SN74HC241DWRG4

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 SN74HC241DWRG4 is a logic-level device from the Texas Instruments (TI) 74HC series. It is a four-channel, 3-state Buffer/Driver/Receiver/Transceiver with TTL levels and is designed for mixed signal applications ranging from computers and industrial to consumer and automotive applications.

The SN74HC241DWRG4 is a single integrated circuit (IC) with four independent Buffers/Drivers/Receivers/Transceivers with 3-state outputs providing several high-speed logic functionalities. It is designed to interface between the TTL logic family and the MOS logic family. It includes two open-collector Output Enable (OE) inputs that allow the outputs to be placed in either the high-impedance OFF-state or the active ON-state. The parts expand the level of system performance by providing improved execution times for bus control and bus interfacing.

In terms of its application field, the SN74HC241DWRG4 is suitable for applications that need low-power logic addition; low-skew, differentially clocked logic; low-noise signal distributed logic; high-speed logic addition; and array logic. It is applicable in the areas of computers, general logic applications, high-speed switching, logic expansions, and signal buffering.

The SN74HC241DWRG4 offers the following performance features:

• Low quiescent current
• Extremely low input currents
• Wide voltage range guaranteed over the full operating temperature range
• High-speed TTL/CMOS compatible operations
• Low-voltage TTL compatible inputs
• Hazard free true TTL outputs

The SN74HC241DWRG4 and its working principle can be broken down into two parts: output devices and input devices. The output devices provide logic levels - including TTL and CMOS levels - that are compatible across the entire voltage range. The input devices guarantee low-voltage TTL compatible logic levels. The output devices are capable of driving 10 LS-TTL loads with power dissipation limited only by the thermal considerations.

The overall working principle of the SN74HC241DWRG4 is that the output buffers/drivers/receivers/transceivers provide a direct active-low or an open-drain connection to the output pins. This enables the active-low, buffered, and open-drain output operation. The device also provides high-speed operation, which can be accomplished without the need for additional external components. The output buffers/drivers/receivers/transceivers are enabled when the Output Enable (OE) input is LOW and can be driven to Logic HIGH, Logic LOW, or High-Impedance OFF-state.

In addition, the input devices that sense the logic levels are designed for low-voltage VCC levels, so they are compatible with TTL levels. The devices are enabled when the Enable (EN) input is LOW and can be driven from logic HIGH, logic LOW, or high-impedance OFF-state. The devices are then clocked with the Clock (CLK) input, which is LOW when read operations take place and HIGH when write operations take place.

In conclusion, the SN74HC241DWRG4 is a great device for anyone looking to expand the level of system performance. It has a wide range of applications, including computers, general logic applications, high-speed switching, logic expansions, and signal buffering, and it provides excellent performance features, such as low quiescent current, very low input currents, wide voltage range guarantee over the full operating temperature range, and high-speed TTL/CMOS compatible operations. The device also provides an efficient way to move data between different logic families, enabling high-speed logic addition and signal buffering without the need for additional external components.

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