Simplified circuit for bass attenuation
Source: InternetPublisher:难得正经 Keywords: Characteristic curve RTC frequency characteristics Updated: 2020/07/01
As shown in the figure, there are two turning frequencies: the turning frequency that starts to decay is ≈1/27rC3 (Ri+
R2); the turning frequency that changes from attenuation to flat is, LI. l/2rTC3RP2. Combining the frequency characteristic curves
under the four extreme conditions of treble boost, treble attenuation, bass boost, and bass attenuation, the
total characteristic curve is formed as shown in Figure 1-63 .
- TDA2009A power amplifier circuit
- Practical and high-performance preamplifier circuit
- Experiment of 2-in-1 single-ended Class A tube amplifier
- Production of 6n3 Pushing 6p1 Single-ended Tube Amplifier
- Installation of electron tube differential amplifier circuit
- Auxiliary audio power amplifier circuit using LM4730/LM4731
- High gain audio amplifier circuit composed of LM4818
- Bridge output audio power amplifier circuit composed of LM1876
- LMl876 is used to assist the audio power amplifier circuit
- 8W audio power amplifier circuit composed of LM2002/LM2002A
- high frequency output amplifier
- Amplification area, saturation area and cut-off area of triode
- Equivalent circuit when treble is attenuated
- Simplified circuit for bass attenuation
- Constant current source circuit
- Integral circuit with approximately ideal characteristics
- Characteristic curve circuit of semiconductor transistor
- Hall switch integrated sensor characteristic curve circuit diagram
- 555 transistor characteristic curve tracer circuit diagram
- Transistor characteristic curve grapher circuit