SS8P5CHM3/86A

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The SS8P5CHM3/86A Diode Array is a special type of diode that has a special array of characteristics that make it ideal for applications that require high frequency performance. The array consists of two individual diodes (usually of different types) in a bridge configuration, which allows it to handle higher switching operation speeds than single diode designs. Additionally, the diodes in the array can be selectively switched on/off for applications requiring variable current or voltage.

The SS8P5CHM3/86A is operated by applying an alternating voltage between the two diodes. The alternating voltage causes the diode current to reverse, alternately charging and discharging the two opposite diodes. At the appropriate reversal point, the voltage across the two diodes is the same, resulting in the diode current briefly stopping in the “hold-off” mode. During this mode the diode array can operate with a low quiescent current, resulting in lower power dissipation.

The SS8P5CHM3/86A has several major advantages compared to other types of rectifier diodes. Principally, it has an excellent thermal resistance allowing it to operate at higher frequencies and high load currents without the need of a heatsink or cooling system. The reduced power dissipation combined with the high switching speed also reduces overall system efficiency. Additionally, the diode arrays offer high off-state leakage currents, low reverse resistance, and low on-state voltage drops, allowing the design engineer to minimize power loss due to conduction in the application.

There are a wide range of applications for this diode array, including high-frequency switching, voltage clamping, and precision current source applications. For example, the SS8P5CHM3/86A is ideal for high-duty-cycle applications such as power factor correction and power factor control. Additionally, these devices are used in many types of communication systems including radios, cell phones, and GPS systems.

In summary, the SS8P5CHM3/86A is a versatile diode array that offers excellent thermal resistance and high-frequency performance. Additionally, it is well-suited for many types of power and communication systems, providing engineers with a wide range of options for their applications.

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