PT2315 2-Channel Audio Processor SMD IC
- 2-Channel Audio Processor IC
- CMOS Technology
- Least External Components
- Treble and Bass Control
- Loudness Function
- Input/output for External Noise Reduction System/Equalizer
- 2 Independent Speaker Controls for Balance Function
- Independent Mute Function
- Volume Control in 1.25 dB/step
- Low Distortion
- Low Noise and DC Stepping
- Controlled by I2C Bus Micro-Processor Interface
- Pin-to-pin Compatible with TDA7315
- Package:SO-20
PT2322 6-Channel Audio Processor SMD IC
- 6-Channel Audio Processor IC
- Very Low Power Consumption (DC=9V)
- I2C Bus Control
- 6-Channel Individual Input
- 6-Channel Master Volume Control: 0 to -79 dB (1 dB/step)
- 6-Channel Individual Output TRIM Volume Control: 0 to -15 dB (1dB/step)
- 3-Band Tone Control (Treble, Middle, Bass): + 14dB , 2dB/step
- Mute Function
- 3D Effect Function
- Tone Defeat Function
- Low Noise
- High Channel Separation
- Low Harmonic Distortion
- Least External Components
- Package: SO-28
PT2323 6-Channel Audio Selector IC
PT2323 6-Channel Audio Selector SMD IC
PT2358 6-Channel Volume Controller IC SMD
PT2399 Digital Delay Echo Audio Processor IC
R2KN Diode
- Maximum Reverse Voltage, VRM: 140V
- Minimum Avalanche Breakdown Voltage at IZ = 1mA, VBR(min): 150V
- Maximum Avalanche Breakdown Voltage at IZ = 1mA, VBR(max): 170V
- Maximum Allowable Avalanche Current, IZSM: 1A
- High current capability
- High surge current capability
- High reliability
- Low reverse current
- Low forward voltage drop
- Fast switching for high efficiency
R2M AVALANCHE Diode
- Working Peak Reverse Voltage (Stand-off Voltage), VRWM: 130 V
- Minimum Avalanche Breakdown Voltage at IT = 1mA, VBR(min): 135V
- Maximum Avalanche Breakdown Voltage at IT = 1mA, VBR(max): 180V
- Maximum Non-Repetitive Peak Reverse Surge Current IRSM:Â 2.6A
- Maximum Reverse Voltage (Clamping Voltage) at IRSM, VRSM: 234V
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Excellent clamping capability
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Low incremental surge resistance
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High-temperature soldering guaranteed:250oC/10S/9.5mm lead lengthat 5 lbs tension