CL-9260 (52485) (3).pdfExperiment 5 555 IC single-shot multivibrator Experiment 6 Power variator...

4210 rue Jean-Marchand, Quebec, QC G2C 1Y6, Canada Phone: 418 688 9067 / 800 567 0791 / 810 222 4525 (USA)Fax: 418 843 3444 / Email: [email protected]

Rev. 2016/09 WWW.CONSULAB.COM

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SOLID-STATE CONTROL CIRCUITS

CL-9260 (52485)

CL-9260


Consulab Éducatech Inc. 5100, rue des Tournelles, Suite 500

Québec, QC CANADA G2J 1E4 Phone: 418-688-9067/ 800-567-0791 Fax: 418-688-9526

Email: [email protected] Internet : http//www.consulab.com© 2008 Consulab Éducatech, Inc.

Rev. 2008/05

MAIN FEATURES

• Designed to answer the objectives of any module related to electronic control circuits.

• Consists of ten (10) solid-state circuit boards mounted with OEM components

• Testing points well identified• Gives the student hands-on experiments with

electronic components highly used in the industry today.

• Uses Consulab Moduponent® system (transparent plastic plate)

• Fully compatible with various curricula.• Includes a lab manual with answers and a storage

cabinet.

DESCRIPTION

The CL-9260 trainer Solid-State Control Circuits has been designed to help teach solid-state control systems. The trainer allows the student to learn basic principles of electronics so as to be able to prepare and insure basic maintenance programs of electronic systems. The trainer also helps the student understand, explain, and verify the operations for different components (resistors, diode, transistors, relays, photo-cells basics, logic circuit, display, binary-decoder, etc.) and solid-state circuit used in industry. Storage cabinet included.

The CL-9260 Moduponents® help the student to learn:

• Various stages in transforming alternative signals into positive direct signals• Different methods for polarizing bipolar transistors• Transforming random signals into square waves• Electromechanical relay wiring method• Pulse generation with RC circuit and transistors (multivibrator)• Monostable oscillator using a 555 integrated circuit.• TRIAC and DIAC operation• Filter operation in eliminating frequency interferences• Electronic relay operation• Operation of integrated circuits used in TRIAC zero-voltage triggering• Optical sensor operation• Solid-state thermostat• Operation of a BCD counter, a 7-segment BCD decoder and a BDC decimal decoder• Shift register operation

CL-9260 Storage Cabinet

CL-9260





Rev. 2008/05

MAIN FEATURES

• Designed to answer the objectives of any module related to electronic control circuits.

• Consists of ten (10) solid-state circuit boards mounted with OEM components

• Testing points well identified• Gives the student hands-on experiments with

electronic components highly used in the industry today.

• Uses Consulab Moduponent® system (transparent plastic plate)

• Fully compatible with various curricula.• Includes a lab manual with answers and a storage

cabinet.

DESCRIPTION

The CL-9260 trainer Solid-State Control Circuits has been designed to help teach solid-state control systems. The trainer allows the student to learn basic principles of electronics so as to be able to prepare and insure basic maintenance programs of electronic systems. The trainer also helps the student understand, explain, and verify the operations for different components (resistors, diode, transistors, relays, photo-cells basics, logic circuit, display, binary-decoder, etc.) and solid-state circuit used in industry. Storage cabinet included.

The CL-9260 Moduponents® help the student to learn:

• Various stages in transforming alternative signals into positive direct signals• Different methods for polarizing bipolar transistors• Transforming random signals into square waves• Electromechanical relay wiring method• Pulse generation with RC circuit and transistors (multivibrator)• Monostable oscillator using a 555 integrated circuit.• TRIAC and DIAC operation• Filter operation in eliminating frequency interferences• Electronic relay operation• Operation of integrated circuits used in TRIAC zero-voltage triggering• Optical sensor operation• Solid-state thermostat• Operation of a BCD counter, a 7-segment BCD decoder and a BDC decimal decoder• Shift register operation

