RND0.8ZHH-M6

Current - Output (Max):	420mA, 420mA
Control Features:	Enable, Active High
Size / Dimension:	1.87" L x 1.00" W x 0.34" H (47.5mm x 25.4mm x 8.6mm)
Package / Case:	18-SMD Module
Mounting Type:	Surface Mount
Efficiency:	85%
Operating Temperature:	-45°C ~ 110°C
Features:	Remote On/Off, OCP
Applications:	ITE (Commercial)
Voltage - Isolation:	1.5kV
Power (Watts):	10W
Series:	RND
Voltage - Output 3:	--
Voltage - Output 2:	-12V
Voltage - Output 1:	12V
Voltage - Input (Max):	75V
Voltage - Input (Min):	36V
Number of Outputs:	2
Type:	Isolated Module
Part Status:	Obsolete
Packaging:	Tray

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DC DC Converters: RND0.8ZHH-M6 application field and working principle

DC-DC converters are widely used in different applications, including telecommunications, automotive, medical, consumer electronics, and industrial sectors. The RND0.8ZHH-M6 DC-DC converter is designed to convert voltage and/or current from one voltage level to another. It is typically used in situations where there is a need to transform voltage from one voltage level to another, such as when dealing with different voltage levels from different batteries, solar power, etc. In this article, we will discuss the application field and working principle of the RND0.8ZHH-M6 DC-DC converter.The RND0.8ZHH-M6 DC-DC converter is primarily used in the telecom sector, as it is capable of regulating voltage for the telecom lines. The converter helps to ensure that the line voltage stays within the given range and protects lines from being subjected to abnormal voltage levels. In the telecom sector, the converter can be used to regulate voltage levels of cable connections between two locations to ensure normal communication. The RND0.8ZHH-M6 DC-DC converter can also be used in the automotive, medical, consumer electronics, and industrial sectors.The RND0.8ZHH-M6 DC-DC converter is capable of operating as a step-up or step-down converter, meaning it can increase or decrease the voltage or current output depending on the application requirements. When the converter operates as a step-up converter, it will increase the input voltage to the required level and when operated as a step-down converter, the input voltage will be reduced to the required level. In certain applications, the converter can be used to invert the polarities of the input and output voltages. The RND0.8ZHH-M6 DC-DC converter is also capable of regulating output voltage current levels for different load types.The RND0.8ZHH-M6 DC-DC converter is usually powered either by a switching power supply or by batteries. When the converter is powered by a switching power supply, it is able to control output voltage and current levels more precisely as compared to when it is powered by batteries. For the converter to work efficiently, the input and output voltages need to be in the same range as the converter can only manage a certain amount of voltage difference. There are also specific protection mechanisms that must be in place to protect the converter from voltage spikes and overloading.The working principle of the RND0.8ZHH-M6 DC-DC converter is based on the usage of a transistor, a rectifier, and a transformer. A transistor is responsible for regulating the current flow between the DC sources. When the transistor is switched on, power will be drawn from the input source and the voltage from the output source will be regulated. The rectifier is responsible for transforming the AC input into DC, while the transformer helps in the energy conversion from AC to DC.The RND0.8ZHH-M6 DC-DC converter is a highly reliable and efficient device, which is used mainly for telecom applications but can also be used in a variety of other applications. It is capable of operating as a step-up or step-down converter, and can also invert polarities of the input and output voltage. It is usually powered either by a switching power supply or by batteries, and must be protected from voltage spikes and overloading. The working principle of the RND0.8ZHH-M6 DC-DC converter is based on the usage of a transistor, a rectifier, and a transformer.

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