E4809-032-220-D Okuma
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The E4809-032-220-D board ensures precise signal control. It is equipped with SN7416N hex inverter and DM74125N quad bus buffer. The model features three edge connectors for backplane communication.
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Product Description:
The E4809-032-220-D Console Board is a compact digital control board built around TTL logic architecture. It supports signal inversion, buffering and data control for various electronic systems. It interfaces seamlessly with backplane setups for efficient performance in circuit level applications.
The E4809-032-220-D console board from Okuma features several key integrated circuits that handle core digital logic functions. It includes the SN7416N which acts as a hex inverter buffer with open collector outputs that enables signal buffering and level conversion. The SN7404N provides six general purpose logic inverters for standard logic operations. The SN7400N is a quad 2 input NAND gate that forms the fundamental logic blocks within the system. The DM74125N is a quad bus buffer with three state outputs. It facilitates proper control and management of the data bus. These integrated circuits enable robust and accurate signal processing. The E4809 series board is constructed with a board to backplane interface supported by three male edge connectors. These connectors ensure stable communication with host systems and simplify integration in modular hardware environments. The layout of the board includes four mounting screw holes that allows secure installation within larger assemblies or chassis units.
Discrete components are also used across this E4809-032-220-D console board to support stable operation. It contains axial lead carbon film resistors rated at 200 ohms and 1 kilo ohm with an estimated tolerance of ± 5 %. These resistors assist in current control and voltage division. Ceramic disc capacitors are distributed across the circuit for decoupling and improving signal stability by filtering out noise. The board uses various diodes and transistors to enable directional current flow and switching functionalities which are essential for managing electronic signal paths.
