This is a versatile discrete monostable circuit. The circuit consists of a 2N3819 JFET and 2N3704 transistors. This monostable multivibrator circuit has an additional input to enable or inhibit the function at any time without causing an output pulse. The input of this circuit accepts standard digital IC voltage levels. Here is the schematic diagram of the circuit:..
The described monostable multivibrator circuit utilizes a 2N3819 JFET and a 2N3704 transistor to create a stable output pulse in response to a triggering input. The circuit operates in a single stable state, where it remains until a trigger signal is applied, causing it to switch to an unstable state for a predetermined duration before returning to the stable state.
The 2N3819 JFET acts as the input device, allowing for the acceptance of standard digital IC voltage levels, typically ranging from 0 to 5 volts. This feature makes the circuit compatible with various digital logic families. The additional input for enabling or inhibiting the pulse generation provides operational flexibility, allowing the circuit to be controlled dynamically without generating unintended output pulses.
The 2N3704 transistor serves as the output device, amplifying the signal generated by the JFET. The timing of the output pulse can be adjusted through external components, such as resistors and capacitors, connected to the circuit. The choice of these components determines the pulse width, which is critical for applications requiring precise timing.
The schematic diagram of the circuit typically includes connections for the JFET and transistor, along with the enable/disable input, timing components, and power supply connections. Proper biasing of the JFET and the transistor is essential for optimal performance, ensuring that the circuit operates within its specified parameters.
Overall, this versatile monostable multivibrator circuit is suitable for various applications, including pulse generation, timing applications, and signal conditioning in electronic systems. Its ability to accommodate standard digital levels and provide an enable/disable function enhances its utility in complex electronic designs.This is a versatile discrete monostable circuit. This circuit consist of 2N3819 JFET and 2N3704 transistors. This monostable multivibrator circuit has additional input to enable or inhibit the function at any time without causing output pulse. The input of this circuit accept a standard digital IC voltage levels. Here is the schematic diagram of the circuit:.. 🔗 External reference
Utilizing the specified values depicted in the schematic diagram, this circuit features a timed ON period of 4 seconds. The ON time is governed by the values of capacitor C2 and resistor R3; increasing either C2 or R3 will...
In this multivibrator circuit, frequency and pulse width can be separately controlled by using steering diodes (1N914) and two potentiometers.
This multivibrator circuit utilizes steering diodes, specifically the 1N914 type, to enable independent control over both the frequency and pulse...
The monostable mode of the 555 Timer operates by having one stable state and switching to an unstable state for a predetermined time period T when triggered. The time period T is determined by the RC time constant in...
Many friends have requested an automatic on/off LED circuit or an LED flashing circuit. This post presents an astable multivibrator circuit designed for LED flashing. It is a simple astable multivibrator circuit utilizing two LEDs (specifically red LEDs) and...
The TEA5711 is a high-performance Bimos integrated circuit designed for use in AM/FM stereo radios. It integrates all necessary functions, including the AM and FM front-end, AM detector, and FM stereo output stages.
The TEA5711 is engineered to provide a...
This circuit diagram illustrates the configuration of a 555 timer integrated circuit (IC) as an astable multivibrator. An astable multivibrator is a timing circuit characterized by unstable 'low' and 'high' states. Consequently, the output of an astable multivibrator continuously...
We use cookies to enhance your experience, analyze traffic, and serve personalized ads.
By clicking "Accept", you agree to our use of cookies.
Learn more