CL-9260 Storage Cabinet



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CL-9260

CL-9260





Rev. 2008/05

LIST OF EXPERIMENTS

Experiment 1 Direct voltage supply source

Experiment 2 Bipolar PNP transistor polarization circuits

Experiment 3 Transistorized Schmitt trigger

Experiment 4 Transistorized single-shot multivibrator

Experiment 5 555 IC single-shot multivibrator

Experiment 6 Power variator

Experiment 7 Optical insulation solid-state relay

Experiment 8 Solid-state thermostat

Experiment 9 Decimal digital up-counter with decoder and DCB display, decimal and seven segments

Experiment 10 8 bit shift register

LIST OF MODUPONENTS®

MODEL QTY DETAILSCL-9260-01 1 AC/DC POWER SUPPLY

CL-9260-02 1 POLARIZED BIPOLAR TRANSISTOR

CL-9260-03 1 SCHMITT TRIGGER

CL-9260-04 1 MONOSTABLE TRANSISTOR MULTIVIBRATOR

CL-9260-05 1 MONOSTABLE INTEGRATED CIRCUIT MULTIVIBRATOR

CL-9260-06 1 POWER REGULATOR

CL-9260-07 1 OPTICAL INSULATION SOLID-STATE RELAY

CL-9260-08 1 SOLID-STATE THERMOSTAT

CL-9260-09 1 DECIMAL DIGITAL UP-COUNTER WITH BCD-DISPLAY DECODER

CL-9260-10 1 8-BIT SHIFT REGISTER



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AC/DC POWER SUPPLY

CL-9260-01

CL-9260-01

AC/DC POWER SUPPLY




Rev. 2008/05

MAIN FEATURES • AC/DC output voltage insulated from the network• Fully protected by fuses• Supply leads provided• Power supplied from the 120V AC network.• Pre-wired circuit for rapid learning.• Strategically located test points.

DESCRIPTION

CL-9260-01 is used both as an experiment module and an AC/DC power supply tothe CL-9260 trainer. As an experiment module, the CL-9260-01 board is specifically designed to teach the student how to operate a regulated DC power supply using measurement instruments. The power supply primarily consists of the following components: a transformer, diodes, capacitors, resistors, three pin voltage regulators, switches and protective fuses. As an AC/DC power supply, the CL-9260-01provides the safe operating voltage (5 and 12VDC, 120/220VAC) required for theexperiments. The CL-9260 experiments using the AC/DC power supply deal withthe following subjects:

• Transformer• Single and double rectifier circuits• Capacitive filter• Voltage regulation:

o Zener diodeo Three-pin integrated circuit

SPECIFICATIONS

DESCRIPTION CL-9260-01-00 CL-9260-01-50

Frequency: 60 Hz 50 Hz

Line voltage: 120 VAC 220 VAC

Operating pilot lamp: Red LED

Initial starting: ON/OFF main switch

Regulated DC Power Supply

Output voltage: 12 VDC, 5 VDC

Output current: 1 A

Load regulation: 0.12 VDC

Ripple: Max. 4 mVp-to-p

Input protection: 1 A per fuse (2)

Output protection: Electronic current limit

Electric insulation: Transformer

CL-9260-01

AC/DC POWER SUPPLY




Rev. 2008/05

MAIN FEATURES • AC/DC output voltage insulated from the network• Fully protected by fuses• Supply leads provided• Power supplied from the 120V AC network.• Pre-wired circuit for rapid learning.• Strategically located test points.

DESCRIPTION

CL-9260-01 is used both as an experiment module and an AC/DC power supply tothe CL-9260 trainer. As an experiment module, the CL-9260-01 board is specifically designed to teach the student how to operate a regulated DC power supply using measurement instruments. The power supply primarily consists of the following components: a transformer, diodes, capacitors, resistors, three pin voltage regulators, switches and protective fuses. As an AC/DC power supply, the CL-9260-01provides the safe operating voltage (5 and 12VDC, 120/220VAC) required for theexperiments. The CL-9260 experiments using the AC/DC power supply deal withthe following subjects:

• Transformer• Single and double rectifier circuits• Capacitive filter• Voltage regulation:

o Zener diodeo Three-pin integrated circuit

SPECIFICATIONS



Line voltage: 120 VAC 220 VAC

Operating pilot lamp: Red LED

Initial starting: ON/OFF main switch

Regulated DC Power Supply

Output voltage: 12 VDC, 5 VDC

Output current: 1 A

Load regulation: 0.12 VDC

Ripple: Max. 4 mVp-to-p

Input protection: 1 A per fuse (2)

Output protection: Electronic current limit




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AC/DC POWER SUPPLY

CL-9260-01

CL-9260-01

AC/DC POWER SUPPLY




Rev. 2008/05

SPECIFICATIONS


AC Power Supply


Output voltage: 120 VAC 220 VAC

Output current: 1 AAC max. 2 AAC max.

