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The MPQ3762 is a quad PNP core driver transistor array housed in a TO-116 14-pin DIP package. It contains four identical die with a total power dissipation of 3.0 Watts at 25°C. Key electrical parameters include a collector-base breakdown voltage (BV_CBO) of 40V, collector-emitter breakdown voltage (BV_CEO) of 40V, and emitter-base breakdown voltage (BV_EBO) of 5.0V. The device features a typical DC current gain (h_FE) of 1000 at I_C=20mA and V_CE=1.0V, with a maximum saturation voltage (V_CE(SAT)) of 0.55V at I_C=500mA. Additional specifications include an input bias current (I_CBO) of 100nA, output capacitance (C_ob) of 15pF, transition frequency (f_T) of 150MHz, and noise figure (NF) of 10dB.
Verify the specific ordering suffix required for your manufacturing process. The TIN/LEAD designation indicates lead-based plating options available from Central Semiconductor Corp. Confirm compliance with environmental regulations regarding restricted substances before procurement. Contact the manufacturer's engineering team directly for technical data or alternative sourcing if standard availability is insufficient.
Select this component when a compact quad PNP solution is required for high-gain amplification or switching tasks. Ensure the circuit design accommodates the 40V breakdown limits and the 3.0W total power dissipation capability. Verify that the TO-116 package dimensions fit the target PCB layout constraints.
This component belongs to Central Semiconductor’s lineup of discrete transistor arrays designed for general-purpose electronics. It serves as a multi-channel alternative to individual discrete components, reducing board space and assembly complexity. The part is specifically categorized under PNP core drivers within the manufacturer's portfolio.
The manufacturer has classified the MPQ3762 as End of Life (EOL). No direct replacement part number is provided by Central Semiconductor Corp. for this specific model. Designers should consult the manufacturer's engineering support for potential alternate sources or equivalent generic quad PNP arrays.