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MULTIVIBRATORS (ASTABLE/MONOSTABLE)

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MOQ : 1 Piece

MULTIVIBRATORS (ASTABLE/MONOSTABLE) Specification

Usage
ENGINEERING ELECTRONICS INSTRUMENTS

Thermal Conductivity
Standard PCB material

Input
Start trigger (for monostable) or continuous DC supply (astable)

Operating Temperature
0C to 50C

Sensors Specification
No Sensors

Resolution
Pulse width/frequency adjustable (limited by passive components)

Power Supply
External DC supply

IP Rating
IP20 (suitable for indoor/bench use only)

Interface
Screw terminal, test pins

Output
Square wave or pulse signal

Response Time
Fast, typically microseconds

Display Type
No Display (LED indicators for output signal)

Components
ICs (commonly 555 Timer), resistors, capacitors, switches, connectors

Power Source
DC Adapter or Battery

Features
Astable and monostable configurations, onboard component selection, LED output indication

Product Type
MULTIVIBRATORS (ASTABLE/MONOSTABLE)

Application
ENGINEERING ELECTRONICS INSTRUMENTS

Rated Voltage
5V to 12V DC

Supply Voltage
5V, 9V, or 12V DC selectable

Size
Compact module

Dimension (L*W*H)
75 mm x 55 mm x 20 mm

Function
Generates square wave output for timing and pulse applications (Astable: free-running oscillator; Monostable: one-shot pulse generator)

Color
Green PCB with white printed components and identification

Weight
Approx. 50g (without packaging)

Thickness
Standard PCB thickness: 1.6 mm

Current Rating
Max. 100 mA

Capacity
Single circuit board, supports one configuration at a time

Frequency
Adjustable from 1 Hz to 100 kHz (dependent on passive component values)

Package Contents
Multivibrator board, user guide, DC connector

Protection
Reverse polarity protection via diode

PCB Material
FR4 epoxy

Test Points
Dedicated input/output test points

Mounting Type
Bench-top; PCB supports standoffs

Pulse Width
Adjustable via onboard potentiometer

Output Stability
Ripple-free output with proper decoupling

Typical Applications
Oscillator circuits, pulse generation, lab experiments, timing analysis

Lead-Free Status
RoHS compliant

IC Type
NE555 or compatible timer IC

MULTIVIBRATORS (ASTABLE/MONOSTABLE) Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About MULTIVIBRATORS (ASTABLE/MONOSTABLE)

Specification:

MULTIVIBRATORS (ASTABLE/MONOSTABLE)

Operation on + 5 to + 18 V supply voltage in both as table and monostable modes Adjustable duty cycle.

Timing from sec to hours.

High current output. Capacity to source or sink current of 200 mA Output can drive TIL.

Temperature stability of 50 parts per million (ppm) per C change in temperature or 0.005% per C "Reliable, easy to use, and low cost.

Mains Supply: 230V 10%, 50Hz DC

Bias Voltage: +5V

Frequency of Trigger: 1KHz

Pulse Generator Frequency Range: 600Hz 3.2KHz (approximate)of A stable Multivibrator

Frequency Range: 350Hz 1KHz (approximate) of Bitable Multivibrator

Output Voltage: 5V (approximate)

Versatile Timing Solutions

With both astable and monostable configurations available, this multivibrator is ideal for creating square wave outputs for timing, pulse generation, and oscillator applications. The module supports quick configuration changes, making it suitable for a wide spectrum of electronics experiments and development tasks.

Reliable Design and Safety

Constructed on FR4 epoxy, the PCB ensures durability and reliable performance. Reverse polarity protection via onboard diode and RoHS compliance provide safety and environmental assurance. LED indicators convey output status, while stable ripple-free output is maintained with adequate decoupling.

Ease of Use and Flexible Integration

The module offers adjustable frequency and pulse width through onboard potentiometers and is equipped with screw terminals and test pins for straightforward electrical connections. It comes with mounting standoffs for bench-top use, making it easy to incorporate into lab setups and prototyping activities.

FAQs of MULTIVIBRATORS (ASTABLE/MONOSTABLE):

Q: How do I adjust the pulse width and frequency on this multivibrator module?

A: The pulse width and frequency can be adjusted using the onboard potentiometers. By changing the resistance, you alter the timing characteristics of the circuit, allowing you to set the required output parameters within the range of 1 Hz to 100 kHz.

Q: What applications is the multivibrator board best suited for?

A: This board is commonly used for oscillator circuits, timing pulse generation, laboratory experiments, and timing analysis where square wave or one-shot pulse signals are required. Its versatility makes it an excellent choice for engineering electronics instrumentation.

Q: When should I use astable versus monostable configuration?

A: Use the astable mode when you need a continuous square wave output, such as clock signals or repetitive timing. Monostable configuration is chosen when a single pulse is needed after a trigger event, making it ideal for applications like delay timers or pulse width modulation.

Q: Where can I safely install and operate this module?

A: Designed for bench-top setups and indoor use only, the module offers robust mounting via standoffs with an IP20 rating. It is best installed in laboratory environments or electronics workbenches within the 0C to 50C operating temperature range.

Q: What protection features are provided to safeguard the board and its components?

A: The multivibrator is equipped with reverse polarity protection via an onboard diode. This ensures that accidental polarity reversals do not damage the electronics, contributing to long-term reliability and device safety.

Q: What is included in the package and how do I connect the module for use?

A: The package includes the multivibrator board, user guide, and DC connector. Connect your DC power supply using the provided connector or battery, and utilize screw terminals and test pins for signal input/output as described in the user guide for quick setup.

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