Auto on gun accessory

1. An electronic accessory for a firearm comprising:

a housing including a right side, a left side, and an attachment mechanism for securing the electronic accessory to the firearm, the housing containing components of the electronic accessory, the components of the electronic accessory comprising:

an electronic component;

a sensor sensing a magnetic field;

a circuit board coupled to the electronic component and the sensor, the circuit board controlling the electronic component and suspending power to the electronic component when the sensor senses a magnetic field above a threshold strength;

a first switch disposed on the right side of the housing, the first switch being operable to control the electronic component via the circuit board;

a second switch disposed on the left side of the housing, the second switch being operable to control the electronic component via the circuit board; and

a power source coupled to the circuit board, the power source providing power to at least one of: the electronic component, the sensor and the circuit board.

2. The electronic accessory of claim 1 , wherein the electronic component comprises a laser module.

3. The electronic accessory of claim 2 , wherein the first switch is operable to turn on and off the laser module, and the second switch is operable to turn on and off the laser module.

4. The electronic accessory of claim 2 , wherein the first switch is operable to vary a pulse rate of the laser module, and the second switch is operable to vary the pulse rate of the laser module.

5. The electronic accessory of claim 2 , the laser module comprising at least one of: a green laser module, a red laser module, a blue laser module and an infrared laser module.

6. The electronic accessory of claim 5 , the laser module being the green laser module, and the green laser module comprising:

a semiconductor chip emitting radiation;

a lasing medium receiving the emitted radiation from the semiconductor chip and emitting light having a wavelength between about 980 nm to 1140 nm in response to receiving the emitted radiation; and

a frequency modulator receiving the emitted light and converting the received emitted light to light having a wavelength between about 490 nm to 570 nm in response to receiving the emitted light.

7. The electronic accessory of claim 6 , the lasing medium and the frequency modulator being crystals.

8. The electronic accessory of claim 2 , the laser module comprising an infrared blocking filter.

9. The electronic accessory of claim 1 , wherein the electronic component comprises a visible light module.

10. The electronic accessory of claim 9 , wherein the first switch is operable to turn on and off the visible light module, and the second switch is operable to turn on and off the visible light module.

11. The electronic accessory of claim 9 , wherein the first switch is operable to vary a strobe rate of the visible light module, and the second switch is operable to vary the strobe rate of the visible light module.

12. The electronic accessory of claim 1 , the housing acting as a heat sink for heat generated by at least one of: the electronic component, the circuit board, and the power source.

13. The electronic accessory of claim 1 , the sensor comprising a Hall-effect sensor.