BISTABLE MULTIVIBRATOR USING TRANSISTOR

Get a Price/Quote

Product Details:

Display LED indicators (2 pcs)
Usage Used for demonstrating multivibrator circuits in educational labs
Power 5V DC, 500mA
Voltage 5 Volts DC
Product Type Electronic Training Kit
Material High-grade PCB, plastic base, electronic components
Design Open demonstration board with printed component layout
Click to view more
Share Your Product:

Request To Call Back Send Inquiry

BISTABLE MULTIVIBRATOR USING TRANSISTOR Price And Quantity

Minimum Order Quantity 1 Unit

Operating Temperature 0C to 50C
Capacitor Value 2.2F (typical)
Assembly Pre-assembled and tested
Transistor Type 2 x BC547 or equivalent
Circuit Type Bistable Multivibrator (Flip-Flop) using discrete NPN transistors
Application Logic state demonstration, memory element trainer
Mounting Type Table-top
Educational Level Suitable for schools, colleges, polytechnics, and training institutes
Connection Type Screw terminals or pin headers for external access
Resistor Value 4.7k, 330 (typical as per circuit)
Output Indication Two onboard LEDs alternate on/off states
Switches 2 x Push-button switches for triggering

BISTABLE MULTIVIBRATOR USING TRANSISTOR Product Specifications

Power 5V DC, 500mA
Weight Approx. 120 grams
Material High-grade PCB, plastic base, electronic components
Voltage 5 Volts DC
Dimension (L*W*H) 90mm x 60mm x 30mm (approximate)
Design Open demonstration board with printed component layout
Product Type Electronic Training Kit
Display LED indicators (2 pcs)
Accuracy High (depends on component tolerance)
Usage Used for demonstrating multivibrator circuits in educational labs
Illuminant LEDs used for visual output
Power Source External DC adapter or battery

Operating Temperature 0C to 50C
Capacitor Value 2.2F (typical)
Assembly Pre-assembled and tested
Transistor Type 2 x BC547 or equivalent
Circuit Type Bistable Multivibrator (Flip-Flop) using discrete NPN transistors
Application Logic state demonstration, memory element trainer
Mounting Type Table-top
Educational Level Suitable for schools, colleges, polytechnics, and training institutes
Connection Type Screw terminals or pin headers for external access
Resistor Value 4.7k, 330 (typical as per circuit)
Output Indication Two onboard LEDs alternate on/off states
Switches 2 x Push-button switches for triggering

BISTABLE MULTIVIBRATOR USING TRANSISTOR Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia
Main Domestic Market All India

Product Description

BISTABLE MULTIVIBRATOR USING TRANSISTOR

Objective: Bistable Multivibrator Apparatus has been designed to study the operation of Bistable Multivibraator using Transistors.

The instrument comprises of the following built in parts:

1. Two transistor CL100 on front panel of the instrument.

2. Fixed DC Regulated power supply of 12 volts to start ON the circuit.

3. A combination of resistnces and cpaciators for biasing the circuit & taking output.

Interactive Demonstration Tool

Designed primarily for educational use, this bistable multivibrator trainer provides an engaging way to explore basic digital electronics. The flip-flop circuit is clearly laid out, with onboard LEDs that swap states each time a push-button is pressed. This hands-on system assists students in visually understanding logic state changes and memory element basics.

Robust and Reliable Construction

Featuring a high-grade PCB, quality electronic parts, and a sturdy plastic base, this trainer withstands repeated classroom handling. Pre-assembled and stringently tested, it offers dependable accuracy that is mostly determined by component tolerances, ensuring consistent performance throughout its operational temperature range.

Versatile Connectivity and Easy Operation

With user-friendly screw terminals and pin headers, the unit allows for straightforward external access and connections. Powered by a 5V DC adapter or battery and consuming minimal current, it works efficiently as a table-top device in various educational environments, from basic school labs to advanced polytechnic courses.

FAQs of BISTABLE MULTIVIBRATOR USING TRANSISTOR:

Q: How does the bistable multivibrator trainer operate?

A: The trainer uses two NPN transistors (such as BC547) arranged in a flip-flop configuration. When a push-button is pressed, it triggers one transistor to switch on as the other switches off, causing the LEDs to alternate their states. This provides a visual demonstration of binary logic and memory storage.

Q: What educational applications can this product be used for?

