Design of Electronic Circuit for Mining Explosive Detonator

Design of Electronic Circuit


  • Adil Elrayah
  • Ausabah I.A. Ahmed
  • Abdlrasool Jabbar



Exclusive, Mining, Circuit, wireless communication, mobile, integrated circuit


Designing of mining exclusive electronic circuit, safety for work environment is vital and important. The system devices contained transmitter block, which are containing computer monitoring software and internet modem. The other one is receiver block which is included explosive circuit and their components (i.e., a digital component mobile phone, ICs, and detector). To control the operation steps process used software program written with C++ language. The system was successfully built and designed. Besides that, it could capabilities of components set in the designed circuit. Moreover, the circuit and their components were operated carefully according to program sequence. The results are achieved the general objectives of the research. Also, it was match standards, specified in national standards for performances and appearances of such devices.


m. l. harris and r. j. mainiero, ”monitoring and removal of co in blasting

operations,” safety science, vol. 46, no. 10, pp. 1393-1405, 2008.

a. maranda, s. cudzio, and j. suszka, ”badania stabilnoci termicznej matryc

materiaw wybuchowych emulsyjnych,” wiadomoci grnicze, vol. 59, no.

, pp. 667-672, 2008.

r. xiang, z. rong, l. qiujing, and c. xingming, ”study on blasting safety

technology applied in karst limestone mine,” procedia engineering, vol.

, pp. 873-878, 2014.

i. zawadzka-maota, ”testing of mining explosives with regard to the

content of carbon oxides and nitrogen oxides in their detonation products,”

journal of sustainable mining, vol. 14, no. 4, pp. 173-178, 2015.

a. al-sabagh, m. a. hussien, m. r. mishrif, a. e. el-tabey, and a. a. elawady,

”preparation and investigation of emulsion explosive matrix based on gas

oil for mining process,” journal of molecular liquids, vol. 238, pp. 198-

, 2017.

r. r. lenz and r. h. r. r. lenz, explosives and bomb disposal guide. thomas,

j. p. hutchinson et al., ”identification of inorganic ions in postblast

explosive residues using portable ce instrumentation and capacitively

coupled contactless conductivity detection,” electrophoresis, vol. 29, no.

, pp. 4593-4602, 2008.

a. magalla, ”copyright infringement in tanzania: the meaning of digital

copyright infringement, law & practice,” management, vol. 14, no. 3, pp.

-31, 2015.

k. christopher, ”modern control technology,” thompson delmar learning,

m. koivisto, c. haarala, c. m. krause, a. revonsuo, m. laine, and h.

hmlinen, ”gsm phone signal does not produce subjective symptoms,”

bioelectromagnetics: journal of the bioelectromagnetics society, the society

for physical regulation in biology and medicine, the european

bioelectromagnetics association, vol. 22, no. 3, pp. 212-215, 2001.

m. p. clark, wireless access networks. wiley online library, 2000.

p. d. terry, ”compilers and compiler generators,” ed: international thomson

computer press, 1996.

m. d. a. n. g. ramswarup, ”home automation using mobile phone,” guru

gobind singh indraprastha university, delhi, 2017.




How to Cite

Elrayah, A. ., I.A. Ahmed, A. ., & Jabbar, A. . (2021). Design of Electronic Circuit for Mining Explosive Detonator: Design of Electronic Circuit . Journal of Karary University for Engineering and Science, 1(2).