Handheld laser small arm

1. A hand-held laser weapon comprising:

a laser module for generating a laser light in a form of a single laser pulse or a Continuous Wave (CW) laser;

a telescope module fiber optically coupled to the laser module for focusing the laser light on a target;

a burst power module including a super-capacitor larger than 20 Farad for storing electrical energy capable of a rapid release in the form of a current, wherein the rate of release is in excess of one kilowatt;

a removable trickle power module including a battery, a current limiting circuit and a charge enable switch for charging said super-capacitor in the burst power module;

a bucking converter and a current bias circuit for converting a high voltage low current output of the super capacitor to a lower voltage and higher current signal;

a drive circuit for driving the laser module with a single laser pulse or a Continuous Wave (CW) output pulse from the stored electrical energy in the super-capacitor to generate the laser light in the form of the single laser pulse or Continuous Wave (CW) laser, from the lower voltage and higher current signal;

wherein the drive circuit further includes a gate input circuit for activating or enabling firing of the laser weapon;

a trigger module for providing the stored electrical energy to the drive circuit; and

a structure for coupling at least the laser module, the telescope module, the drive circuit and the trigger module together.

2. The hand-held laser weapon of claim 1 , further comprising a cooling element coupled to the structure for dissipating heat from the structure.

3. The hand-held laser weapon of claim 1 , wherein the laser weapon comprises two portions, wherein one portion is physically separated from and electrically coupled to the other portion.

4. The hand-held laser weapon of claim 1 , wherein the telescope module comprises of an off-axis parabolic or spherical protected gold first surface mirror, a fiber optic output coupler, one or more baffles, a collimating lens, and a focusing mechanism for focusing the lens.

5. The hand-held laser weapon of claim 1 , wherein the laser is a coherent diode laser array.

6. The hand-held laser weapon of claim 1 , wherein the laser is a 808 nanometer output solid state diode laser in 50 to 100 watt continuous waveform (CW) range with a 800 micron diameter glass fiber.

7. The hand-held laser weapon of claim 1 , further comprising a Yttrium Aluminum Garnet (YAG) crystal for converting the laser light into a coherent directional output.

8. The hand-held laser weapon of claim 1 , wherein the laser module includes a cooling element.

9. The hand-held laser weapon of claim 1 , further comprising a charge indicator for indicating the laser weapon is ready to fire, after charge is built up on the storage capacitor.

10. The hand-held laser weapon of claim 1 , wherein the trickle power module includes a current limiting circuit.

11. The hand-held laser weapon of claim 1 , wherein the trickle power module includes a thermoelectric (TE) cooler.

12. The hand-held laser weapon of claim 1 , wherein the drive circuit includes a constant current drive circuit to converts the stored electrical energy into a stabilized constant current, and a voltage regulator circuit.

13. The hand-held laser weapon of claim 12 , wherein the drive circuit further includes a cooling element.

14. The hand-held laser weapon of claim 1 , wherein the trigger module includes a switch having wiring capable of low duty cycle high current bursts.

15. The hand-held laser weapon of claim 1 , further comprising a ready detect circuit for outputting a signal, when the voltage across the capacitor exceeds a predetermined value.

16. The hand-held laser weapon of claim 1 , further comprising one or more temperature sensors for outputting one or more signals, when temperature of any component of the laser weapon exceeds a predetermined value.