The converter is a boost converter, a buck converter, a cuk converter, a forward converter, an inverter, a bridge converter, and/or a resonant converter.
A single power converter may therefore be used to replace both a conventional step-down converter and a conventional step-up converter.
The dual-mode power saving dc-dc converter has a first dc-dc converter and a second dc-dc converter.
The converter circuit (1) includes a first converter (11) and a second converter (12).
The phase to digital converter includes a phase to frequency converter driving a time to digital converter.
A first resistor is coupled between the output of the first inverter and the input of the second inverter.
A second resistor is coupled between the output of the second inverter and the input of the first inverter.
One converter (SRI) is controlled as a rectifier and another converter (SRII) is controlled as an inverter.
The DC-to-DC voltage convertor may be configured as a step-down converter (Fig. 2a) or a step-up converter (Fig. 2b).
The HVDC converter station comprises a VSC converter and a DC breaker connected in series between the VSC converter and the DC transmission line.
The converter station includes a low-voltage end converter station (11) and a high-voltage end converter station (12).
Included is also a lower performance, as compared to the regular A/D converter, auxiliary A/D converter (20).
The voltage converter disclosed herein can operate as an up converter, a down converter as well as a buffer.
A catalytic converter (30), an exhaust system comprising a catalytic converter (30), and a method of manufacturing a catalytic converter (30) are provided.
According to one embodiment of the present invention, the converter on HVDC comprises a main converter and a subconverter.
The analog-to-digital converter includes an outer feedback digital-to-analog converter and an inner digital-to-analog converter.
The time-to-digital converter includes an edge detector, a time-to-voltage converter, and an analog-to-digital converter.
The positive terminal of the second converter stage is connected to the output terminal of the first converter stage and the output terminal of the second converter stage is connected to the negative terminal of the first converter stage.
The PCM to PWM converter may be one of a symmetric PCM to PWM converter; a trailing edge PCM to PWM converter; and a leading edge PCM to PWM converter.
The converter (3) is designed as a modular multilevel converter and the machine (4) can be connected directly to the converter (3), wherein the converter (3) has an adjustable voltage.
The multilevel converter is a single phase converter with one phase leg (1), or a three phase converter with three phase legs (1A-C), the phase legs of the three phase converter are interconnected in a star-configuration.
The power converter includes a plurality of interchangeable power converter modules (55) and a motherboard (112) configured to receive the plurality of interchangeable power converter modules.
Said converter comprises one converter side (14b) orientated towards the process (14b) and one converter side (14c) orientated away from the process (14c).
According to the invention, the resonant circuit converter (WR) of the frequency converter takes the form of a series resonant circuit converter.
Two-step dual-residue analog-to-digital converter having a coarse converter (ADC1) and a fine converter (ADC2).
The invention relates to an analog-digital converter which comprises a multitude of integrating circuits, a 1 bit analog-digital converter and a 1 bit digital-analog converter.
The decimator and the interpolator can be utilized in any one of an analog-to-digital converter, a digital-to-analog converter and a digital-to-digital converter.
The boost converter can be a diode or thyristor rectifier followed by a boost DC/DC converter or a three-phase pulse width modulated boost converter.
The power source managing module (104) includes an A/D converter (111), a D/A converter (112) and a voltage converter (113).
The present invention relates to a switched power converter system (1), comprising at least a first power converter (2) and a second power converter (3).
The DC-to-DC converter is connectable to the HVDC transmission line (102), and the second converter is connected via its DC side to the DC-to-DC converter.
The hybrid analog to digital converter may be operable as a successive approximation register converter and a continuous time sigma delta converter.
Flash ADC, successive approximation ADC and delta-sigma ADC configurations are presented.
A power converter system (100) comprises a power converter (102), an analyzing circuit (114) and a power converter controller (110).
A converter arrangement, in particular a switched DC-DC converter arrangement, comprises a control module (D1) and a converter module (D2).
A method and system for controlling a cascaded converter has an upstream converter and a downstream converter coupled in series.
An upstream controller is connected to the output of the downstream controller to control the duty cycle of the upstream converter as a function of the duty cycle of the downstream controller.
The upstream converter controls the duty cycle of the upstream converter in order to maintain the duty cycle of the second converter at a substantially constant reference value.
The power converter comprises a generator-side converter, a grid-side converter and a DC (direct current) link there between.
The battery input to the converter is pulsed to couple a charging voltage to the converter while the converter is disconnected from the load.
The presented power converter can be operated as a boost converter or as a buck converter simply by changing the switching phase of one switch.
The DC to DC converter may be a step-up converter or a boost converter.
If one A/D converter is used, the A/D converter is non-linear.
The invention pertains to a switchmode DC to AC converter, and particularly to a master-slave half-bridge converter.
The present invention relates to an integrating A/D converter and a radiation-sensitive sensor device comprising such a converter.
The ATM converter can include within it the A/D-D/A converter.
An electrochemical converter assembly having one or more converter elements having a peripheral edge.
An A/D converter (81) converts the output of the block converter (70) into digital signals.
HC(w/Cutter) HC concentration with the sample gas flowing through the NMC
The converter provides multiphase current doubler-buck converter topology.
To increase efficiency of the power converter switches of the power converter are controlled to operate in soft switching.
A serializer and a de-serializer are disclosed and shown operating singly or as a pair.