Development of a New Divital Divider System for the Charge Division Method Y. Fujita, and H. Kawakami Institute for Nuclear Study, Univ. of Tokyo, and
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2 Development of a New Divital Divider System for the Charge Division Method Y. Fujita, and H. Kawakami Institute for Nuclear Study, Univ. of Tokyo, and M. Hosoda Wakatsuki Electronic Co. Ltd. ABSTRACT A high accuracy and high speed digital divider system, of new principle, has been developed for the charge division method, with use of the 12 bit succesive approximation type ADC's and 16 bit shift resister. It is shown that the result of division has a good differential linearity when high bit ADC's are used, even if it has the poor differential linearity. The position resolution of 0.1% and high speed of 15 JJS are obtained. The block diagram, the detailed electronic circuits and the timing chart of the system are presented.
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7 ADC A A REG LOAD ADC B B REG LOAD DEVIDER SEQ START ADD COMP A; A-fB <^A^: A 4- R"^-> JYES LOAD 1 KREG NO LOAD0 K REG SUB A;A + B->A SHIFT L AREG NO
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15 1) HfflitS, JH ± S, Ulirim, SC^&BfSS Vol.24 Na 3 ('80)6 6 2) Y-Fuj i ta, H-Kawakami and M.Hoaoda, Proceedings of 1981 INS I nternai ional Symposium on Nuclear Radiation Detectors, p553 3) M. Matoba et al, Nuc 1, Instr. and Meth. JJ3JH '79)469 4) H-Hafner and H.H. Duhm, Nuol. I nstr. and Meth. 160('79) 273 5) M. Tsukuda, Nucl, I nstr - and Meth. 25('64) 265 6) G.P.Westphal, Nucl. Instr. and Meth. 134('76)387 7) fe* WL, HllTfSjf, SrH'fefiffSS Vol.23 Na2('78)68 8) P.K. Patwardhan and V.S Indurksr, IEEE- Trans. Nucl. Sci. NS- 15_('68) 323 9) B.E-Fisher, Nucl. Ins'T. and Meth. 141 ('79)
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