HSM170G/TR13

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The HSM170G/TR13 is a single rectifier diode which is widely used for its industrial applications. It is characterized by a low voltage drop across its terminals, making it suitable for a variety of power applications. The diode is capable of conducting current up to 61A with a maximum forward voltage of 1.0V.

The HSM170G/TR13 is a perfect fit for power supply applications due to its very low power consumption and low forward voltage. It is highly efficient, with a maximum surge current rating of 31A and a low forward voltage (VF) of typically 0.9V. This diode also has very low reverse voltage leakage current, typically 0.1mA, making it suitable for use in circuit protection applications.

Applications for the HSM170G/TR13 include; power supplies, battery charger, lighting systems, and charge controllers. Additionally, its low forward voltage makes it well suited for DC-DC converters. Due to its low voltage drop, it is also suitable for use with high voltage AC power adapters and high efficiency switching circuit applications.

The working principle of the HSM170G/TR13 is based on the PN-junction effect. This junction is composed of two different, but complementary, semiconductor materials. When a DC voltage is applied across this junction, current flows through the junction. This junction acts as a rectification component, allowing current to flow in only one direction. That is, forward current flow when the applied voltage is greater than the forward voltage drop, and will not flow in the opposite direction. Where the applied voltage is lower than the forward voltage drop, no current can flow. This is why the diode is usually referred to as an “ideal diode”.

The low forward voltage drop of the HSM170G/TR13 is what makes it a very efficient component in a power-supply circuit. When the DC input voltage is greater than the forward voltage drop, current flows through the diode, causing the output voltage to remain relatively constant despite the variations of the input voltage. This prevents the overload and overcurrent conditions that can occur as a result of input voltage variations.

The HSM170G/TR13 diode also has another major benefit in terms of its protection capabilities. It acts as an “ideal diode”, allowing current to flow in only one direction and preventing reverse current flow. This helps to protect the circuit from reverse current, which may cause damage or create hazardous electrical conditions. This level of protection makes the HSM170G/TR13 ideal for use with AC power sources.

Finally, the low leakage current of the HSM170G/TR13 makes it suitable for use in low-voltage and low-power applications. This reduces power consumption, which can be a major factor in the selection of a diode for specific applications. Low leakage current not only reduces power consumption but also results in improved reliability, as it eliminates the potential for short circuits.

In conclusion, the HSM170G/TR13 is an excellent choice for single rectifier diodes. It has a low forward voltage drop and low power consumption, making it suitable for use in power supplies and charge controllers. Additionally, it has a high surge current rating and low leakage current, which make it suitable for use in protection applications and low-voltage circuits. As such, the HSM170G/TR13 is a versatile choice for a variety of different applications.

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