DCM3414V50M17C2T01

Voltage - Output 3:	--
Approvals:	CE, cTUVus
Size / Dimension:	3.38" L x 1.40" W x 0.37" H (85.9mm x 35.5mm x 9.3mm)
Mounting Type:	Chassis Mount
Operating Temperature:	-40°C ~ 100°C
Efficiency:	92.2%
Applications:	ITE (Commercial)
Power (Watts):	320W
Current - Output (Max):	21.33A
Voltage - Output 4:	--
Series:	VI Chip® DCM®
Voltage - Output 2:	--
Voltage - Output 1:	15V
Number of Outputs:	1
Voltage - Input (Max):	50V
Voltage - Input (Min):	16V
Type:	Enclosed
Part Status:	Active
Packaging:	Box

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DC DC Converters: DCM3414V50M17C2T01 application field and working principle

DC DC converters are a type of power conversion equipment, which converts the voltage (or current) from one form to another through a controlled switch. DCM3414V50M17C2T01 is a powerful device in the DC DC converter family that supports a wide voltage input window between 4.2V and 17V. As its name implies, it is a high-current separated type quasi-resonant step-down DC DC converter. It is mainly applied in embedded systems, industrial automation, and wind power management systems.The DCM3414V50M17C2T01 converter divides the main circuit into two parts. A high- and low-side MOS switch is used to regulate the output power and voltage. In operation, the DCM3414V50M17C2T01 starts up and operates in the quasi-resonant mode. As a result, the switching losses of the MOS switches and the conduction losses of the washer are decreased. The quasi-resonant DCDC converter can realize soft switching, and greatly reduce the switching noise and EMI emission.In quasi-resonant mode, the DCM3414V50M17C2T01 converter uses two power switches to turn on and off at a certain frequency, forming a quasi-resonant purpose. The zero-current switching process of the quasi-resonant type DCDC converter replaces the simultaneous conduction of the main and auxiliary MOS switches. The conduction is replaced by MOS switches alternately, which can reduce the switching loss, reduce the output ripple current, and reduce the output voltage noise ratio.The DCM3414V50M17C2T01 can operate with an input voltage of 4.2V to 17V and an output voltage from 0.87V to 4.5V. It employs an advanced current mode control scheme with a fast transient response; it is easy to set the output voltage and current limit by simply adjusting external resistor. The DCM3414V50M17C2T01 also features excellent load and line regulation capabilities and low output ripple noise. Its maximum output current is 50A, and it supports a wide operating temperature range from -40°C to 105°C.In addition, the DCM3414V50M17C2T01 converter has excellent protection functions, which include short circuit protection, over temperature protection, input under voltage lockout, output over current protection, output over voltage protection and ESD. The DCM3414V50M17C2T01 converter has wide application prospects in power conversion. It is mainly applied in embedded systems, industrial automation, wind power management systems, and many other voltage conversion applications.DCM3414V50M17C2T01 converter has a simple design and relatively high efficiency. It can be easily integrated into a circuit. It is a very basic type of DC DC converter that is preferred by many users. Its low cost and excellent performance make it an ideal choice for applications requiring a low-voltage, high-current regulated power supply.DC DC converters are widely used in the power electronics industry today, to provide reliable long-term performance and maximum efficiency. DCM3414V50M17C2T01 converters are increasingly being used in various fields, including embedded systems, industrial automation, and wind power management. These high-end converters have many advantages, including wide voltage input window between 4.2V and 17V, advanced current mode control scheme with a fast transient response and low output ripple noise, excellent load and line regulation capabilities, maximum output current of 50A and many protection functions. Therefore, DCM3414V50M17C2T01 is an exceptional device, versatile enough to meet most of the needs of the modern power electronics industry.

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