Per 
CAPTION-GOES-HERE
Item #: SCP-XXXX
Object Class: Safe
Special Containment Procedures:
SCP-… is to be cantaind is securety locker … at facility ██ when not in use. there are no restrictions on accessing or use of SCP -xxxx.
all SCP Contained at facility x Containment Procedures is too implumetera at least one non-electrical Containment method. the entire facility ██ is to be equipped with fluorescence light, all security personnel are to be equipped with at least one flare at all times and oil lamps is too be placed out in the facility … on the recommendation of head of security's at facility ██. all other personnel are recommended to have a non-electric light source available at all time. SCP-xxxx must not come into contact with any SCP that absorbs or uses a unlimited electricity.
SCP-xxxx is to be kept in securety locker … at facillity ██, the room thet houses securety locker … is to be equipped with a active high power line and is not alowed to house any cabels off any kind with a diamiter less then …mm. accses to SCP-xxxx requires the permission of at least one level 3 researcher, for approval a detailed list of what SCP-xxxx will be used with, where, the expected amount of power that will be used and only after reding insedent report ….
Description:
SCP-… is a modle of breadboard
that is capable of supplying a closed circuit with 5V of power without being connected to any external power source. taking power from the nearest power source to supply power to any closed circuit not contining any living organic components connected to SCP-… . even do SCP -… is marked with the fact that it can only handle 5V, it has been shown tro testing that it can supply a closed circuit with how much power circuit meay need (see insedent report …).
as of too dayit 8/aug/20██ no upper limit of SCP-XXXX power delivery has been found, it is of exsses of x.
Testing log 1:
test 1:
an electrical circuit consisting of 3 standard 5 volt cables, a … oum resistor one a … led.
results:
when the circuit was closed, the light came on.
test 2:
the circuit form thest on is ust as bas and a ammeter and the voltmeter addad to the circuit.
results:
when the circuit was closed, the light came on and both the ammeter and the voltmeter gives similar results as if the same circuit was set up on a regular breadboard with power source.
researcher's notes:
this experiment indicates that the breadboard is supplying the power.
test 3:
the circuit form test 2 was uest (her forverd referd as circuit 1) and SCP-… is placed on a 2.5 cm thick rubber mat.
results:
when the circuit was closed, the LED began to glow.
test 4:
circuit 1 was used and SCP -… is placed in a faraday cage.
results:
when the circuit was closed, the LED began to glow.
test 5:
SCP -… with circuit 1 was moved out and back into the faraday cage.
results:
The LED was constantly lit during the experiments and both the ammeter and the voltmeter output remained unchanged.
test 6: (tempratur)
test 7: (låg tempratur)
test 8: (elktro/magnet felt/radio och liknade)
test 9: (exstended testing av tid)
test 10 (samma som ovan men med 3)
researcher's notes:
after extensive testing, it is not possible to say where the electricity that SCP-XXXX emits comes from, the examination of the SCP-XXXX that was dismantled could not find anything that differed from a regular breadboard. the disassembled SCP-XXXX retained its abnormal power after being reassembled.
this concludes the testing of SCP-XXXX.
lead researcher y. 14/dec/1993
end test log 1.
test log 2:
note:
senior researcher Mostowski took and asked his two junior research assistants A and B who had recently been placed with him to come up with their respective test for SCP-XXXX and perform them as an training exercise. as these tests gave new discoveries regarding SCP-XXXX, it was decided to reopen testing of SCP-XXXX with senior researcher Mostowski as research leader on the 29/Apr/20██.
Addendum: [Optional additional paragraphs]
