SY10E163JC

SY10E163JC is a logic device from Fairchild Semiconductor which belongs to the logic - signal switches, multiplexers and decoders family. This device has two inputs and four outputs, two as active-low outputs, and two as active-high outputs. Each of these outputs use complementary-symmetry CMOS (Complementary Metal Oxide Semiconductor) transistors and are connected in an Independent AND/OR structure. These transistors are switched asynchronously at low-frequency using the outputs as buffers to reduce power consumption.

SY10E163JC can be used in a variety of applications, such as logic-level translation, logic gating, logic or clock generation and frequency division. It is also suitable for generating additional outputs from interlock circuits, or for completing 2-bit binary coding with multiplexer or 3-bit binary coding with demultiplexer.

More specifically, for two bit coded binary applications, SY10E163JC is used to compare two independent data inputs, A and B, to produce two separate outputs, Y and Z. By setting the output or inputs low, different logic states can be obtained. The logical output sequence is based on the following code: A=0, B=0, Y=0, Z=1; A=1, B=0, Y=1, Z=0; A=0, B=1, Y=1, Z=1; and A=1, B=1, Y=0, Z=0.

In addition, this logic device can also be used in multiplexers and decoders. As a multiplexer, SY10E163JC provides the ability to select one of the two inputs A or B and transfer its data to an output. As a decoder, it creates two outputs for each of the two inputs so the two output states can be independently controlled.

At its core, the working principle of SY10E163JC is based on the idea that an inverter consists of two PMOS transistors and two NMOS transistors in an Independent AND/OR logic structure. By applying a logic signal to the output nodes of the transistors, the device’s internal structure can be changed, thereby permitting two data inputs to be either combined or separated into two distinct outputs.

SY10E163JC’s active-low outputs are generated by configuring the N and P MOS transistors such that the outputs latch in their low-state when the input comes in its low-state, and they remain in this state until they are reset by a logic pulse. tSimilarly, the active-high output is generated by configuring the N and P MOS transistors such that the outputs latch in their high-state when the input comes in its low-state, and they remain in this state until they are reset by a logic pulse.

In conclusion, SY10E163JC is a logic device designed for logic - signals switch, multiplexer and decoder applications. It consists of two inputs and four outputs, and its internal design consists of two complementary metal oxide semiconductor transistors which are switched asynchronously at low-frequency to reduce the power consumption. The device can be used in various applications, including logic-level translation, logic gating, logic or clock generation and frequency division.