GTL2006PW,112

Logic - Translators, Level Shifters

GTL2006PW, a logic and level shifter, is widely used by engineers to facilitate the design of high-speed integrated circuit systems. This innovative component works by taking an incoming logic signal and translating it to a different logic level output, thus allowing various logic circuitry to communicate between one another.

The most common application of the GTL2006PW is to convert a single logic level input to a different logic level output. This type of component is especially useful for creating interfaces between disparate chip sets, or for accommodating differences in logic levels on different types of integrated circuits. In addition, the GTL2006PW offers the advantage of low noise, high immunity from outside interference, and high data rate capabilities.

The GTL2006PW typically operates within a range of 1.22 volts to 1.99 volts for single-ended inputs, and 2.44 volts to 3.98 volts for differential inputs. The component is also characterized by a high data rate, providing a maximum supportable frequency of up to 160MHz. Other features include a low output skew, high noise immunity, and a power supply voltage of 3.3 volts.

In order to better understand the working principles of the GTL2006PW, let us consider its various features more closely. To begin with, the component’s Power-saving feature helps to reduce power consumption during operation. This is achieved by saving the current state of the component and returning to it when power is removed.

Furthermore, the GTL2006PW supports advanced low voltage differential signaling ( LVDS) as well as pulse-width modulation ( PWM). The component also features differential input support and lower jitter values, thus enabling it to provide faster data transfer rate. Additionally, the component’s internal switching logic allows it to detect faults, and provide back driving protection, as well as low power consumption.

Moreover, the GTL2006PW has a built-in temperature sensors, which help to control the operating temperature of the component. This is especially useful for systems that require precise temperature control. Additionally, the component’s low on-state resistance allows for the highest transmission rates when used in systems that require high-speed data transfer.

In conclusion, the GTL2006PW is an invaluable component for anyone designing high-speed integrated circuit systems. It is an effective solution for facilitating the conversion of logic levels between one and other, providing enhanced immunity from noise and interference, and offering higher data transfer rates. With its wide range of applications, it is no wonder why this innovative component is so popular among engineers.