Protection: Fuse


Initial starting: ON/OFF switch, green LED

Connectors:Output terminal block screws for 5/12 VDC

120 VAC output power socket 220 VAC output power socket

Power cords: Input: 120 VAC, 3 wires, 2 m

Output: 120 VAC, 2 wires, 2 mInput: 220 VAC, 3 wires, 2 m

Output: 220 VAC, 2 wires, 2 m

Physical Specifications

Moduponent®: Triple size

Dimensions: 24.8 x 13.3 x 10.8 cm (9 ¾ x 5 ¼ x 4 ¼ in)

Weight: 2.2 kg (4.9 lb)

Product number: 52485



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BIPOLAR TRANSISTOR

CL-9260-02

CL-9260-02

POLARIZEDBIPOLAR TRANSISTOR




Rev. 2008/05

MAIN FEATURES • Low-cost transistor commonly used in industry• Rapid adjustment of the operating point when using manual trimming

potentiometers• Testing points available at main spots

DESCRIPTION

The CL-9260-02 is specifically designed to teach the student how to operate a bipolar transistor according to its operation characteristics such as the current gain (β), the operating point (Vce, Ic) and the transistor stability in four different types of polarization circuits. The CL-9260 experiments using the polarized bipolar transistor deal with the following subjects:

• Current gain (β)• Operating point (Vce, Ic)• Polarization circuits:

o Fixedo Voltage reactingo Current reactingo Universal

• Operating point stability in temperature variation and/or in gainvariation

• Bipolar transistor operation in switch mode (blocked, saturated) oramplifier mode

SPECIFICATIONS


Supply voltage: 12 VDC (with use of the CL-9260-01)

Transistor type: Bipolar NPN mounted

Operating point adjustment: Trimming pot on the transistor base

Input connectors: 12 VDC terminal block screws


Moduponent®: Single size

Dimensions: 8.26 x 13.3 x 4.45 cm (3 ¼ x 5 ¼ x 1 ¾ in)



EQUIPMENT REQUIRED BUT NOT INCLUDED:

• Multimeter• Soldering iron• Pliers (for cooling down the transistor)• 1 ⅛” flathead screwdriver

CL-9260-02

POLARIZEDBIPOLAR TRANSISTOR




Rev. 2008/05

MAIN FEATURES • Low-cost transistor commonly used in industry• Rapid adjustment of the operating point when using manual trimming

potentiometers• Testing points available at main spots

DESCRIPTION

The CL-9260-02 is specifically designed to teach the student how to operate a bipolar transistor according to its operation characteristics such as the current gain (β), the operating point (Vce, Ic) and the transistor stability in four different types of polarization circuits. The CL-9260 experiments using the polarized bipolar transistor deal with the following subjects:

• Current gain (β)• Operating point (Vce, Ic)• Polarization circuits:

o Fixedo Voltage reactingo Current reactingo Universal

• Operating point stability in temperature variation and/or in gainvariation

• Bipolar transistor operation in switch mode (blocked, saturated) oramplifier mode

SPECIFICATIONS



Transistor type: Bipolar NPN mounted

Operating point adjustment: Trimming pot on the transistor base

Input connectors: 12 VDC terminal block screws







• Multimeter• Soldering iron• Pliers (for cooling down the transistor)• 1 ⅛” flathead screwdriver



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SCHMITT TRIGGER

CL-9260-03

CL-9260-03

SCHMITT TRIGGER




Rev. 2008/05

MAIN FEATURES • Industrial electromechanical relay• Three (3) inputs available• NTC thermistor (temperature sensor)• Safety connectors• Testing points at main spots

