CD74HCT154M96

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 CD74HCT154M96 is a high-speed CMOS multicomponent multiplexer/decoder with logic interface control. It allows for fast, low-cost decoding and multiplexing of three individual logic signals into a 9-bit databus.

The CD74HCT154M96 operates over a wide range of logic supply voltage levels and has inputs that are TTL-compatible. The chip’s internal circuit design provides an efficient, low power consumption and high functioning multiplexer/decoder. The chip also features an asynchronous active-low reset that can be used to reset the device without waiting for the power supply to stabilize.

The CD74HCT154M96 can be used for many different applications. It can be used for multiplexing and decoding digital signals in broadband communications and wired RGB displays. It can also be used for multiplexing and decoding control signals for memory mapping or multi-device signalling in a digital system. Additionally, it can be used for decoding digital keys from SCSI host adapters.

At its most basic, the CD74HCT154M96 works like a switchboard. It receives three different inputs on its ports- three manual switches and a decoder chip. When a port is switched on, the decoder chip interprets the signals sent through it and makes the output connection. All the possible output connections are controllable by the device, as it has nine outputs that are easily programmed to send out different signals.

The chip has two sets of three inputs and one set of nine outputs. Inputs 1, 2 and 3 are logic signals which are connected to the multiplexer’s input pins. Outputs A-J are logic signals which are connected to the multiplexers’ output pins. The chip then uses a bi-stable latch and the logic signals it receives to multiplex the three inputs and to decode the resulting signals and outputs the resulting 9-bit databus.

The CD74HCT154M96 is an essential device for quickly processing multiple incoming signals into one bus. It is commonly used within complex digital systems where multiple signals must be quickly routed to a single point. This can be extremely useful for RGB displays, memory mapping and multi-device signalling.

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