SYNCHRONOUS Datasheet(PDF) - SP6136 - Sipex Corporation

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Searched Keyword : 'synchronous' - Total: 34 (1/2) Pages

Manufacturer	Part #	Datasheet	Description
Sipex Corporation	SP6136	826Kb/18P	Synchronous Buck Controller
	SP6138	961Kb/17P	Synchronous Buck Controller
	SP6133	1,022Kb/20P	Synchronous Buck Controller
	SP6659	201Kb/10P	1.5MHz, 600mA Synchronous Buck Regulator
	SP6659	340Kb/11P	1.5MHz, 600mA Synchronous Buck Regulator
	SP6134HV	141Kb/14P	Dual Supply Synchronous Buck Controller
	SP6137HV	265Kb/13P	Dual Supply Synchronous Buck Controller
	SP6132HV	264Kb/14P	High Voltage Synchronous Buck Controller
	SP6134	141Kb/14P	Dual Supply Synchronous Buck Controller
	SP6134	176Kb/14P	Dual Supply Synchronous Buck Controller
	SP6655ER-L	207Kb/16P	High Efficiency 400mA Synchronous Buck Regulator
	SP6132	314Kb/14P	Wide Input, 300KHz Synchronous PWM Controller
	SP6132H	264Kb/14P	High Voltage, 300KHz Synchronous PWM Controller
	SP6137	142Kb/13P	Wide Input, 900KHz Synchronous PWM Controller
	SP6654	184Kb/17P	High Efficiency 800mA Synchronous Buck Regulator
	SP6132H	290Kb/10P	High Voltage, 300KHz Synchronous PWM Controller
	SP6139	148Kb/13P	Wide Input, 1.3MHz Synchronous PWM Controller
	SP6121CN-L	1Mb/42P	Low Voltage, Synchronous Step Down PWM Controller
	SP6134H	141Kb/14P	High Voltage, 600 KHz Synchronous PWM Controller
	SP6656	185Kb/17P	High Efficiency 400mA Synchronous Buck Regulator with Bit Programmable Output

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What is synchronous

Synchronous is one of the terms used in electronic components.

Synchronous refers to synchronized operation, meaning that multiple electronic components operate based on the same clock signal.

For example, Synchronous DRAM (SDRAM) is one of the most commonly used types of memory in computers.

SDRAM synchronizes the operation of memory cells to the system bus clock signal, ensuring that data is transferred accurately.

The term Synchronous is also frequently used in other technologies used to speed up data transfer.

For example, Synchronous Serial Interface (SSI) is a serial communication interface where multiple devices are synchronized based on a clock signal.

The opposite of Synchronous is Asynchronous, where Asynchronous refers to non-synchronized behavior.

In Asynchronous mode of operation, electronic components operate independently without a clock signal.

For example, Asynchronous DRAM (ADRAM), unlike SDRAM, operates without a clock signal and is often used in portable devices because of its low power consumption and low latency.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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