DESCRIPTION

The CL-9260-03 is specifically designed to teach the student how to operate a Schmitt trigger that is mounted with NPN bipolar transistors, a temperature sensor (NTC thermistor), an electromechanical relay and diodes. The CL 9260 experiments using the Schmitt trigger deal with the following subjects:

• Schmitt trigger• Flip-flop threshold• Electromechanical relay operation• Thermistor

SPECIFICATIONS


Control circuit: 12 VDC (with use of the CL 9260-01)

Load voltage: Insulated 120 VAC Insulated 220 VAC

Maximum Load: 120 W 220 W

Adjustment: Trimming pot

Output status: Red LED

Testing points: Transistors (E, B, C)

Schmitt Trigger

Flip-flop thresholds: 2 levels available per selector

Higher level voltage: 1.7/1.17 V

Lower level voltage: 0.85/0.73 V

Output Signals

Temperature sensor: 5 kΩ NTC thermistor

Simulated sensor: 10 kΩ trimming pot

Transducer: Available on request

Electromechanical Relay

Switch circuit: 240 VAC, 10 A

Holding coil voltage: 12 VDC

CL-9260-03

SCHMITT TRIGGER




Rev. 2008/05

MAIN FEATURES • Industrial electromechanical relay• Three (3) inputs available• NTC thermistor (temperature sensor)• Safety connectors• Testing points at main spots

DESCRIPTION

The CL-9260-03 is specifically designed to teach the student how to operate a Schmitt trigger that is mounted with NPN bipolar transistors, a temperature sensor (NTC thermistor), an electromechanical relay and diodes. The CL 9260 experiments using the Schmitt trigger deal with the following subjects:

• Schmitt trigger• Flip-flop threshold• Electromechanical relay operation• Thermistor

SPECIFICATIONS


Control circuit: 12 VDC (with use of the CL 9260-01)

Load voltage: Insulated 120 VAC Insulated 220 VAC

Maximum Load: 120 W 220 W

Adjustment: Trimming pot

Output status: Red LED

Testing points: Transistors (E, B, C)

Schmitt Trigger

Flip-flop thresholds: 2 levels available per selector

Higher level voltage: 1.7/1.17 V

Lower level voltage: 0.85/0.73 V

Output Signals

Temperature sensor: 5 kΩ NTC thermistor

Simulated sensor: 10 kΩ trimming pot

Transducer: Available on request

Electromechanical Relay

Switch circuit: 240 VAC, 10 A

Holding coil voltage: 12 VDC



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SCHMITT TRIGGER

CL-9260-03

CL-9260-03

SCHMITT TRIGGER




Rev. 2008/05


Connectors

Terminal block screws: Input: 12 VDC

Input: External transducer Output: Resistive load

Male receptacle: Insolated input: 120 VAC Insolated input: 220 VAC



Dimensions: 8.26 x 13.3 x 5.7 cm (3 ¼ x 5 ¼ x 2 ¼ in)




• Multimeter• Resistive load (120 W max./60 Hz ) or (220 W max./50 Hz)• 1 ⅛” flathead screwdriver

OPTIONAL EQUIPMENT

• Transducer



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MONOSTABLE TRANSISTOR MULTIVIBRATOR

CL-9260-04

CL-9260-04

MONOSTABLE TRANSISTORMULTIVIBRATOR




Rev. 2008/05

MAIN FEATURES • Permits study of RC circuits• Adjustable output pulse duration• Push-button for enabling/disabling the control signal• Output level LED• ON/OFF switch• Testing points at main spots

DESCRIPTION

The CL-9260-04 is specifically designed to teach the student how to operate a monostable transistor multivibrator that is mounted with NPN bipolar transistors, capacitors, resistors and diodes. The CL-9260 experiments using the monostable multivibrator deal with the following subjects:

