ALL NEWS in ONE

?? ? ta Sciences of Ukraine

? ? ?

?? Faculty

Department ??

EXCHANGE robot < p> W rate: Digital ?

On the topic

? ? ? ?-'? ?

Vikonala: art. gr. RB-99-1

? OL

?: art. vikl. dep. PE

Gruzdov B. ?.

Dnipropetrovs'k

2003

Summary

Koursova robot: 25 . , 3 tables., 16 fig., 5 ?. dzherela.

?-ZV'YAZANA ?, ?? elements, ?, Layout,
?.

In ? ? nada ? ? ? ? ?.
? W ?? rozrobleny layout ? ? ? ? -'? ? and Sama - ? ?, yak ? W dvoh? ? 3ABO-Ni, for ? ? principle vsih ? ? ? ?. Sj

Mordovia State University

IM. NP OGAREVO

Faculty
LightingDepartment of Economics and Management at the enterprise

EXPLANATORY MEMORANDUM TO THE EXCHANGE PROJECT

on the subject: the development of the technological process of manufacturing incandescent lamps

general-purpose type B 220 -25

the discipline: TPiM

by a course project:

DS Jurin

Specialty: 060800 EiUP

designation course project: MP - 02069964 - 060800 - 19 -03

Project Manager:

EG Alekseev

project zaschischen_____________________
Otsenka_____________

Saransk 2003

Mordovia State University

IM. NP OGAREVO

LIGHTING DEPARTMENT

ECONOMICS AND MANAGEMENT A

Moscow Energy Institute

(Technical University)Dept. of EI

Coursework

the topic: "Measurement of losses in the throttle."

Group: TF-13-98

Student : Poyarkov MY

Supervisor: Komarov EV

Moscow, 2002.

Contents:

1. Technical zadanie____________________________________________3
2. Introduction and purpose raboty__________________________________________3
3. Analysis of technical zadaniya_____________________________________4
4. Implementation specification. Development of structuralscheme ___________________________________________________________7
5. Analysis of the structural elements of the scheme. Calculation circuit nodes

measurement of power loss ________________

Attention, student! In the synthesis of TU in the tables of internal states latererror was discovered - two fields are wrong! I advise you to graspall myself and correct with all the consequences (as a resultmay change the equation and the scheme register). I have just too lazycorrect because still work passed (

Contents:

Tasks for course design ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... page 2

Designing a synchronous shift register on the JK -trigger ... ... ... ... .. p.3

Synthesis trigger device ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... .... p.8

REFERENCE

for course design on discipline "Computer Organization and Systems?

To design a custom IP sch

Ministry of Education

Institute retraining

Ural State Technical University

Department of microprocessor technology

Course project

TOPIC: Channel serial communication based on MS 8251

Explanatory note:

Head Assoc., Ph.D. IE Myasnikov

listener gr. SP-923 AS

2001.

content

1. Introduction (problem statement)

2. The controller serial

. Transmit Buffer Register (THR).

. Buffer register receipt (RBR).

. Buffer register low byte of the divisor (Divisor Latch LSB).

. Register buffer byte of the divisor (Divisor Latch MSB).

. Interrupt enable register (IER).

. Interrupt identification register (IIR).

. Line con

?? ? ta Sciences of Ukraine

? ? ?

?? Faculty

Department ??

EXCHANGE < p> N rate: Analog ?

On the topic

? schemes viznachennya ? going

Vikonala: art. gr. RB-99-1

? OL

?: art. vikl. dep. PE

Gruzdov B. ?.

Dnipropetrovs'k

2003

Summary

: 16 . 3 Fig., 4 ?. dzherela.

? STAN Lyudina and electrodes, ? ?, ? ???,
Medichna ??, ?, Layout.

In ? ? nada ? ? ? ?? going . ? W ?? rozrobleny layout for vischevkazanogo ? and Sama - ? ? support ? in? vid ?? ? camp. Sj

Lecture 1

Historical Review

What is electronics? - This transmission, reception, processing and storageinformation using electrical charges. It is a science, techniques,industry.

