Microwave ignition systems with launcher affixed to or located within a gun spindle
Microwave ignition systems with a launcher affixed to or located within a gun spindle. Use of a planar, impedance matched system that include a launcher affixed to or located within a gun spindle and a receiver affixed the propelling charge, where the receiver is engineered and impedance matched to efficiently deposit energy into the receiving igniter material, may result in significantly better timing and reliability than conventional mechanical gun ignition systems and other microwave ignition systems. A pressure-tolerant feed through system can route the microwave energy to the inside of the breech.
1. A spindle for a microwave ignition system, comprising:
a spindle body;
a microwave power source provided through the spindle body;
a driver configured to emit microwave energy, the driver operably connected to the microwave power source;
a first ceramic plate covering the driver; and
a launcher plate comprising a ceramic plate recess, the ceramic plate recess housing the first ceramic plate, wherein
the spindle comprises a front face portion, and
the launcher plate abuts the front face portion of the spindle.
2. The spindle of claim 1 , wherein
the launcher plate comprises an opening through which a portion of the first ceramic plate is exposed, and
the spindle is configured to transit microwave energy through the opening.
3. The spindle of claim 1 , wherein the front face portion is flat.
4. The spindle of claim 1 , further comprising:
a second ceramic plate comprising the driver.
5. The spindle of claim 4 , wherein the second ceramic plate abuts the first ceramic plate.
6. The spindle of claim 1 , wherein the microwave power source comprises a cable.
7. A spindle, comprising:
a microwave power source;
a driver configured to emit microwave energy, the driver operably connected to the microwave power source;
an inner ceramic plate housing the driver;
an outer ceramic plate covering the driver and the inner ceramic plate; and
a launcher plate comprising a ceramic plate recess, the ceramic plate recess housing the outer ceramic plate ceramic plate, wherein
the spindle comprises a front face portion, and
the launcher plate abuts the front face portion of the spindle.
8. The spindle of claim 7 , wherein the ceramic plate recess also houses the inner ceramic plate.
9. The spindle of claim 7 , wherein
the launcher plate comprises an opening through which a portion of the outer ceramic plate is exposed, and
the spindle is configured to transit microwave energy through the opening.
10. The spindle of claim 7 , wherein the front face portion is flat.
11. The spindle of claim 7 , wherein the inner ceramic plate abuts the outer ceramic plate.
12. The spindle of claim 7 , wherein the microwave power source comprises a cable.
13. A gun spindle, comprising:
a driver configured to emit microwave energy;
an inner ceramic plate housing the driver;
an outer ceramic plate covering the driver and the inner ceramic plate; and
a launcher plate comprising a ceramic plate recess, the ceramic plate recess housing the outer ceramic plate, wherein
the gun spindle comprises a front face portion, and
the launcher plate abuts the front face portion of the gun spindle.
14. The gun spindle of claim 13 , wherein the ceramic plate recess also houses the inner ceramic plate.
15. The gun spindle of claim 13 , wherein
the launcher plate comprises an opening through which a portion of the outer ceramic plate is exposed, and
the gun spindle is configured to transit microwave energy through the opening.
16. The gun spindle of claim 13 , wherein the front face portion is flat.
17. The gun spindle of claim 13 , wherein the inner ceramic plate abuts the outer ceramic plate.
18. The gun spindle of claim 13 , further comprising:
a microwave power source provided through the spindle body, wherein
the driver is operably connected to the microwave power source.