• Bipolar transistor multivibrators:o Stable conditiono Unstable condition

• Control circuit: Pulse generator• RC circuit time constant

SPECIFICATIONS



Testing points: Transistors (B, C) / Reference

Monostable Bipolar Transistor Multivibrator

Output pulse adjustment: Trimming pot

Maximum pulse duration: 25 s

Minimum pulse duration: 2.5 s

Higher logical level voltage: 12 VDC

Lower logical level voltage: 1 VDC

Output level indicator: Red LED

Initial starting: ON/OFF Switch

Control Signals

Max. higher level voltage: 12 V

Lower level voltage: 0 V

Triggering: Push-button

CL-9260-04





Rev. 2008/05

MAIN FEATURES • Permits study of RC circuits• Adjustable output pulse duration• Push-button for enabling/disabling the control signal• Output level LED• ON/OFF switch• Testing points at main spots

DESCRIPTION

The CL-9260-04 is specifically designed to teach the student how to operate a monostable transistor multivibrator that is mounted with NPN bipolar transistors, capacitors, resistors and diodes. The CL-9260 experiments using the monostable multivibrator deal with the following subjects:

• Bipolar transistor multivibrators:o Stable conditiono Unstable condition


SPECIFICATIONS



Testing points: Transistors (B, C) / Reference

Monostable Bipolar Transistor Multivibrator



Minimum pulse duration: 2.5 s



Output level indicator: Red LED

Initial starting: ON/OFF Switch

Control Signals



Triggering: Push-button



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MONOSTABLE TRANSISTOR MULTIVIBRATOR

CL-9260-04

CL-9260-04





Rev. 2008/05


Connectors


Output: Multivibrator



Dimensions: 8.26 x 13.34 x 5.08 cm (3 ¼ x 5 ¼ x 2 in)




• Multimeter• Oscilloscope• 1⅛” flathead screwdriver• Stopwatch



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MONOSTABLE INTEGRATEDCIRCUIT MULTIVIBRATOR

CL-9260-05

CL-9260-05





Rev. 2008/05

MAIN FEATURES • Permits the study of integrated circuits frequently used in industry• Fault simulation included• Study of RC circuits• Adjustable output pulse duration• Push-button for enabling/disabling the control signal• Output level LED• ON/OFF switch• Zero reset button• Testing points at main spots

DESCRIPTION

The CL-9260-05 is specifically designed to teach the student how to operate a monostable multivibrator mounted with 555-type integrated circuits, capacitors, resistors and diodes. The CL-9260 experiments using the monostable multivibrator deal with the following subjects:

• Monostable integrated circuit multivibrator:o Stable conditiono Unstable conditiono Zero reset


SPECIFICATIONS


Supply voltage: 12 VDC (with use of the CL 9260-01)

Testing points: CI-555 pins

Monostable Multivibrator



Minimum pulse duration: 9 s



Indicator: Red LED

Output level: Switch

Zero reset: N.O. push-button

Control Signals



Triggering: N.O. Push-button

CL-9260-05





Rev. 2008/05

MAIN FEATURES • Permits the study of integrated circuits frequently used in industry• Fault simulation included• Study of RC circuits• Adjustable output pulse duration• Push-button for enabling/disabling the control signal• Output level LED• ON/OFF switch• Zero reset button• Testing points at main spots

DESCRIPTION

The CL-9260-05 is specifically designed to teach the student how to operate a monostable multivibrator mounted with 555-type integrated circuits, capacitors, resistors and diodes. The CL-9260 experiments using the monostable multivibrator deal with the following subjects:

• Monostable integrated circuit multivibrator:o Stable conditiono Unstable conditiono Zero reset


SPECIFICATIONS


Supply voltage: 12 VDC (with use of the CL 9260-01)

Testing points: CI-555 pins

Monostable Multivibrator



Minimum pulse duration: 9 s



Indicator: Red LED

Output level: Switch

Zero reset: N.O. push-button

Control Signals



Triggering: N.O. Push-button



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CL-9260-05

CL-9260-05





Rev. 2008/05


Connectors


Output: Multivibrator



Dimensions: 8.26 x 13.34 x 5.08 cm (3 ¼ x 5 ¼ x 2 in)




• Multimeter• Oscilloscope• 1⅛” flathead screwdriver• Stopwatch



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POWER REGULATOR

CL-9260-06

CL-9260-06

POWER REGULATOR




Rev. 2008/05

MAIN FEATURES • Permits the study of electronic control circuits frequently used in

industry• RC circuit with adjustable double phase shift• Interference filter• OEM industrial components• Testing points at main spots

