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MC10H334FN is listed in the Specialty Logic range at ChipApex. The manufacturer field lists onsemi. Its product description is IC DRIVER/RCVR QUAD BUS 20PLCC. Review the specifications below when checking this part for your BOM.
The MC10H334FN is a Quad Bus Driver/Receiver with transmit and receiver latches, manufactured by onsemi. It operates within a supply voltage range of -4.94 V to -5.46 V and supports an operating temperature from 0°C to +75°C. The device features a typical propagation delay of 1.6 ns for data-to-output transitions. Electrical characteristics include high output voltages between -1.02 V and -0.735 V, and low output voltages between -1.95 V and -1.60 V. Input currents vary based on logic state and pin configuration, while power supply current remains constant at 161 mA across the specified temperature range.
Verify component authenticity through authorized distributors or official manufacturer channels. Confirm package suffix matches FN for PLLC-20 housing. Check RoHS compliance status as standard versions may differ from G-suffix variants. Validate datasheet revision against manufacturing date codes to ensure specification accuracy.
Select this component for applications requiring quad bus driving with integrated latching capabilities. Ensure supply voltage aligns with the -4.94 V to -5.46 V operational window. Consider thermal management for the 161 mA power consumption. Verify interface compatibility with existing MECL 10K logic levels before integration into the design.
This part belongs to the MC10H series of ECL logic devices produced by onsemi. It functions as a specialized translator and driver within the broader logic IC category. The device utilizes a 20-lead Plastic Leaded Chip Carrier (PLLC) surface-mount package designed for reliable operation in industrial temperature ranges.
MC10H334FNG: Lead-free version of the same functional device in identical PLLC-20 packaging.
When the Output Enable (OE) signal is high, the bus outputs fall to -2.0 V.
Information is latched on the positive transition of the Data Latch Enable (DLE) and Receiver Latch Enable (RLE) signals when they are at a low level.
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