With regard to information, it is always, when it was humanity, it is allwas. Man's thinking, speaking, small knots on memory, signalfires, semaphore telegraph, etc. - A reception, transmission, processing andinformation storage. And it was not less than 5000 years. But only recently,in the late 18 th century, invented the telephone and telegraph - a device fortransmission and reception of information through electrical signals. This --Home electronics, as it is now called.

More Electronics fairly rapidly. In 1895, Popovinvented and built a working model of radio - a

National Aerospace University. Zhukovsky "KHAI?

Dept. 301

Report on laboratory work number 1 on the course "Designing information - computing systems?

executed the group of 351 students

Horik SA

Yarushevsky ME

test Cy. lecturer

301

Dzhulgakov VG

Harkov'2000

distribution of memory resources

R0 , R1 - address of input and output numbers, respectively.

original number of double-byte. Registers R2 and R3 hold senior and juniorbytes of the initial number. F0 (psw.5) free bits, will be used forstore sign S.

counter shifts j. For him, use the register R4. same registeruse for the shift of order e and the true order of AR

Since the mantissa r

MOSCOW STATE UNIVERSITY

GEODESY AND CARTOGRAPHY

Coursework

ON Circuitry

THEME: "SEMICONDUCTOR TEMPERATURE SENSOR"

COMPLIED

Students FPK 3-2

Mazilina EA

Mazilin SV

Moscow 2001.

PLAN Coursework.

1. INTRODUCTION.

2. Main areas of application.

3. MAIN CHARACTERISTICS OF TEMPERATURE SENSORS.

4. MAIN TYPES OF SEMICONDUCTOR TEMPERATURE SENSOR.

1. Temperature sensors based on diodes and transistors.

2. Temperature sensors based on thermistors.

3. Film semiconductor temperature sensors.

5. CONCLUSION

6. REFERENCES

1. INTRODUCTION

rapid development of electronics and computer tec

CONTENTS

INTRODUCTION
1. DESCRIPTION OF THE PRINCIPLE OF Proektiruemy BIS 3
2. CALCULATION OF MAGNETIC RELAY BSKONTAKTNOGO 5
2.1. Calculation of the resistivity of the material the wire at the operating temperature BIS. 5
2.2. The choice of material magnetic core 5
2.3. Determination of the magnetic circuit and a preliminary calculation of winding
6
2.4. Unknown number of electrical parameters of the load 7
2.5. Calculation of parameters of the working circuit BIS 7
2.6. Calculation of external OS 8
2.7. Calculation of parameters of the chain OS 8
2.8. Calculation of parameters of the chain input signal 9
2.9. Calculation winding offset 9
2.10. Calculation of the diameters of wire windings 10
2.11. The stru

Part 2.

h1h2h3h4 h5h6h7h8

(h1h8) (h2h8) (h3h8) (h4h8)

(h1h7) (h2h7) (h3h7) (h4h7)

(h1h6) (h2h6) (h3h6) (h4h6)
(h1h5) (h2h5) (h3h5) (h4h5)

| h3h8 | H4h7 | Y7 | P1 |
| 0 | 0 | 0 | 0 |
| 0 | 1 | 1 | 0 |
| 1 | 0 | 1 | 0 |
| 1 | 1 | 0 | 1 |

Y7 = (a + b) + (a + b); a = x3x8; b = x4x7 P1 = ab

| a | b | c | P1 | P2 | Y6 | P2 '|
| 0 | 0 | 0 | 0 | 0 | 0 | 0 |
| 0 | 0 | 0 | 1 | 0 | 1 | 0 |
| 0 | 0 | 1 | 0 | 0 | 1 | 0 |
| 0 | 0 | 1 | 1 | 1 | 0 | 0 |
| 0 | 1 | 0 | 0 | 0 | 1 | 0 |
| 0 | 1 | 0 | 1 | 1 | 0 | 0 |
| 0 | 1 | 1 | 0 | 1 | 0 | 0 |
| 0 | 1 | 1 | 1 | 1 | 1 | 0 |
| 1 | 0 | 0 | 0 | 0 | 1 | 0 |
| 1 | 0 | 0 | 1 | 1 | 0 | 0 |
| 1 | 0 | 1 | 0 | 1 | 0 | 0

1. Introduction 2

2. Features MPS 3

3. Organization of the IPU. 4

3.1 unit CPU. 4
3.2 The central tire. 10
3.3 Memory Module. 10
3.4 Connecting peripherals 12