DESCRIPTION

The CL-9260-06 is specifically designed to teach the student how to operate a power regulator assembled with a triac, a diac, RC phase control circuit and an interference LC filter circuit. The CL-9260 experiments using the power regulator deal with the following subjects:

• Triac and diac• Triac operated with adjustable phase shift:

o Power variationo Hyterisis

• Interference filter:o Smoothing inductoro By-pass capacitor

SPECIFICATIONS


Supply voltage (with use of the CL-9260-01): 120 VAC 220 VAC


Max. resistive load: 120 VAC 220 VAC

Power control: Triac operation with phase adjustment

Trigger device: Diac, 32 V

Test points: At all circuit nodes

Phase Adjustment

Adjustment type: Double dephasing circuit mounting

Energizing angle: Adjustable 0-180° with trimming pot

Hyteresis: 20° approx.

Trimming pot protection:: Smoothing inductance, filter capacitor

Connectors

Screw in terminal blocks: Output resistive load

Plug: Input: insulated 120/220 VAC

CL-9260-06

POWER REGULATOR




Rev. 2008/05

MAIN FEATURES • Permits the study of electronic control circuits frequently used in

industry• RC circuit with adjustable double phase shift• Interference filter• OEM industrial components• Testing points at main spots

DESCRIPTION

The CL-9260-06 is specifically designed to teach the student how to operate a power regulator assembled with a triac, a diac, RC phase control circuit and an interference LC filter circuit. The CL-9260 experiments using the power regulator deal with the following subjects:

• Triac and diac• Triac operated with adjustable phase shift:

o Power variationo Hyterisis

• Interference filter:o Smoothing inductoro By-pass capacitor

SPECIFICATIONS


Supply voltage (with use of the CL-9260-01): 120 VAC 220 VAC


Max. resistive load: 120 VAC 220 VAC

Power control: Triac operation with phase adjustment

Trigger device: Diac, 32 V

Test points: At all circuit nodes

Phase Adjustment

Adjustment type: Double dephasing circuit mounting

Energizing angle: Adjustable 0-180° with trimming pot

Hyteresis: 20° approx.

Trimming pot protection:: Smoothing inductance, filter capacitor

Connectors

Screw in terminal blocks: Output resistive load




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POWER REGULATOR

CL-9260-06

CL-9260-06

POWER REGULATOR




Rev. 2008/05








• Multimeter• Oscilloscope• 1⅛” flathead screwdriver• 120-W bulb• Bulb socket



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OPTICAL INSULATIONSOLID-STATE RELAY

CL-9260-07

CL-9260-07





Rev. 2008/05

MAIN FEATURES • Permits to study the optical insulation circuits frequently used in industry• Fault simulation included• High power load supply controlled by logic circuit simulation.• Complete interference elimination• Zero voltage switching• Testing points at main spots

DESCRIPTION

The CL-9260-07 is specifically designed to teach the student how to operate an optical insulation solid-state relay that is assembled with an optical coupler zero voltage trigger circuit, a triac and resistors. The CL-9260 experiments using this specific relay deal with the following subjects:

• Optical coupler• Zero voltage triggering• Triac triggering

SPECIFICATIONS


Supply Voltage (with use of the CL 9260-01)

Control circuit: 12 VDC

Power circuit: 120 VAC 220 VAC


Technical Specifications

Max. load: 120 W 220 W

Test points: Triac, optical coupler, load

Switch: Power ON/OFF

Connectors

Screw in terminal blocks: Output: load







EQUIPMENT REQUIRED BUT NOT INCLUDED: • Multimeter; oscilloscope; 1⅛” flathead screwdriver; 120-W bulb and socket.