A: This trainer is widely used for demonstrating the working principle of bistable multivibrators in various settings, including schools, colleges, polytechnics, and training institutes. It is ideal for illustrating digital logic, flip-flop operation, and basic memory element concepts in a hands-on, interactive format.

Q: When should I use the push-button switches?

A: You should press either of the two push-button switches whenever you wish to trigger a state transition. Each press alternates the LEDs, effectively simulating digital logic state changes and teaching the concept of bistable memory elements.

Q: Where can this multivibrator trainer be placed during experiments?

A: The device is engineered for table-top placement in laboratories or classrooms. Its compact size and sturdy construction make it easy to position on any standard workspace for convenient access and demonstration.

Q: What is the process for connecting external devices to the trainer?

A: This model includes screw terminals and pin headers, allowing external components or measuring instruments to be connected easily. Simply use standard jumper wires to access signals for advanced experimentation or further circuit integration.

Q: What benefits do the onboard LEDs provide?

A: The dual LED system provides immediate visual confirmation of the flip-flop state, enhancing student comprehension. By clearly showing how pressing the switches changes states, learners can directly observe binary operations and memory retention, supporting a deeper understanding of digital electronics.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

Other Products in 'Multivibrators Trainers' category

Applications Of IC 555 Minimum Order Quantity : 1 Power Source : External DC supply Usage : Timers, oscillators, pulse generation, LED/relay drivers Accuracy : High timing accuracy in monostable and astable modes Product Type : Integrated Circuit (Timer IC) Design : Bipolar/CMOS monolithic construction Material : Silicon (semiconductor), plastic DIP or SOIC casing Charging Time : Depends on external RC network; configurable Dimension (L*W*H) : 8pin DIP: approx 10.16 x 6.35 x 4.57 mm Voltage : 4.5V to 16V DC operating range Weight : Approx. 0.5 g (DIP8 package) Power : Low power consumption, typically 200 mW max Display : Not included / To be interfaced separately Detector : Not applicable / Not integrated Illuminant : Not applicable / Not integrated

Send Inquiry

Monostable Multivibrator Using IC 555 Minimum Order Quantity : 1 Power Source : External DC supply Usage : Pulse generation, timing applications, waveform shaping Accuracy : High pulse accuracy determined by R and C values Product Type : Electronic Timer Circuit Board Design : Monostable multivibrator based on IC 555 Material : FR4 PCB with electronic components Charging Time : Depends on RC time constant, typically adjustable Dimension (L*W*H) : Approx. 90 mm x 60 mm x 25 mm (assembled PCB) Voltage : 5V to 15V DC operating range Weight : Approx. 50 grams Power : Batteries or DC adapter Display : No display provided Detector : No builtin detector (external trigger required) Illuminant : Not applicable (no light source)

Send Inquiry

Astable Multivibrators using Transistors. Minimum Order Quantity : 1 Power Source : DC power supply or battery Usage : Pulse generation, LED/relay flasher, oscillator, timing circuits Accuracy : Circuit dependent (typically reliable for basic timing applications) Product Type : Electronic Timing Circuit Design : Standard astable multivibrator, twotransistor configuration Material : General electronic components (transistors, resistors, capacitors, PCB or breadboard) Charging Time : Determined by RC time constants Dimension (L*W*H) : Dependent on component layout; commonly compact on breadboard or PCB Voltage : Recommended 5V12V DC operation Weight : Depends on component selection; typically < 50g Power : Generally operates at 5V12V DC; depends on design Display : Not included (LEDs can be connected for visual indication) Detector : Not applicable (functions as oscillator/timer) Illuminant : None (LEDs may be driven as output)

Send Inquiry

Monostable Multivibrator Using Transistors Minimum Order Quantity : 1 Power Source : DC power supply Usage : Pulse generation, timing applications, switching circuits, waveform shaping Accuracy : High stability and timing accuracy, typically within 5% depending on component selection Product Type : Monostable Multivibrator (Pulse Generator Circuit) Design : Discrete transistorbased monostable multivibrator Material : PCB (fiberglass), plastic casing, standard electronic components Charging Time : Variable; determined by RC time constant Dimension (L*W*H) : 75 mm x 50 mm x 15 mm (approximation based on general PCB size) Voltage : Input voltage: 9V to 12V DC; Output pulse voltage: close to supply voltage Weight : Approx. 50 grams Power : Operates typically at 9V to 12V DC Display : No display present Detector : No detector; triggered by external input pulse

Send Inquiry

SEND INQUIRY CALL ME FREE