CH-TC-Ctrl: Checklist: Year-wise Checklist GATE-CH 1988-1999

1988
1988-8-a-i: Instruments for Pressure, Temperature, Flow and their Laws
1988-8-a-ii: Process Variables and Measuring Devices
1988-8-b-i: Bourdon Tube - Cross-section
1988-8-b-ii-ctrl
1988-8-b-iii: Sensitivity of Inclined Tube Manometer over U-tube Manometer
1988-8-b-iv: Type of Thermometer - Not Subject to Ambient Temperature Error
1988-8-c-i: Time Constant of Liquid Level System
1988-8-c-ii: Location of Roots in the s-plane for the given Characteristic Equation
1988-18-i: Proportional Band of Controller
1988-18-ii: Equal Percentage Control Valve
1988-18-iii: Servo and Regulator Transfer Functions of a Closed Loop
1989
1989-8-i-a: Controller for Reducing Oscillations in the Response of Closed Loop
1989-8-i-b: Controller for Eliminating Offset of Closed Loop Response
1989-8-i-c: Temperature Measuring Device Suitable for Automatic Process Control
1989-8-ii: Time Constant of Tank Level System - from Area and Resistance
1989-18-i-ctrl
1989-18-ii: Response of Temperature Alarm Unit
1989-18-iii-ctrl
1990
1990-8-i-ctrl
1990-8-ii-ctrl
1990-8-iii-ctrl
1990-18-i: Step Response of Thermometer
1990-18-ii-ctrl
1991
1991-9-i: Step Response of Thermocouple
1991-9-iii: Overshoot of Second Order System
1991-9-iv: Type of Process that Benefits from Derivative Control
1991-19-i: Routh Stability Analysis
1991-19-ii: Modeling of Stirred Tank Heater
1992
1992-9-a: Response of Thermocouple with Protective Sheath
1992-9-b-ctrl
1992-9-c-ctrl
1992-9-d-ctrl
1992-19-a: Step Response of Thermometer
1992-19-b: Maximum Gain for Stability
1993
1993-14-a-ctrl
1993-14-b-ctrl
1993-26-a: Transfer Function of CSTR with First-order Reaction
1993-26-b: Feedback Control of Second-order System
1994
1994-26: Impulse Response of Second-order System
1994-27: Closed-loop Transfer Function and Steady-state Error
1994-28: Stability of Closed Loop - Routh
1995
1995-1-o: Transfer Function of PD Controller
1995-1-p: Reduction of Offset with P-controller on First-order System
1995-1-q: Bode Diagram - Input Function
1995-1-r: Pole of Transfer Function - Root-locus Method
1995-1-s: Gas Chromatography - Measurement
1995-1-t: Bode Stability Criteria
1995-1-u: Response of Two Tanks in Series
1995-1-v: Transfer Function of Dead-time System
1995-1-w: Time Constant of First-order System - Resistance and Capacitance
1995-2-s: Transfer Function of Unbounded Input
1995-25: Step Response of Thermometer
1995-26: Ramp Response of First Order System
1995-27-ctrl
1995-28-ctrl
1995-29: Root Locus
1996
1996-1-23-ctrl
1996-1-24-ctrl
1996-1-25-ctrl
1996-2-15: Transfer Function of Proportional plus Reset Controller
1997
1997-1-23: Transfer Function of PID Controller
1997-1-24: Transfer Function of First Order plus Time Delay System
1997-1-25: Location of Poles of Transfer Function in s-plane
1997-1-26: Laplace Transform of a Function
1997-1-27: First Order System with Proportional Controller
1997-2-19: Step Response of Second Order System
1997-8: Offset of Closed Loop for Step Change in Set Point
1997-26: Crossover Frequency and Ultimate Gain
1997-27: Controller Gain from Routh Test
1998
1998-1-23: Root Locus
1998-1-24: Phase Shift of First Order System for Frequency Input
1998-2-20: Output from PI Controller for Step Change in Error
1998-2-21: Transfer Function and Phase Shift
1998-2-22: Damping Ratio of Second Order System
1998-2-23: Closed Loop with Integrating Process and Integral Controller
1998-24: Routh Test
1998-25-ctrl
1999
1999-1-25-ctrl
1999-1-26: Response of System with Double Pole at the Origin
1999-1-27: Frequency Response of First Order System
1999-1-28: Example of Under-damped System
1999-2-16: Initial Value of a System from Transfer Function
1999-2-17: Stability of Transfer Functions
1999-2-18: Transportation Lag, Control Valve - Characteristics
1999-19-ctrl
1999-20-ctrl