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TDA-3000
CARD
1.Introducing a series of high-powered amplifiers with two channels. These audio devices are designed to provide exceptional sound quality. The dual-channel setup offers flexibility in terms of connectivity options.
2.These amplifiers utilize TD-class technology, resulting in a powerful output without compromising on distortion levels. This ensures that every musical note and sound is reproduced accurately and with clarity.
3.The high power output of the TD-class amplifier is equipped with reliable line protection. It is capable of seamlessly supporting various loudspeaker systems that require significant amplification. Additionally, it can be easily paired with line arrays, subwoofers, and other compatible products.
1. Switching power supply: This circuit will use a switching power supply instead of a linear power supply. The switching power supply is more efficient and more compact.
2.TD class circuit: provide high power gain and low distortion amplifier configuration: this circuit will protect the amplifier from excessive voltage, current and power levels.
3. VHF limiting circuit: This circuit will limit the amplifier's frequency response to a specific range, preventing it from amplifying frequencies above a certain threshold.
4. Over-temperature protection circuit: This circuit will monitor the temperature of the amplifier and turn off the amplifier or reduce the power output if it exceeds a safe level.
5. DC Protection Circuit: This circuit will protect the amplifier from DC voltage, which can damage audio equipment. It will prevent any DC offset from reaching the output.
6. Short circuit protection circuit: This circuit will protect the amplifier from damage due to a short circuit in the speaker wiring. It will detect short circuit and shut down the amplifier to prevent damage.
7.Forced airflow cooling system: This system will ensure proper cooling of the amplifier by using fans or other methods to provide forced airflow over the heat sink and other components.
8. Stereo, mono, and bridge modes with eight output power options. It provides the flexibility to adjust the power output to your specific needs. These features combine to create a versatile, protected amplifier circuit that can be used in a variety of audio applications.
1. 8 grades of input sensitivity available
2.Stereo,mono,bridge modes available
3.8 forms of output power available
Cooling system from front to back
1.Switching power supply class TD.
2.Limitation circuit of voltage,current and high frequency.
3.Protection circuit of over temperature, straight current and short circuit.
1.Introducing a series of high-powered amplifiers with two channels. These audio devices are designed to provide exceptional sound quality. The dual-channel setup offers flexibility in terms of connectivity options.
2.These amplifiers utilize TD-class technology, resulting in a powerful output without compromising on distortion levels. This ensures that every musical note and sound is reproduced accurately and with clarity.
3.The high power output of the TD-class amplifier is equipped with reliable line protection. It is capable of seamlessly supporting various loudspeaker systems that require significant amplification. Additionally, it can be easily paired with line arrays, subwoofers, and other compatible products.
1. Switching power supply: This circuit will use a switching power supply instead of a linear power supply. The switching power supply is more efficient and more compact.
2.TD class circuit: provide high power gain and low distortion amplifier configuration: this circuit will protect the amplifier from excessive voltage, current and power levels.
3. VHF limiting circuit: This circuit will limit the amplifier's frequency response to a specific range, preventing it from amplifying frequencies above a certain threshold.
4. Over-temperature protection circuit: This circuit will monitor the temperature of the amplifier and turn off the amplifier or reduce the power output if it exceeds a safe level.
5. DC Protection Circuit: This circuit will protect the amplifier from DC voltage, which can damage audio equipment. It will prevent any DC offset from reaching the output.
6. Short circuit protection circuit: This circuit will protect the amplifier from damage due to a short circuit in the speaker wiring. It will detect short circuit and shut down the amplifier to prevent damage.
7.Forced airflow cooling system: This system will ensure proper cooling of the amplifier by using fans or other methods to provide forced airflow over the heat sink and other components.
8. Stereo, mono, and bridge modes with eight output power options. It provides the flexibility to adjust the power output to your specific needs. These features combine to create a versatile, protected amplifier circuit that can be used in a variety of audio applications.
1. 8 grades of input sensitivity available
2.Stereo,mono,bridge modes available
3.8 forms of output power available
Cooling system from front to back
1.Switching power supply class TD.
2.Limitation circuit of voltage,current and high frequency.
3.Protection circuit of over temperature, straight current and short circuit.
