CDLL4495

The CDLL4495 is a single Zener diode, typically used in applications where a constant, regulated voltage needs to be maintained. It has a voltage range of 4.7V to 5.3 V, and is able to handle up to 500mA of current. The CDLL4495 is used to maintain the voltage of an electronic component, typically 5V, via a series Zener diode. This diode can be found in systems such as computers, data processing machines and cell phone chargers. It is also used in telecommunications, automotive and industrial applications.

The CDLL4495 exhibits wide range capability of both 5V and 4.7V, with a maximum output current of 500mA. It is also able to withstand maximum power dissipation of 1W and has a very low forward voltage drop. It is an ideal choice for military and industrial applications, as it is reliable, stable and cost effective. The CDLL4495 has a tight voltage tolerance and is able to maintain a consistent regulated voltage over a wide range of temperatures. This makes it suitable for applications requiring consistent, accurate voltage regulation.

The working principle of the CDLL4495 is quite simple. The device works as a voltage regulator, using a series of Zener diodes to regulate the input voltage. The Zener diodes are connected in series, with each one connected to the next. When an increase in voltage is detected, the Zener diodes create a voltage drop across the circuit, keeping the total voltage constant. Conversely, when falling voltages are detected, the Zener diodes absorb excess voltage to maintain total voltage.

The CDLL4495 is a reliable and cost effective solution for keeping a constant output voltage, while allowing increased current flow. It has a wide range of applications, including but not limited to, computers, data processing machines, telecommunications, automotive and industrial systems. With its wide range capability of both 5V and 4.7V, its low forward voltage drop and its ability to handle up to 500mA of current, the CDLL4495 is an excellent choice for applications that require accurate voltage regulation.