CL-9260-07





Rev. 2008/05

MAIN FEATURES • Permits to study the optical insulation circuits frequently used in industry• Fault simulation included• High power load supply controlled by logic circuit simulation.• Complete interference elimination• Zero voltage switching• Testing points at main spots

DESCRIPTION

The CL-9260-07 is specifically designed to teach the student how to operate an optical insulation solid-state relay that is assembled with an optical coupler zero voltage trigger circuit, a triac and resistors. The CL-9260 experiments using this specific relay deal with the following subjects:

• Optical coupler• Zero voltage triggering• Triac triggering

SPECIFICATIONS




Power circuit: 120 VAC 220 VAC




Test points: Triac, optical coupler, load

Switch: Power ON/OFF

Connectors








EQUIPMENT REQUIRED BUT NOT INCLUDED: • Multimeter; oscilloscope; 1⅛” flathead screwdriver; 120-W bulb and socket.



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SOLID-STATE THERMOSTAT

CL-9260-08

CL-9260-08





Rev. 2008/05

MAIN FEATURES • Permits the study of solid-state control circuits frequently used in

industry• Fault simulation included• Comparator with adjustable reference• Temperature probe• Output level LED indicator• High power controlled by low power• Testing points at main spots

DESCRIPTION

The CL-9260-08 is specifically designed to teach the student how to operate a solid-state thermostat that is assembled with a comparator, a triac, a thermistor and a diode. The CL 9260 experiments using the solid-state thermostat deal with the following subjects:

• Analog compressor• Temperature sensor• Electronic thermostat• Load control switch

SPECIFICATIONS




Power circuit: 120 VAC, insulated 220 VAC, insulated




Power control: Triac

Test points: Triac, comparator

Triggering device: PNP bipolar transistor

Temperature sensor: NTC thermistor, 5 kΩ

Output level: Red LED indicator

Analog Comparator

Universal input: Adjustable reference

Non-universal input: Temperature sensor

CL-9260-08





Rev. 2008/05

MAIN FEATURES • Permits the study of solid-state control circuits frequently used in

industry• Fault simulation included• Comparator with adjustable reference• Temperature probe• Output level LED indicator• High power controlled by low power• Testing points at main spots

DESCRIPTION

The CL-9260-08 is specifically designed to teach the student how to operate a solid-state thermostat that is assembled with a comparator, a triac, a thermistor and a diode. The CL 9260 experiments using the solid-state thermostat deal with the following subjects:

• Analog compressor• Temperature sensor• Electronic thermostat• Load control switch

SPECIFICATIONS




Power circuit: 120 VAC, insulated 220 VAC, insulated




Power control: Triac

Test points: Triac, comparator

Triggering device: PNP bipolar transistor

Temperature sensor: NTC thermistor, 5 kΩ

Output level: Red LED indicator

Analog Comparator

Universal input: Adjustable reference

Non-universal input: Temperature sensor



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CL-9260-08

CL-9260-08





Rev. 2008/05


Connectors








EQUIPMENT REQUIRED BUT NOT INCLUDED: • Multimeter• Oscilloscope• 1⅛” flathead screwdriver• 120-W bulb with socket.



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DECIMAL DIGITAL UP-COUNTERw/BCD DISPLAY DECODER

CL-9260-09

CL-9260-09

DECIMAL DIGITAL UP-COUNTERW/BCD DISPLAY DECODER




Rev. 2008/05

MAIN FEATURES • Permits the study of the basics of a binary logic system• Fault simulation included• No external clock required• Debouncing manual clock• TTL integrated circuits mounted on flat supports• Testing points at main spots

DESCRIPTION

The CL-9260-09 is specifically designed to teach the student how to operate a BCD-display decoder assembled with a decoder and 7-segment decimal display up-counter. The CL-9260-09 experiments deal with the following subjects:

• Binary and decimal bases• Decimal up-counter• Debouncing manual clock• Automatic clock

SPECIFICATIONS


Supply voltage (with use of the CL 9260-01): 5 VDC

Up-counter: Decimal, digital

Zero reset: Push-button

IC decoders: BCD decimal

Displays: BCD (4 red LEDs), decimal (10 red LEDs), 7 segments

Test point: Up-counter

Clock

Output level: LED indicator

Debouncing manual clock: RS flip-flop, push-button enabled

Adjustable automatic clock: IC 555 monostable multi-vibrator (0.5-17 Hz)

Clock selector: Manual, automatic

NAND-Gate Binary Decoder

Decoded numbers: 9

Decoder output position selector: 3 positions available (reset to zero after 8 or 9, stop after 9)

