ASTABLE Meaning and
Definition
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The term "astable" is an adjective used to describe a particular operational state or mode of an electronic circuit. In electronics, an "astable" circuit is one that is designed to operate in an unstable condition for a specific duration, resulting in a continuous oscillation or alternating output without any steady state or stable condition.
The most common example of an astable circuit is an astable multivibrator, which consists of two amplifying elements, typically transistors or operational amplifiers, and a few passive components such as resistors and capacitors. This circuit is specifically configured to produce a continuous output waveform that switches alternately between high and low states, with a predefined time period for each state. It does not require any external trigger or input to initiate its oscillation, hence it is considered as self-triggering or self-excited.
The astable circuit is widely used in various applications, primarily in the field of timing and frequency generation. For instance, it can be used to generate clock signals, pulse signals, or to drive electronic devices such as LEDs for flashing lights or buzzers for sound alarms. Due to their ability to provide continuous train of pulses without external input, astable circuits have found extensive applications in areas such as digital systems, communication systems, and control systems.
Overall, the term "astable" denotes an electronic circuit that is intentionally designed to produce a continuous oscillation or alternating output, without any stable state or equilibrium.
Common Misspellings for ASTABLE
- zstable
- sstable
- wstable
- qstable
- aatable
- aztable
- axtable
- adtable
- aetable
- awtable
- asrable
- asfable
- asgable
- asyable
- as6able
- as5able
- astzble
- astsble
- astwble
- astqble
Etymology of ASTABLE
The word "astable" is derived from the prefix "a-" (meaning "without" or "not") and the word "stable".
The term "astable" is often used in the field of electronics to describe a circuit that lacks stability or oscillates continuously, producing a periodic waveform without having a stable or fixed state. The prefix "a-" in this context indicates the absence of stability, resulting in an "unstable" or "non-stable" circuit.
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