MC10EL04DTR2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MC10EL04DTR2 offers a multi-function configurable logic gate and inverter. This versatile device combines two functions in one package, making it a great choice for users who need to save on board space and overall system costs. It is adjustable between schmitt-trigger operation and regular logic operation through the external logic control. The MC10EL04DTR2 provides high-speed, low-power and reliable logic switching. It is well suited for high-speed logic systems applications, where fast switching times and low power consumption are important.

The MC10EL04DTR2 has two Gate/Inverter configurations available. The two Gate/Inverter configurations are designated by ‘G’ and ‘I’ respectively. The Gate configuration functions as an AND gate with two inputs and one output; the Inverter configuration functions as an inverter with one input and one output. In the Gate configuration, the device behaves as an AND gate to generate the logic product of the two inputs. In the Inverter configuration the output is the opposite of the input.

The MC10EL04DTR2 can be used in a variety of applications, including general logic applications such as comparators, edge detectors and noise converters; digital signal processing; control systems; and modular interconnections. The MC10EL04DTR2 is also very useful for cascading applications as it does not have a common input/output structure.

The MC10EL04DTR2 operates on a single supply voltage ranging from 2.5V up to 5.5V. It is available in both through-hole and surface-mount packages and offers a wide range of output options depending on your application. The operating temperature range is from -65°C to +150°C.

The MC10EL04DTR2 has an input structure with two N-Channel MOSFETs and one P-Channel MOSFET, as well as a buffer amplifier. The input structure can be described as an AND-gate, but it is a custom designed logic gate. In schmitt-trigger operation, the input logic threshold can be adjusted to drive the output high or low depending on the application. When using the schmitt-trigger configuration, the MC10EL04DTR2 inputs are forward biased, resulting in a higher switching threshold. In this way, the user is able to reduce the jitter at the output, thus increasing the reliability of the output signal.

The MC10EL04DTR2 output structure comprises of an N-Channel MOSFET and a P-Channel MOSFET, both providing low-power and fast switching. The output stage can be provided with both static and dynamic voltage levels. The static voltage level is determined by the gate voltage magnitude for the P-Channel MOSFET and the drain voltage for the N-Channel MOSFET. The dynamic voltage levels of the MC10EL04DTR2 depend on the temperature and the operating conditions of the device.

In addition, the MC10EL04DTR2 has an output current limit circuit. This circuit limits the output current in a controlled manner, preventing the overloading of the output buffer when large capacitive loads are connected to the output and when using small supply voltages.

The MC10EL04DTR2 is ideal for applications requiring a logic gate or an inverter but with a limited number of components. Its multifunctional logic configuration saves space on the board, making it well suited for applications in a wide range of industries, including automotive, industrial, consumer, and medical. Its relatively low power consumption also makes it a perfect choice for low-power systems.

The specific data is subject to PDF, and the above content is for reference