C2HACERI2638G1

C2HACERI2638G1 is a highly efficient synchronous rectifier switch device produced by Infineon. It has a fast switching speed and low consumption. It is widely used in a variety of application fields, such as mobile power supplies, adapters, charging piles, general consumer electronics, solar power generation systems, etc. Here we will analyze the application field and working principle of C2HACERI2638G1.

C2HACERI2638G1 is mainly used in high-efficiency conversion applications. It integrates a set of power switches into a single package, realizing a synchronous rectifier bridge in one device and providing over current, over load, over temperature protection. It is suitable for applications with wide input voltage range, such as 12V to 24V input voltage. It also provides a gate drive embedded protection feature, which prevents high bridging voltage and other potential damages of the device.

C2HACERI2638G1 can achieve very high efficiency in power conversion applications. Its integrated high-side and low-side power switches ensure a low forward voltage drop and low on-state resistance, realizing a fast and lossless power conversion process. In addition, the two integrated control channels provide ease of use and improve system control performance. These features make C2HACERI2638G1 suitable for a variety of power supply systems where high efficiency is necessary.

In terms of working principle, C2HACERI2638G1 equips two high-side and low-side power switch integrated in the same package, and these three terminals are connected to the three-phase diode bridge rectifier circuit. The switching element in the diode bridge rectifier is composed of the two power switches, which are controlled independently by two control channels. When the high side power switch and low side power switch are both turned on, the current can pass through the power switch channels and the diode channels, and the AC source power can be converted into direct current.

C2HACERI2638G1 can be used in various power supply applications, such as mobile power supplies, adapters, charging piles, general consumer electronics and solar power generation systems. The device can improve the efficiency of the system through its features of high power conversion, high switching speed, and low consumption. Its two independent control channels also make it easy to use, thus facilitating the design of power supply systems.