Connectors

Screw in terminal blocks: Input: 5 VDC

CL-9260-09





Rev. 2008/05

MAIN FEATURES • Permits the study of the basics of a binary logic system• Fault simulation included• No external clock required• Debouncing manual clock• TTL integrated circuits mounted on flat supports• Testing points at main spots

DESCRIPTION

The CL-9260-09 is specifically designed to teach the student how to operate a BCD-display decoder assembled with a decoder and 7-segment decimal display up-counter. The CL-9260-09 experiments deal with the following subjects:

• Binary and decimal bases• Decimal up-counter• Debouncing manual clock• Automatic clock

SPECIFICATIONS



Up-counter: Decimal, digital



Displays: BCD (4 red LEDs), decimal (10 red LEDs), 7 segments

Test point: Up-counter

Clock

Output level: LED indicator

Debouncing manual clock: RS flip-flop, push-button enabled

Adjustable automatic clock: IC 555 monostable multi-vibrator (0.5-17 Hz)

Clock selector: Manual, automatic

NAND-Gate Binary Decoder

Decoded numbers: 9

Decoder output position selector: 3 positions available (reset to zero after 8 or 9, stop after 9)

Connectors




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DECIMAL DIGITAL UP-COUNTERw/BCD DISPLAY DECODER

CL-9260-09

CL-9260-09





Rev. 2008/05


Moduponent®: Double size

Dimensions: 16.51 x 13.34 x 5.08 cm (6 ½ x 5 ¼ x 2 in)



EQUIPMENT REQUIRED BUT NOT INCLUDED: • Multimeter• Oscilloscope• 1⅛” flathead screwdriver



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8-BIT SHIFT REGISTER

CL-9260-10

CL-9260-10





Rev. 2008/05

MAIN FEATURES • Permits the study of shift register with series input

and parallel output• Fault simulation included• Debouncing manual clock• TTL integrated circuits mounted on flat supports• Testing points at main spots

DESCRIPTION

The CL-9260-10 is specifically designed to teach the student how to operate an 8-bit shift register assembled with shift register, NAND gates, diodes and resistors. The CL-9260-10 experiments deal with the following subjects:

• Shift register• Manual clock• Register input/output on LEDs• Inverter buffer• Input signal control circuit

SPECIFICATIONS



Clock: Debouncing, manual, push-button enabling/disabling, RS flip-flop



Input/output displays: Red LEDs (1/8)

Test points: Register input, clock

Shift Register

Input/Output: Series (1),parallel (8)

Zero setting: Push-button

Input Signal Inversion

Power ON/OFF: Switch

Power ON/OFF indicator: Red LED

Connectors


CL-9260-10





Rev. 2008/05

MAIN FEATURES • Permits the study of shift register with series input

and parallel output• Fault simulation included• Debouncing manual clock• TTL integrated circuits mounted on flat supports• Testing points at main spots

DESCRIPTION

The CL-9260-10 is specifically designed to teach the student how to operate an 8-bit shift register assembled with shift register, NAND gates, diodes and resistors. The CL-9260-10 experiments deal with the following subjects:

• Shift register• Manual clock• Register input/output on LEDs• Inverter buffer• Input signal control circuit

SPECIFICATIONS



Clock: Debouncing, manual, push-button enabling/disabling, RS flip-flop



Input/output displays: Red LEDs (1/8)

Test points: Register input, clock

Shift Register

Input/Output: Series (1),parallel (8)

Zero setting: Push-button

Input Signal Inversion

Power ON/OFF: Switch

Power ON/OFF indicator: Red LED

Connectors




of 20


CL-9260-10

CL-9260-10





Rev. 2008/05






EQUIPMENT REQUIRED BUT NOT INCLUDED: • Multimeter• Oscilloscope• 1⅛’’ flathead screwdriver

CL-9260 (52485) (3).pdfExperiment 5 555 IC single-shot multivibrator Experiment 6 Power variator...

Documents

Transcript of CL-9260 (52485) (3).pdfExperiment 5 555 IC single-shot multivibrator Experiment 6 Power variator...