TMR 9-1211

DC DC converters are a type of power supply that use direct current (DC) to convert to a higher or lower voltage level. The TMR 9-1211 DC DC converter is a specially designed converter that converts input from a DC voltage of -75 kV to +100 kV and supplies a DC output of between -150 kV to +200 kV. This wide voltage range makes the TMR 9-1211 an ideal component for applications where a much wider range of output voltages is needed, such as high-power motor controllers, pulse magnifiers, inverters and rectifiers.

The TMR 9-1211 DC DC converter is designed with a three-phase topology with three output rectifiers and three input rectifiers. The output rectifiers are built with bipolar devices that are connected in series while the input rectifiers are built with MOSFETs. The three rectifier stages are connected in a buck-boost arrangement and the TMR 9-1211 DC DC converter is rated for a peak current of 10 A. This topology ensures that the output voltage remains stable over a wide range of load conditions.

The operating principle of the TMR 9-1211 DC DC converter is based on the concept of buck-boost conversion. When the input voltage is higher than the output voltage, the converter will switch the diodes in one direction, allowing the current to flow from the input to the output. Conversely, when the input voltage is lower than the output voltage, the converter will switch the diodes in the other direction, allowing the current to flow from the output to the input. This process ensures that the output voltage remains constant regardless of the load or the input voltage.

When the TMR 9-1211 DC DC converter is used in applications that require multiple outputs with different voltage levels, the converter is equipped with a switchable control board that allows the user to change the output voltage level by changing the resistance of the rectifier stages. This feature allows the user to tailor the output voltage levels to their specific application requirements. This is especially useful for applications that require a wide range of output voltage levels, such as motor controllers and pulse magnifiers.

The TMR 9-1211 DC DC converter is also equipped with a fault tolerant protection circuit. This circuit monitors the output voltage and disables the converter in the event of a detected fault. This prevents the converter from damaging the connected components. Additionally, the TMR 9-1211 converter can be set up to operate in parallel or in series with other converters, allowing for higher current and voltage levels while reducing the overall size of the system.

In conclusion, the TMR 9-1211 DC DC converter is an ideal component for applications that require a wide voltage range and high current capability. It’s three-phase topology ensures a stable output voltage, while its switchable control board allows the user to tailor the output voltage levels to their specific application requirements. Additionally, the converter is equipped with a fault tolerant protection circuit and can be set up to operate in parallel or in series with other converters.