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Power sequencing is an essential part of any design, especially in complex systems that utilize multiple power rails. High-performance processing devices such as FPGAs, ASICs, PLDs, DSPs and microcontrollers, require multiple voltage rails to power internal circuitry, such as the core, memory and I/O.

It autonomously supervises and sequences multiple power rails, cooperating with other ICs to seamlessly supervise many power regulators in the system, and provides fault and reset management.

Power supply sequencing can prevent damage and extend the life of your power supply and any sensitive DSPs and FPGAs in your design.

Juice Goose is an innovative, customer driven company that manufactures and distributes electric power distribution, conditioning and control equipment. Juice Goose has built quality AC power distribution products since 1983.

POWER SEQUENCING IS NEEDED WHEN various types of electronic equipment must be powered up or down in groups, rather than all simultaneously.

A time variable voltage sequence is applied to these gates in a specific pattern which physically shifts the charge to an output amplifier which acts as a charge to voltage converter.

Impulse protector which protects audio equipment against damage by large voltage pulses into the network.

Theoretically, a power conditioner improves sound quality by taking the mains signal and converting it into a cleaner, new version in the form of an AC signal. It is especially effective when used with audio equipment that tends to be sensitive to the voltage output of a power source.

Power regenerators are worth having depending on what you are trying to fix.

You don't need a good power conditioner for your home studio, but most experts recommend one.

A power conditioner will filter the mains signal to remove any radio-frequency interference plus any incoming spikes and other intermittent noises riding piggyback on the mains signal from the outside world.

Surge protectors limit transient impulses to hundreds of volts. Power conditioners limit the same transients to tens of volts (typically ten volts or less).