TIM 2-1211

DC-DC converters are electronics components used for transforming the voltage and current of DC power sources. The TIM 2-1211 converter is a powerful device used for DC-DC power conversion in a variety of applications in the industrial sector.

The TIM 2-1211 is a single-phase full-bridge DC-DC converter, capable of accepting any 9-72 V DC power input. Its four-layer PCB construction provides exceptional reliability in the most severe environments. The device supports a wide range of output voltages and is highly configurable, allowing it to be used in a variety of applications.

The device is also capable of providing power at different voltage and current levels, depending on the application. The maximum output power of the TIM 2-1211 is 125 W, and it can operate over an extended temperature range, from -10°C to +70°C.

The TIM 2-1211 uses advanced power supply topology, incorporating active-clamp and primary-side regulation (PSR), resulting in excellent efficiency and power density. The device is Ideal for applications such as street lighting, industrial equipment, automotive electronics, and consumer appliances, where large-scale power supply regulation is required.

The working principle of the TIM 2-1211 is based on a full-bridge topology. The input voltage is rectified and conditioned by an active clamp, which is then switched on and off with a pair of power transistors. The transistors are used to generate alternating current at the output. This alternating current is then rectified and filtered by a small output transformer, which provides a steady DC voltage at the output of the device.

The device also uses an off-line PSR controller to accurately measure the output voltage and ensure that it is kept at the desired level. The PSR controller also uses a feedback loop to adjust the output voltage in real time.

In summary, the TIM 2-1211 is a powerful and highly configurable DC-DC converter, capable of transforming input voltages into a wide range of output voltages. Its advanced power supply topology incorporates active-clamp and primary side regulation, resulting in exceptional efficiency and power density. The device is ideal for a variety of applications, ranging from industrial equipment to consumer electronics.