SU495688A1 - Transducer move code - Google Patents

Description

The invention relates to converters of the theory of "eeee" - the number used in the computation ..: heG1 technique.

In the known transducers, the COL-displacement contains a code scale, n working channels and two control channels with a code generator and each base.

The purpose of the invention is to simplify and improve the reliability of the converter in operation. This is achieved in that the adder and subtracter are connected in series into the first control channel modulo the first control base, the second control channel is inserted into the second control base, and the multiplier, adder and subtracter connected in series to the modulus of the second control base, and in each working channel - serially connected between each other KEY and adder and about the module of the worker based, and the output of each of the drivers of the codes of the working base is connected on the input of the corresponding modulo-based adder, to the inputs of the multiplication device and the inputs of the modulator of the first control base connected to one of the subtractor's inputs on the module of the control base, the other input of which is connected to the output of the former of the first control base, and the output of the former of the second control base connectors with the input of the subtractor modulo the second control axis axis, connected to one input of the transcoding device, the other input of which is connected to Exit modulo subtractor to establish the first control inputs and odnnm keys lrugie soednneny inputs which yield conversion device.

FIG. 1 and the code scale of the described converter is shown; in fig. 2 - converter block circuit.

It is known that when using ROC, when there are n information bases P ;, p2, ... RP, you can enter two control bases pn + 1 and / j) i-i-2. pairwise mutually simple with information and with each other with the condition that

(eleven)

p ..- I L max. RP - 2 (V 1, 2... P

Then, having formed on the basis of the expressed1 |, control deductions

but.,. 1 and a.j .2

V y.Pr. -L 2j

i .-: i

(where a, - are informational deductions but the basis of the PI PI / ь ... RP) (where i is the number of the information base; if I, 2 ... / 1) can be detected and corrected. The number of control deductions, which were determined before the formation process. If ciH-i-i and an + + - are deductions, formed to the transformation process, a and a; deductions generated by informational deductions after the conversion process, then the analysis of differences - /; 1 - Ai i I -A a.i. 2 - Y- :, - - At indicates that the first difference gives the value of 0 nibs, and the second difference contains silt (|) Orl1ac 1yu about the axis number in which the word iso lance. 1: if the oddness is equal to iul, and the friend is not equal to zero, then the error of the error is different in the non-zero test base. Thus, if we have 4 information bases /; j 25, p2 27,, r) .; 31. then the range of change of the input line will be, OU / y. () 825. Scale units. For control, taking into account the conditions) H (1 and 2j, the bases of p 32 and are chosen. Due to the fact that all bases are represented; 1 can be used for binary codes, then for each information base you need double digits, and 20 double-digit digits are required for all the insonatable bases, the lake. At the bottom of the base there is a need for trin binary bits, and the second for the binary bits, therefore, the control part contains eight binary bits. Once the redundancy H1) THIS METHOD KOppCKJUin will be 40Vo lia f11g. i shows one of the possible variants - the code HiKa.ia on the chetyrek nnfor. matsiopyy and D) oh kontro; 1 base, 1de on the control tracks of the code scale are determined deterministic code combinations for each control base, the corresponding ratios 3 and 4; above the scale The range of change of the transformed transition, eni is given (O, 1, 2, ..., LL823, oao "24j. Block diagram. The described converter, shown in Fig. 2, contains a code 1kkalu 1, four working and two contro ..turners,; 1a 2 with pho) of the twinkler .1 and code, but for each based, the first control channel has a master system 3 but a module of the first module 1) of the base module and a mode 4 input. the first to the cobbler base, in the second control channel, there is ycTpoiicTBo more than 1 and 5, the adder b o the second counter; It is based on the basis of the following functions: - But the module of the second controller is based on the baseline (the transcoding system 8. 13 Each working Kajiaj has entered the key 9 and c.matter 10 modulo the operating code. In accordance with the changes, the code channels both working and informational form codes that characterize it and formed. Workers formed in working codes with single J codes in driver I codes at the same time on a sum.mator but mod. on the nerve, are controllably based on the device multiplied, and found in the second section, and besides Toto, each shaper code c)) ana.le outputs informatsn () ua eum. by work. With c | 10p1; ; ode counter () L)) 1st base 1 1 1 | formats1 nostunat on .1i i; 1 on Troll OSHO iai JiH. Fia is to; stu 1a code from the output of cvMMaTOj); but i epiio.y). I ovov1P Oh. with yCTpOiic 13a yM; OZHECH; 1I in the second to). Lyum form 1 1 KG: ib ISTU aK} 1 a .1.1 aTOR on .MO.LU.IO ILORO KO TjJO .ibHoiO oenovans, and HOC.IL. with y. mirov I5: -on. io that.chu. modul, lia this same subtractor also stops the information from the second congr. The difference between the second and the first is based on the difference between the second and the second and the second, the second is based on the input of the device, and the second turn is based on the information output of the calculator (e) in: h) control H) main;). devices (L1Stya 1e;) eb: o.1Irovkn coz; i) gsi with unvravlyu. prices m In a total working m., which is) in eLIBRARY COCTOHJ; iH. 4ii on the entrance of the sum.mat;) ditch to the workers of KaiTa.iax ;; remains nfo). c in H tats-l but T1e) to the main kzntrol; i). Esl. And to the local j) a6o4e.My. Chi10). 6 Il; 1 s-1nta1 and 1e is equal to, then it is equalized to adders; 1a, but already at iiiixo.Te su.matoro), working channels we have inlori and1o, ours; LHH {) from OL1I10CH1) 1H. FORA; i a 1 saboan Transducer "interleaving is a code containing a code on a scale, n working and two control channels with a code generator for each base It is due to the fact that, in order to simplify and increase the reliability of the converter in operation, in it a series-connected adder and 5 LCHITate are entered into the control channel. First and second, the second control: o1Y is arranged e) by means of 1 and 1 consecutively, between the device is more than 1i, adder i; a subtractor for iio lulu is the second co-convolution), and in each working channel there is a succession of soD hnn c e between the COB the key and the adder {1 mo. working axis 1, and the output of each of the three world codes of pa6o4j X is the base of NO; It is connected to the input of the e-responses of the luero adder modulo the working base, to the inputs of the multiplication device and the inputs of the adder to the first control matching module connected to one of the inputs of the input control module, the input of which is connected to the output of the first control of the control reference, and the shape of the control base of the control base;

b

co1gg;) oly1E1CH) basing is connected to the input of the subtracted modulo of the second control base, connected to one input of the device unrecoding, the other 11 of which is input to the output of the computed module KOHTjxxibHoro ogene, and one of the keys, other inputs that are used by other modules of the KOHTjxxibHoro device, and one of the keys, other inputs that have been assigned to the output of the module; output ycTpofiCTBa conversion.

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