YBS2204G RAG Discrete Semiconductor Products

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Diodes, also known as rectifiers, refer to electronic components covered with a semiconductor composed of P-type and N-type materials, which allows only one-way current. Many of the diodes are two-pole devices, commonly known as bridge rectifiers. Among them, YBS2204G RAG is a common bridge rectifier. This article will introduce the application field and working principle of YBS2204G RAG.

YBS2204G RAG is a bridge rectifier with integrated form composed of four diodes. The 1.2KV (INS25-180F2) is 0.8A and the 1.6KV (INS25-220F2) is 0.5A. This bridge rectifier assembled in TO-220 package is characterized by low forward voltage drop, low reverse leakage current and low thermal resistance; in addition, the copper clip makes good contact with the device. YBS2204G RAG is usually used in power conversion circuits such as uninterruptible power supplies, motor control systems and instrumentation, or output rectification. In addition, this bridge rectifier is also used in many other appliactions such as automotive electrical, detection and security systems, communication systems and home appliances.

In terms of the working principle, a bridge rectifier can also be regarded as two ideal independent diodes, connected in parallel with each other. For AC signals, this bridge rectifier forms four half cycles that detect positive and negative half waves, so they can form rectified simulations with different polarity. When measuring the current of the binary rectifier, the forward voltage is measured while the direct current is measured while the reverse current is measured.

From the above introduction, it can be seen that YBS2204G RAG bridge rectifier is a device with a wide range of appliactions and special structures. Good ripple suppression and excellent heat sink performance have made it popular among many customers. Nevertheless, for some specific applications, the output power, forward voltage, reverse current, surge voltage and temperature rise should be considered to determine its feasibility.

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