X-Y RECORDER
Submitted To:
● Ranjan Khusi
Department of Information Technology
Everest Engineering College
Submitted By:
● Bikash Sahani
● Dinesh Newar
● Dipendra Raj Bhatt
2
OBJECTIVES
❏ To know the basic concept of XY recorder.
❏ Understand working Principle of XY
recorder.
3
CONTENTS
● Introduction
● Types
● Working Principle
● Advantage and Disadvantage
● Application Fields
● Conclusion
● Reference
INTRODUCTION
• Devices that record the variation in one
dependent variable with respect to an
independent variable.
• Or An output device that graphically records
the relationship between two variables on a
grid of plane rectangular coordinates.
• X-Y recorders are employed using proper
transducers for recording of physical quantities
as function of other physical quantities.
• In the late 1920s, Francis L. Moseley,
conceived the idea of an X-Y recorder.
5
TYPES
1. Analog XY Recorder
● Old Version
● Gives output as Analog Signal
● The motion of recording pen in
both axes is driven by servo-
system,
Reference to stationary chart
paper
● Less Accurate
6
2. Digital XY Recorder
● Digital XY plotter.
● Uses open loop stepping
motor drive.
● More accurate.
● Provides following feature:
○ Simultaneous sampling
and storage of multiple
data.
○ Multi-pen plotting data
7
WORKING
PRINCIPLE
8
ADVANTAGE
Flexible
Compare Data Analysis communicate with
Digital system
9
DISADVANTAGE
Cannot
store
continuous
recording of
signal
Most
Expensive
Less
Accurate
Frequency
response
and speed
are
inherently
limited due
to Electro-
mechanical
mechanism
10
APPLICATION FIELDS
● Plotting of different curves
○ Hysteresis curve
○ Stress-Strain Curve
○ Regulation curves
● Pressure Volume Diagram for LC engine
● Pressure Flow Study for Lungs
● Plotting output for electronic computers
● Plotting characteristics of
○ Regulation curves of power supply
○ Vacuum tubes
○ transistors
CONCLUSION
➔ XY Recorder records variation in one variable with respect to
another variable.
➔ It is technique to compare two or more variables electronically.
➔ Important tool and technique used in different fields so,
let us thank L.Moseley for such a great contribution.
12
REFERENCE
Query

Inteoduction about XY Recorder abut Electronics

  • 1.
    X-Y RECORDER Submitted To: ●Ranjan Khusi Department of Information Technology Everest Engineering College Submitted By: ● Bikash Sahani ● Dinesh Newar ● Dipendra Raj Bhatt
  • 2.
    2 OBJECTIVES ❏ To knowthe basic concept of XY recorder. ❏ Understand working Principle of XY recorder.
  • 3.
    3 CONTENTS ● Introduction ● Types ●Working Principle ● Advantage and Disadvantage ● Application Fields ● Conclusion ● Reference
  • 4.
    INTRODUCTION • Devices thatrecord the variation in one dependent variable with respect to an independent variable. • Or An output device that graphically records the relationship between two variables on a grid of plane rectangular coordinates. • X-Y recorders are employed using proper transducers for recording of physical quantities as function of other physical quantities. • In the late 1920s, Francis L. Moseley, conceived the idea of an X-Y recorder.
  • 5.
    5 TYPES 1. Analog XYRecorder ● Old Version ● Gives output as Analog Signal ● The motion of recording pen in both axes is driven by servo- system, Reference to stationary chart paper ● Less Accurate
  • 6.
    6 2. Digital XYRecorder ● Digital XY plotter. ● Uses open loop stepping motor drive. ● More accurate. ● Provides following feature: ○ Simultaneous sampling and storage of multiple data. ○ Multi-pen plotting data
  • 7.
  • 8.
    8 ADVANTAGE Flexible Compare Data Analysiscommunicate with Digital system
  • 9.
  • 10.
    10 APPLICATION FIELDS ● Plottingof different curves ○ Hysteresis curve ○ Stress-Strain Curve ○ Regulation curves ● Pressure Volume Diagram for LC engine ● Pressure Flow Study for Lungs ● Plotting output for electronic computers ● Plotting characteristics of ○ Regulation curves of power supply ○ Vacuum tubes ○ transistors
  • 11.
    CONCLUSION ➔ XY Recorderrecords variation in one variable with respect to another variable. ➔ It is technique to compare two or more variables electronically. ➔ Important tool and technique used in different fields so, let us thank L.Moseley for such a great contribution.
  • 12.
  • 13.