Electronics and circuit engineering. EiS-MRC
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EiS-MRC
Electronics and circuit engineering. Manual monoblock design
Delivery time is 12 weeks
Commisioning is not necessary
Electronics and circuit engineering. Manual monoblock design
Delivery time is 12 weeks
Commisioning is not necessary
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Description
This laboratory bench provides the following laboratory and practical works to be performed in professional educational institutions of the subjects of Physical basics of electronics, Electronics, Circuit engineering, Digital electronics.
Digital electronics
- Study of basics logical elements .
- Study of decoders and encoders.
- Study of multiplexer and demultiplexer.
- Study of summers.
- Study of RS-triggers.
- Study of D, JK-triggers.
- Study of meters.
- Study of parallel register.
- Study of ADC.
- Study of DAC.
- Study of DAC и ADC.
- Study of digital comparison devices.
- Study of buffer elements.
- Study of digital potentiometer.
- Study of protection chip.
- Study of PWM controller.
- Study of arithmetic-logic unit.
- Study of RAM.
- Study of ROM.
- Troubleshooting of contact bounce.
- Study of characteristics of diode.
- Study of characteristics of Schottky diode.
- Study of characteristics of stabilitron.
- Study of characteristics of LED.
- Study of characteristics of bipolar transistor n-p-n type.
- Study of circuit of amplifying cascade on bipolar transistor n-p-n type.
- Study of characteristics of bipolar transistor p-n-p type.
- Study of circuit of amplifying cascade on bipolar transistor p-n-p type.
- Study of characteristics of field transistor with n-channel.
- Study of circuit of amplifying cascade on field transistor with n-channel.
- Study of characteristics of field transistor with p-channel.
- Study of circuit of amplifying cascade on field transistor with p-channel.
- Study of characteristics of IGBT transistor with n-channel.
- Study of characteristics of thyristor.
- Study of circuit of half-wave rectifier on thyristor.
- Study of characteristics of symistor.
- Study of circuit of controlled thyristor.
- Study of circuit of amplifier-inverter on operational amplifiers.
- Study of circuit of non-inverting amplifier on operational amplifiers.
- Study of circuit of differential amplifier on operational amplifiers.
- Study of circuit of summing amplifier on operational amplifiers.
- Study of circuit of deducting amplifier on operational amplifiers.
- Study of circuit of integrator on operational amplifiers.
- Study of circuit of single input comparator on operational amplifiers.
- Study of circuit of two-input comparator on operational amplifiers.
- Study of circuit of multivibrator on operational amplifiers.
- Study of circuit of regenerative comarator on operational amplifiers.
- Study of digital integrated 2NAND gate circuits.
- Study of digital integrated 2NOR gate circuits.
- Study of digital integrated 2OR gate, 2AND gate circuits.
- Study of RS, D-triggers.
- Study of JK-triggers.
- Study of characteristics of first-order passive filters.
- Study of characteristics of first-order active filters.
- Study of characteristics of second-order active filters on operational amplifiers.
- Study of double-way uncontrolled rectifier circuit.
- Study of bridge uncontrolled rectifier circuit.
- Study of double-way controlled rectifier circuit.
- Study of parametric voltage regulator on stabilitron .
- Study of parametric voltage regulator on transistor.
- Study of compensation stabilizer circuit.
- Study of composite transistor circuit.
- Study of circuit of thyristor model on bipolar transistor.
- Study of cascade connection of transistors.
- Study of common emitter amplifier cascade.
- Study of common collector amplifier cascade.
- Study of common base amplifier cascade.
- Study of circuit of power amplifier on operational amplifiers.
- Study of circuit of power amplifier with pulse-width modulation.
- Study of harmonic oscillator circuit with the Wien bridge.
- Study of harmonic oscillator circuit on two operational amplifiers.
- Study of ramp generator circuit.
- Study of triangular voltage generator circuit.
- Study of RS-trigger on logical elements.
- Study of D-trigger on logical elements.
- Study of JK-trigger on logical elements.
- Monoblock Profi-C consist of: control and indication elements, pulse generator, adjustable level, digital voltmeter, field for installing functional modules, LED matrix, seven-segment two-digit indicator, filter.
- Monoblock Profi-A consists of adustable power supply, regulator, functional generator, installation field for functional modules, measuring instruments,discrete-regulated active resistance, discrete-regulated capacitive resistance.
- Sets of module (4 pcs.).
- Oscillograph.
- Set of connecting cables.
- Technical description.
- Methodology instructions on how to perform the laboratory works.
Specifications
Design style | monoblock design |
Type of control | manual design |
Dimensions, mm | 800х300х150 |
Weight, kg | 10 |
Voltage, V | 220 |
Power consumption, VA | 50 |