Difference between revisions of "Template:Info:Chakra operation"
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| − | The Chakra amplifier design uses an array of large transistors as ‘boosters’ around a single chip integrated circuit. When output current is less than a few amps all the power output comes from the single chip circuitry, maximising the speed and linear properties of this design. At higher output currents the transistors provide the majority of the output current, leaving the integrated circuit to operate well within its capability and able to correct any error instantaneously. | + | :The Chakra amplifier design uses an array of large transistors as ‘boosters’ around a single chip integrated circuit. When output current is less than a few amps all the power output comes from the single chip circuitry, maximising the speed and linear properties of this design. At higher output currents the transistors provide the majority of the output current, leaving the integrated circuit to operate well within its capability and able to correct any error instantaneously. |
| − | The design is very compact, reducing the circuit area and length of the signal path and is also highly efficient, producing much less heat than traditional designs. | + | :The design is very compact, reducing the circuit area and length of the signal path and is also highly efficient, producing much less heat than traditional designs. |
| + | ;:<u>[http://small.linncdn.com/product-catalogue/documents/Linn_Majik_Power_Amplifier_Product_Information.pdf Linn Power Amplifier Chakra white paper]</u> | ||
Latest revision as of 09:35, 14 August 2019
- The Chakra amplifier design uses an array of large transistors as ‘boosters’ around a single chip integrated circuit. When output current is less than a few amps all the power output comes from the single chip circuitry, maximising the speed and linear properties of this design. At higher output currents the transistors provide the majority of the output current, leaving the integrated circuit to operate well within its capability and able to correct any error instantaneously.
- The design is very compact, reducing the circuit area and length of the signal path and is also highly efficient, producing much less heat than traditional designs.
