Bistable Multivibrator using IC 555

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Product Details:

Power Low power consumption (depends on supply voltage, typically <50mW)
Usage General-purpose digital switching, memory storage, toggle switches
Display No display; output via voltage level at output pin
Voltage Operates at 5V to 15V DC
Product Type Bistable Multivibrator Circuit
Material PCB, electronic components (IC 555, resistors, capacitors, switches)
Design Discrete through-hole components; standard PCB layout
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Bistable Multivibrator using IC 555 Price And Quantity

Minimum Order Quantity 1 Unit

Bistable Multivibrator using IC 555 Product Specifications

Power Low power consumption (depends on supply voltage, typically <50mW)
Product Type Bistable Multivibrator Circuit
Design Discrete through-hole components; standard PCB layout
Accuracy High accuracy in bistable switching between set and reset states
Display No display; output via voltage level at output pin
Voltage Operates at 5V to 15V DC
Power Source DC supply (battery or adapter)
Usage General-purpose digital switching, memory storage, toggle switches
Dimension (L*W*H) 75mm x 50mm x 25mm (approx. for PCB assembly)
Weight Approximately 50 grams (assembled unit)
Charging Time Instantaneous (depends on trigger input)
Material PCB, electronic components (IC 555, resistors, capacitors, switches)

Assembly Type Through-hole soldering
Output Current Up to 200mA (depending on IC 555 type)
Trigger Method Manual push-button switches (Set & Reset)
Switch Type Push button (momentary contact)
IC Type NE555 Timer IC
Mounting PCB mount
Switching Mode Bistable (Toggle mode)
Typical Applications Toggle switch circuits, memory elements, simple data storage, control systems
Output Type Digital (high/low logic levels)
Component Package DIP (Dual Inline Package) for IC 555
Operating Temperature Range 0C to 70C (typical for general-purpose components)

Bistable Multivibrator using IC 555 Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 1 Days
Main Domestic Market All India

Product Description

Bistable Multivibrator using IC 555 has been designed to study the characteristics of Bistable Multivibrator.

The instrument comprises of the following builtin parts:-

1) IC 555 placed inside the cabinet & connections brought out at sockets.
2) DC regulated power supply of 5Volts available on sockets.
3) Various resistances & capacitors connected inside the cabinet & connections brought out on the sockets.
4) Two Push To ON switches are provided on front panel, active low and active high for trigger input.

Precise Digital Toggle Solution

The NE555-based bistable multivibrator provides instant and accurate digital switching for memory storage and control systems. Utilizing manual push-button triggers for easy set and reset operations, it delivers consistent high or low logic outputs. Its design ensures durability and straightforward integration onto standard PCBs, making it an optimal choice for electronics projects and industrial applications alike.

Versatile Applications and User Benefits

Widely used as a digital toggle switch, this module can act as a memory device or a basic data storage solution. Its stable and dependable operation improves system reliability in both hobbyist experiments and professional control panels. Cost-effective and highly versatile, it serves educators, manufacturers, and developers needing efficient logic switching.

FAQs of Bistable Multivibrator using IC 555:

Q: How does the bistable multivibrator using a NE555 Timer IC operate?

A: This circuit works in a bistable mode, where manual push-button switches (Set and Reset) change the output state between ON (high) and OFF (low). Once triggered, the state persists until the alternative button is pressed, offering stable digital outputs for switching and memory applications.

Q: What are the typical usage scenarios for this bistable multivibrator module?

A: Common uses include toggle switch circuits, memory elements in logic systems, basic data storage, and control systems requiring a reliable ON/OFF or set/reset function. Its straightforward operation makes it suitable for both educational and industrial control circuits.

Q: When should I use a bistable multivibrator rather than other NE555 timer configurations?

A: Choose the bistable mode when you require a latching or memory feature, where the output must remain stable (high or low) until a distinct trigger changes its state, unlike monostable or astable modes that either auto-reset or oscillate continuously.

Q: Where can this module be installed or integrated most effectively?

A: It is designed for mounting on standard PCBs using through-hole soldering. Its compact dimensions (75mm x 50mm x 25mm) and durable DIP package allow easy integration into control panels, project boards, or as a discrete module in larger electronic systems.

Q: What is the assembly process for this bistable multivibrator kit?

A: The assembly involves placing all discrete electronic componentsIC 555 (in DIP package), resistors, capacitors, and push buttonsonto a PCB, followed by through-hole soldering. After soldering, it is powered up by connecting a 5V to 15V DC supply.

Q: What are the main benefits of using this NE555-based toggle circuit?

A: Benefits include high switching accuracy, instantaneous response to trigger inputs, low power usage (<50mW), and robust output current capabilities (up to 200mA). Its manual trigger system ensures precise control, making it reliable for logic memory and switching purposes.

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