UNIVERSAL BRIDGE INVERTING ADDER Russian patent published in 2008 - IPC G06G7/14 H03K19/20 

Abstract RU 2331105 C1

FIELD: physics; measurements.

SUBSTANCE: universal bridge inverting adder is designed for use in analogue as well as in digital electronics and computer technology. The universal bridge inverting adder consists of input electrodes connected to positive and negative power supply bus leads of the universal bridge inverting adder corresponding to the first (1) and the second (2) current mirrors. Current mirror (2) is complementary to current mirror (1), and the output complementary transistors (T) (5-8), which are serially connected between the universal bridge inverting adder positive and negative power supply bus leads. Connection points of T (7,8) and T (5,6) are connected to preliminary outputs (14,13) of the universal bridge inverting adder. Between current mirror (1) and current mirror (2) there is a third (3) and fourth (4) current mirror, complementary to current mirror (1) and current mirror (2) respectively. Connection points of the corresponding input electrodes of current mirror (3) and current mirror (4) are connected to the corresponding inputs of the universal bridge inverting adder, and the connection points of the corresponding output electrodes corresponding to current mirror (1, 3) and current mirror (2, 4) are connected to the control electrodes of the output complementary transistors T (5-6) respectively. Each current mirror has the same number of input and output electrodes. Between corresponding output electrodes of current mirrors and the preliminary outputs of the universal bridge inverting adder there are resistors (24, 25), and the preliminary output are joined to the general output of the universal bridge inverting adder through resistors (27, 28).

EFFECT: making of a universal bridge inverting adder with artificial intelligence elements.

2 cl, 1 tbl, 2 dwg

Similar patents RU2331105C1

Title Year Author Number
LOW-NOISE BROAD-BAND CURRENT AMPLIFIER 2000
  • Oleksenko V.V.
  • Kolesnikov A.P.
RU2178235C1
LOW-NOISE WIDE-BAND CURRENT AMPLIFIER 2000
  • Oleksenko V.V.
  • Kolesnikov A.P.
RU2176850C1
MULTIFUNCTIONAL CURRENT MIRROR ON COMPLEMENTARY FIELD-EFFECT TRANSISTORS WITH CONTROL PN-JUNCTION FOR OPERATION AT LOW TEMPERATURES 2019
  • Bugakova Anna Vitalevna
  • Prokopenko Nikolaj Nikolaevich
  • Pakhomov Ilya Viktorovich
RU2720557C1
THRESHOLD ELEMENT OF THE TERNARY LOGIC ON CURRENT MIRRORS 2016
  • Maslov Sergej Petrovich
RU2618901C1
DEVICE OF THE TERNARY CIRCUIT DESIGN ON CURRENT MIRRORS 2017
  • Maslov Sergej Petrovich
RU2648565C1
CURRENT MIRROR FOR OPERATION AT LOW TEMPERATURES 2019
  • Bugakova Anna Vitalevna
  • Prokopenko Nikolaj Nikolaevich
RU2720365C1
NON-INVERTING CURRENT MIRROR ON COMPLEMENTARY FIELD-EFFECT TRANSISTORS WITH PN-JUNCTION CONTROL FOR OPERATION AT LOW TEMPERATURES 2019
  • Bugakova Anna Vitalevna
  • Prokopenko Nikolaj Nikolaevich
RU2720554C1
INTEGRAL OPERATIONAL AMPLIFIER WITH CURRENT FEEDBACK 2010
  • Ksenofontov Dmitrij Leonidovich
  • Vinogradov Roman Nikolaevich
  • Korneev Sergej Viktorovich
RU2436224C1
THRESHOLD ELEMENT OF TERNARY LOGIC AND DEVICES ON ITS BASIS 2009
  • Maslov Sergej Petrovich
RU2394366C1
DIFFERENTIAL AMPLIFIER WITH INCREASED AMPLIFICATION COEFFICIENT AT LOW-OHMIC LOAD 2010
  • Prokopenko Nikolaj Nikolaevich
  • Serebrjakov Aleksandr Igorevich
  • Budjakov Petr Sergeevich
RU2421885C1

RU 2 331 105 C1

Authors

Oleksenko Viktor Viktorovich

Dates

2008-08-10Published

2007-05-10Filed