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The V62/04709-02YE is a military-grade SN74LVTH162245-EP 16-bit dual-octal noninverting 3-state transceiver. It operates on a supply voltage range of 2.7 V to 3.6 V and supports mixed-mode signal operation with 5-V input tolerance. The device features active bus-hold circuitry, Ioff support for hot insertion, and distributed power pins to minimize switching noise. It is housed in a 48-pin SSOP (DL) package.
Verify the specific ordering suffix '-02YE' corresponds to the SSOP (DL) package variant when sourcing. Confirm that the component meets the required extended temperature range specifications for your application environment. Ensure compliance with all relevant military qualification standards before final integration into critical systems.
Select this component for applications requiring robust 16-bit bidirectional data transmission across mixed-voltage domains. The device is suitable where hot-swap capabilities are necessary to protect connected buses from damage during power cycling. Consider the SSOP package constraints regarding thermal dissipation and physical space availability on the target printed circuit board layout.
This part belongs to the Texas Instruments Widebus family and is an enhanced plastic version of the SN74LVTH162245-EP. It provides controlled baseline manufacturing with one assembly and fabrication site. The component includes enhanced diminishing manufacturing sources support and strict product-change notification protocols.
Qualified versions include the catalog SN74LVTH162245 and the military SN54LVTH162245. Verify pinout and electrical characteristics match before substitution. Package differences may require adapter solutions or layout modifications.
Active bus-hold circuitry maintains unused or undriven inputs at a valid logic state, eliminating the need for external pullup or pulldown resistors.
The device features Ioff circuitry to disable outputs and prevent damaging current backflow when powered down, along with power-up 3-state circuitry to ensure high-impedance states during power transitions.