DMC964030R

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The DMC964030R transistor array is part of the family of Pre-Biased Bipolar Junction Transistors or BJTs. This advanced device enables designers to easily expand the capabilities and reduce the time-to-market of their designs. The device is engineered to provide high reliability performance in a wide variety of applications, from ultra-low to high-speed. By incorporating up to 36 transistors into one package, the DMC964030R increases board efficiency, reduces inventory costs and helps designers meet their design goals.

The DMC964030R Pre-Biased array provides benefits that effectively limit the number of transistors designers need to select and the number of board masks they need. The device is designed to match transistor characteristics in either the low or high drift rates, allowing designers to minimize propagation delay while maximizing power supply performance.

The device also offers a wide array of different configurations to meet diverse application requirements. By incorporating both NPN and PNP transistors, as well as modulation and optimized modes, the DMC964030R eliminates the need for external emitter resistors and simplifies the board design process.

The DMC964030R features an enhanced performance level with a maximum junction temperature of 250°C, guaranteeing a wide operating temperature range. The device is also designed to provide a low voltage input and output range, allowing designers to safely and quickly integrate this device into their designs. The device is pin-out compatible with low-cost packages, making it easy for designers to switch to the DMC964030R without having to redesign their existing boards.

The DMC964030R can be used in a wide range of applications. These include microprocessor interfaces, power management, High-Definition Multimedia Interface (HDMI) devices, LED lighting, RF switches and repeaters, signal conditioning amplifiers, high-speed data converters and motor control. The device is designed to provide the highest performance in signal processing applications with its low current consumption and high Slew-rate.

The working principle of the DMC964030R is based on the same basic principles as other BJTs, with the device containing a source of current, with a base and an emitter connected to control the current as it flows between the collector and the emitter. By controlling the bias current and the collector-emitter voltage drop, the device can amplify or switch signals. In the DMC964030R, the pre-biased array ensures the best possible performance and response time at the specific application in question by providing the best fit for bipolar transistors.

The DMC964030R is the ideal choice for designers looking for high performance, reliability and board space savings in their designs. The device is designed to provide the highest levels of performance and reliability in a wide variety of applications, from low-end microprocessor interfaces to high-speed HDMI devices. By utilizing its high current gain, low-voltage control and wide operating temperature range, the DMC964030R ensures that designers can quickly meet their goals while saving both time and money.

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