PUMD9,165

PUMD9,165 is a type of pre-biased array configured from a bipolar junction transistor (BJT). Designed to be used primarily in high-transistor-count applications, the PUMD9,165 is made up of six NPN transistors connected together in an array. This type of BJT array is also known as a “six-pack”, due to its six transistor count.

PUMD9,165 BJTs are well-suited for use in a variety of industrial applications due to their high levels of current gain and power efficiency. This type of BJT array can be used in applications requiring large amounts of current or power, such as power supplies, motor controls, and automotive systems. Additionally, these BJT arrays are also used in applications where transistor matching and thermal tracking are important, such as process controls and circuit design.

A PUMD9,165 BJT array consists of six NPN transistors which share a single common base terminal. Each transistor also has its own source and drain terminals, allowing the array to be configured differently in order to create different types of configurations. The array can be pre-biased, meaning that there is already a voltage differential between the base and the source for each transistor, making the array ready for application. By making use of this pre-biasing configuration, less current is required in order to maintain optimal performance. Additionally, the transistors can also be configured to act as switches or voltage-controlled currents, allowing the array to be used in a variety of applications.

The PUMD9,165 BJT array also has an on-state resistance of 0.3 ohms, making it particularly well suited for use in power supply applications, motor control applications and power switching applications. The array also has a minimum voltage drop of 0.05V, ensuring optimal performance even at low voltages. Additionally, the array has a relatively low input capacitance, making it suitable for use in high-frequency applications.

By utilizing a BJT array such as the PUMD9,165, engineers can build efficient and powerful transistor circuits, both in terms of power and efficiency. Furthermore, the pre-biased configuration of the PUMD9,165 makes it easy to use and configure in both high-power and low-power applications. Whether it’s high-power applications such as motor control and power supply, or high-frequency applications such as process control and circuit design, the PUMD9,165 can provide engineers with the level of performance and reliability that they need for their applications.