R1D12-3.33.3/HP-R

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The DC DC Converters are the power sources that provide precise, high quality power source for the various operations of the electronic circuits. The R1D12-3.33.3/HP-R is one such converter used to regulate the power output. This converter is mainly used in the automated controls industry. It can be applied in the different areas of the industrial and robotics applications. It can even be used in the large scale industrial systems.

The R1D12-3.33.3/HP-R is a DC DC converter that is designed to deliver regulated power from the AC or DC sources. It uses a synchronous buck-type topology for maximum efficiency. It offers the capability to convert the voltage down from 9 to 14 VDC to the precise output voltage of 3.33 VDC. The R1D12-3.33.3/HP-R is designed to provide low secondary side-regulation for powering high side loads up to 2A over a wide input voltage range. It also supports high efficiency leading to less power waste. This converter can provide reliable and precise operation over a wide temperature range without any significant noise.

The R1D12-3.33.3/HP-R utilizes a switching mode control to ensure the regulated power output to the circuit. This switching technology works on the principle of pulse width modulation (PWM). It is performed by using a transistor switch to convert the energy between the AC and DC by rapidly switching the switch on and off at a rate of several hundred times in a second. This switching of the transistor produces a out-of-phase current and voltage waveforms from the input DC or AC. The PWM circuit also works to modulate duty cycle and to synchronize the on and off pulses of the transistor switch. The frequency of the switching is determined by the load current drawn from the circuit.

The R1D12-3.33.3/HP-R converts the AC or DC from the source to the desired output voltage by manipulating the duty cycle and the current in the primary winding. The output voltage is regulated according to a reference voltage present on the control circuit. This reference voltage is compared with the output voltage to control the duty cycle and allow for precise voltage control. The duty cycle can then be controlled to regulate the output voltage.

The R1D12-3.33.3/HP-R application field and working principles provides an ideal converter for powering the electronic circuits. It provides reliable and precise power supply and is designed for a wide range of input voltage and load current. Its efficient switching technology ensures better performance and accuracy. With its superior power efficiency and output voltage control capabilities, it is widely used in the automated control industry.

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