BZX84C12 RFG

The BZX84C12 RFG is a single-package, voltage-referenced, three-terminal zener regulator manufactured using a silicon planar process. It is designed to provide a constant zener voltage reference in demanding applications that require tight regulation and low noise performance.

The electrical characteristics of the BZX84C12 are specified for the temperature range of -55°C to +150°C and for the load currents of at least 10 mA. Electrical characteristics include maximum power dissipation, power supply rejection ratio, break-down voltage, reverse leakage current, forward voltage drop, on-state voltage drop and off-state leakage current.

The BZX84C12 RFG is designed as an integrated post-regulation circuit with a single-ended output driver. It is optimized for low voltage operation and is capable of operating with low voltage drops. In addition, its output driver is designed to provide a wide range of modulation width to allow the modulation of its devices to be varied. It also provides a controlled slew rate of voltage offsets, which minimizes electrical noise.

The BZX84C12\' s output driver has a floating output structure which allows it to provide a very low output impedance, which makes it suitable for applications where a low output impedance is desired. It also offers excellent input-output isolation, which is important for applications that require a low power signal to be isolated from the device\'s other outputs.

The BZX84C12 has a number of features that make it ideal for use in demanding applications. Its low power consumption and low voltage drop allow it to be used in situations where noise and power are an issue. Its floating output structure provides excellent isolation and its wide range of modulation width ensures a wide range of acceptable operating conditions.

The BZX84C12 can be used in a variety of applications, including microprocessors, digital signal processors, and other data-intensive applications. It is especially suited to applications that require tight regulation, low noise output, and high performance. It is also suitable for high accuracy voltage reference circuits, energy storage devices, or any other application that needs a stable voltage reference.