Electrical receptacle fault protection

1. An electrical receptacle comprising:

a first plug outlet comprising a first contact and a second contact configured for electrical connection to a hot power line and a neutral power line, respectively, wherein the hot power line is protected by a mechanical breaker;

a controlled state switch connected to the first contact in series relationship with the hot power line, the controlled state switch comprising a control terminal;

a first sensor comprising a first current sensor coupled to the first contact for measuring a first current at the first contact and a second sensor comprising a second current sensor coupled to the second contact for measuring a second current at the second contact;

a processor comprising an output coupled to the control terminal of the controlled state switch, the processor further comprising first input and second input connected respectively to the first sensor and the second sensor; and

wherein the processor is configured to output a deactivation signal to the controlled state switch in response to sensor signals received at said first input and said second input, said sensor signals indicative of the first current and the second current,

wherein the deactivation signal deactivates the controlled state switch prior to operation of the mechanical breaker.

2. The electrical receptacle as recited in claim 1 ,

wherein the deactivation signal to the controlled state switch is in response to receipt said sensor signals indicative of a ground fault condition, an arc fault condition or an over-current condition.

3. The electrical receptacle as recited in claim 1 , further comprising:

a second plug outlet comprising a pair of contacts;

a second controlled state switch connected in series relationship between one contact of the pair of contacts of the second plug outlet and the hot power line, the second controlled state switch comprising a second control terminal;

third and fourth sensors coupled to a respective contact of the pair of contacts of the second plug outlet;

wherein the processor further comprises a second output coupled to the second control terminal of the second controlled state switch, and a further pair of inputs connected respectively the third and fourth sensors; and

wherein the processor is configured to output a second deactivation signal to the second controlled state switch in response to second sensor signals received at said further pair of inputs, the second sensor signals indicative of second conditions relative to said pair of contacts of the second plug outlet.

4. The electrical receptacle as recited in claim 3 , wherein each of said controlled state switch and said second controlled state switch comprises a respective TRIAC.

5. The electrical receptacle as recited in claim 3 , wherein said output to the controlled state switch of the first plug outlet are independent of the second output to the second controlled state switch of the second plug outlet.

6. The electrical receptacle as recited in claim 1 , further comprising a metal oxide varistor (MOV) coupled across the hot power line and the neutral power line, thereby providing voltage protection against a voltage surge.

7. The electrical receptacle as recited in claim 1 , wherein the processor is configured to monitor outlet current of the first plug outlet for the output of the deactivation signal to the control terminal.

8. The electrical receptacle as recited in claim 1 , wherein the output of the deactivation signal to the control terminal is in response to a maximum supplied current to the first plug outlet.

9. The electrical receptacle as recited in claim 1 , wherein the controlled state switch comprises a TRIAC.