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mathish
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Hi all,
I need a voltage to voltage converter design(circuit) from DC +/-5V to +/-15V
Thanks...
I need a voltage to voltage converter design(circuit) from DC +/-5V to +/-15V
Thanks...
Hello mathish. I see you are new to physics forums. http://img96.imageshack.us/img96/4219/welcomelj.gif [Broken]mathish said:Hi all,
I need a voltage to voltage converter design(circuit) from DC +/-5V to +/-15V
mathish said:I had seen some LM series based dc -dc converter circuits for supply voltage of 70MHz high speed amplifier with the input current rating of 8.5 mA.is this suitable for this one ..If anybody know the answer for this one ..
I'm not sure to what that "8.5mA" applies. 70MHz amplifiers are not rated at mA of input, and it would be an extremely low-powered dc-dc converter to be limited to loads not exceeding 8.5mA. Maybe you mean that the amplifier drew just 8.5mA average current from the supply?mathish said:I had seen some LM series based dc -dc converter circuits for supply voltage of 70MHz high speed amplifier with the input current rating of 8.5 mA.is this suitable for this one
A voltage to voltage converter, also known as a voltage regulator, is an electronic circuit that converts one voltage level to another while maintaining a constant output voltage, regardless of changes in input voltage or load conditions.
There are two main types of voltage to voltage converters: linear regulators and switching regulators. Linear regulators use a series pass transistor to regulate the output voltage, while switching regulators use a high-frequency switching element to regulate the output voltage.
The right voltage to voltage converter depends on your specific application and requirements. Factors to consider include input and output voltage range, output current and power requirements, efficiency, and cost.
Some key design considerations for a voltage to voltage converter include choosing the appropriate topology, selecting the right components, designing for stability and efficiency, and ensuring proper heat dissipation.
If a voltage to voltage converter is not performing as expected, some troubleshooting steps to take include checking for loose connections, ensuring proper grounding, and using a multimeter to measure voltages and currents. To improve performance, you can also make adjustments to the feedback network, increase input and output capacitance, or implement filtering techniques.