4. Conclusion. 16

5. Literature. 17

Introduction

This microprocessor-based system implemented on the set KR580.
KR580 Series Microprocessor kit contains a set of LSI for constructingmicroprocessor-based systems are relatively low speed, workingin with clock speeds up to 2.5 MHz. Mainly on the kit in this seriesbuilt microprocessor system (MPS) that solve problems related tomanage a variety of technological processes. This setBIS provides the central processor - KR580VM80A, containing onechip operating and control system. This gre

Schedule for execution of the project of graduate student groups ET-52 Kuznechenkova AY Theme: "Development of the logical control circuit bivalve ship lock gates".

| ? | Contents | Ob-| Quantity | Terms |
| | | Eat | Cher s | performance |
| 1 | Introduction | 10 | | 07.04.99 |
| 2 | Description of the controlled object | 15 | 1 | 17.04.99 |
| 3 | Description of existing schemes | 15 | 1 | 24.04.99 |
| | Control | | | |
| 4 | Synthesis of logical machine | 15 | 2 | 30.04.99 |
| 5 | Conversion contact scheme | 20 | 1 | 12.05.99 |
| | Control in non-contact | | | |
| 6 | Sensors information and schemes | 15 | 2 | 22.05.99 |
| | Interface managed object with | | | |
| | Logical management system | | | |
| 7 | Economic ra

ROSSIYSKOY FEDERATION

Vologda State Technical University

Department

theoretical foundations of electrical engineering

Check job number 5 to Toe

option number 14

Completed: Mishagin

Dmitry

N.

Group : ZEMI - 41

code: 9907302414

VOLOGDA

2002

Task ? 5.

Objective 5.1 .

electric field, immutable in time.

Task 27a.

Three secluded conductive bodies 1,2 and 3, originally reportedcharges q1 = 10-9 Kl, q2 = -2 * 10-9 Kl, and q3 = 3 * 10-9 Kl. The values of partialtanks are determined from experience and have the following meanings:

| C11 = 10-11 V | C22 = 2 * 10.11 F | C33 = 3 * 10-11 V |

MOSCOW STATE INSTITUTE

Electronics and Mathematics

(Technical University)

Department of Electronics and Electrical Engineering

Report

Subject: "gain stage in the higher frequencies"

Student:

Atidriatis YA

group AP-52 < p> Teacher:

Ushakov VN

Moscow 1999

gain stage bipolar transistor.

EK

R1 RK

Figure 1. SCHEMATIC DIAGRAM

Amplifying RC -
CASCADE

IC bipolar
TRANSISTORS

OUT

IBX

C

RH Uout
LOG CE

R2 RE

IBYX

considering the work RC-cascade at high frequencies, we can prinebrechinfluence capacity Sp, as with increasing input signal frequenc

C O D E R M A N I E

H and t y 1

1.1. Simplification of Boolean expressions.
1.2. Formal diagram of the device.
1.3. Rationale for a series of IC.
1.4. Selecting chips.

1.4.1. Logic element (exclusive or (.

1.4.2. The logic element (2OR (with a powerful open-collectoroutput.

1.4.3. Logic element (2I (open collector.

1.4.4. The logic element (2I (with high load capacity.

1.4.5. The logic element (NOT (
1.5. Electrical schematic diagram ZU.
1.6. Calculation of power consumption and delay.

1.6.1. Consumption.

2. Time delay spread.

H and t y 2

2.1. The calculation of basic element of digital circuits.

2.1.1. Combination: X1 = X2 = X3 = X4 = (1 (. <

look at the essays like "Report of the Practice"

1 Structure of enterprise UPPO

practice was carried out on the basis of enterprise UPPO. The company is engagedREO manufacture of aircraft for civil and military aviation. Besides,manufactured consumer goods (electric "Agidel") andcomponent materials for the oil industry (plugs, valve andetc.) General structure of the enterprise by the following flowchart.

Below is a transcript of abbreviations departments.

PDO - Production and Technical Department;
OSTUiS - Department of improvements in technology management and statistics;
OSiRR - Department of Construction and repair work;
OASUP - Division of automated production control systems;
OGC - Division Chief Designer;