74ACTQ240SC Overview

Logical driver uses a neat 20-SOIC (0.295, 7.50mm Width) package. Tube external packaging. Available in Surface Mount. Voltage buffer adopts Buffer, Inverting logic prototype. Buffer IC is fed with a voltage of 4.5V~5.5V. Qualified to operate within -40°C~85°C TA. The high and low logic state output current of logical driver is 24mA 24mA. Logical driver can deal with 3-State output (s). All of the 2 elements are put into use. Digital buffer is one of the 74ACTQ series devices. Buffer IC is suitable for Surface Mount applications. Logical driver has 20 pins. The bus transceiver employs 4 bits for each element. You can search "74ACTQ240" for other related electrical components. In quiescent state, the electronic part uses 4μA. To run the part safely and stably in a circuit, 5V recommends users apply 5V on the logical driver. 8 bits are included within the electrical component. 8 channels for high quality communication. Voltage buffer is capable of operating under temperature as low as -40°C. Digital buffer should operate with ambient temperature no higher than 85°C. Buffer driver outputs 24mA to its low level. In high level output mode, the electronic parts may conduct -24mA of current. Voltage used to run voltage buffer should be 4.5V at least. In regard to the maximum supply voltage, buffer driver is rated 5.5V. Wireless transceiver is able to output 3 lines. Because of its 8 lines level input capability, buffer IC is more cost-effective on transimitting signals. Supplier device package of this electronic part would be 20-SOIC. It is sufficient to make 8 outputs. Digital buffer is characterized to have 4 inputs. The fundamental operation of logical driver is based on 2 circuits.

74ACTQ240SC Features

High Level Output: 24mA
Low Level Output: -24mA

74ACTQ240SC Applications

There are a lot of ON Semiconductor 74ACTQ240SC Buffers & Transceivers applications.

• Thermal management
• Metro access rings
• Indoor ad hoc meeting
• Structural bonding
• IPTV front end
• Wireless teaching
• Data center
• Wireless network systems
• WDM transmission
• Changeing the frequency from IF to RF