 5985-99-083-0051).
9. The centre of this hole will lie within 0.102 mm of reference plane C.
10. These holes will lie within 0.127 mm of the indicated centres. A cylinder of 8.38 mm diameter and centred
on these holes will clear the side of the magnet.
11. Recommended direction of air flow.
12. The north seeking pole of the magnet will be adjacent to the cathode sidearm.
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ABRIDGED DATA | |||||
Fixed frequency pulse magnetron. | |||||
Operating frequency |
9415 to 9460 |
MHz | |||
Typical peak output power |
30 |
kW | |||
Output |
no.16 waveguide (22.86 x 10.16 mm internal) | ||||
Magnet |
integral | ||||
Coupler |
UG-40B/U (NATO S.N. 5985-99-083-0051) |
Electrical | ||
Cathode |
indirectly heated | |
Heater voltage (see note 1) |
6.3 |
V |
Heater current at 6.3V |
0.55 |
A |
Cathode pre-heating time |
60 |
s |
Heater starting current, peak value, |
3.0 |
A max |
Mechanical | ||
Overall dimensions |
see outline | |
Netweight |
1.5 kg approx | |
Mounting position |
any | |
Cooling |
natural or forced-air | |
A minimum clearance of 50 mm must be maintained between |
Notes
1. With no anode input power. For average values of pulse input power greater than
40 W, the heater voltage must be reduced within 3 seconds after the application of
h.t. according to the following schedule:
Vh = 0.08 (110 - Pi) volts
where Pi = average input power in watts.
The magnetron heater must be protected against arcing by the use of a minimum
capacitance of 4000 pF shunted across the heater directly at the input terminals;
in some cases a capacitance as high as 2 mF may be necessary depending
on the equipment design. For further details see the Magnetron Preamble.
2. For ambient temperatures above 0℃. For ambient temperatures between 0 and
-55 ℃ the cathode pre-heating time is 90 seconds.
OUTLINE (All dimensions without limits are nominal)
Outline Notes
1. Recommended direction of air flow if required.
2. Anode temperature measured at this point.
3. With surface A resting on a flat surface plate, a feeler gauge 0.51 mm thick and 3.18 mm
wide will not enter more than 3.18 mm at any point.
4. Surface A and interior surfaces of the waveguide will be plated with 1.55 mg/cm2 of gold or
4.65 mg/cm2 of silver, but will not be plated if the parts are made of monel or equivalent corrosion
resistantmaterials.
All other metal surfaces will be painted with heat resistant paint or otherwise treated to prevent
corrosion.
5. Reference plane C intersects plane B at the centre of the mounting plate hole as shown and
is mutually perpendicular to reference planes A and B.
6. These holes will lie within 0.127 mm of the indicated centres. A cylinder of 8.38 mm
diameter and centred on these holes will clear the side of the magnet.
7. The position of the waveguide hole is not specified on this drawing since tubes are tested
and used with coupler UG-40B/U (NATO S.N. 5985-99-083-0051).
8. The centre of this hole will lie within 0.102 mm of reference plane C.
9. Reference plane B passes through the centres of the two holes of the mounting plate as
shown and is perpendicular to reference plane A.
10. The north seeking pole of the magnet will be adjacent to the cathode sidearm.
11. Length of flying leads measured from the centre line of the anode block.3
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ABRIDGED DATA | |||||
Fixed frequency pulse magnetron. | |||||
Operating frequency |
8900 ± 30 |
MHz | |||
Typical peak output power |
25 |
kW | |||
Output |
no.16 waveguide (22.86 x 10.16 mm internal) | ||||
Magnet |
integral | ||||
Coupler |
UG-40B/U (NATO S.N. 5985-99-083-0051) |
Electrical | ||
Cathode |
indirectly heated | |
Heater voltage (see note 1) |
6.3 |
V |
Heater current at 6.3V |
0.55 |
A |
Cathode pre-heating time |
60 |
s |
Heater starting current, peak value, |
3.0 |
A max |
Mechanical | ||
Overall dimensions |
see outline | |
Netweight |
1.5 kg approx | |
Mounting position |
any | |
Cooling |
natural or forced-air | |
A minimum clearance of 50 mm must be maintained between |
Notes
1. With no anode input power. For average values of pulse input power greater than
40 W, the heater voltage must be reduced within 3 seconds after the application of
h.t. according to the following schedule:
Vh = 0.08 (110 - Pi) volts
where Pi = average input power in watts.
The magnetron heater must be protected against arcing by the use of a minimum
capacitance of 4000 pF shunted across the heater directly at the input terminals;
in some cases a capacitance as high as 2 mF may be necessary depending
on the equipment design. For further details see the Magnetron Preamble.
2. For ambient temperatures above 0℃. For ambient temperatures between 0 and
-55 ℃ the cathode pre-heating time is 90 seconds.
OUTLINE (All dimensions without limits are nominal)
Outline Notes
1. Recommended direction of air flow if required.
2. Anode temperature measured at this point.
3. With surface A resting on a flat surface plate, a feeler gauge 0.51 mm thick and 3.18 mm
wide will not enter more than 3.18 mm at any point.
4. Surface A and interior surfaces of the waveguide will be plated with 1.55 mg/cm2 of gold or
4.65 mg/cm2 of silver, but will not be plated if the parts are made of monel or equivalent corrosion
resistantmaterials.
All other metal surfaces will be painted with heat resistant paint or otherwise treated to prevent
corrosion.
5. Reference plane C intersects plane B at the centre of the mounting plate hole as shown and
is mutually perpendicular to reference planes A and B.
6. These holes will lie within 0.127 mm of the indicated centres. A cylinder of 8.38 mm
diameter and centred on these holes will clear the side of the magnet.
7. The position of the waveguide hole is not specified on this drawing since tubes are tested
and used with coupler UG-40B/U (NATO S.N. 5985-99-083-0051).
8. The centre of this hole will lie within 0.102 mm of reference plane C.
9. Reference plane B passes through the centres of the two holes of the mounting plate as
shown and is perpendicular to reference plane A.
10. The north seeking pole of the magnet will be adjacent to the cathode sidearm.
11. Length of flying leads measured from the centre line of the anode block.
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