Double ion implanted DSAMOS-bipolar devices

K. Murakami, M. Ueda, M. Ohmori, I. Ohkura, Y. Horiba, T. Nakano
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引用次数: 1

Abstract

The new DSAMOS-bipolar compatible devices have been developed by utilizing the high transcoductance / input impedance of DSA MOS transistor and driving capability of bipolar one for large current. In the double diffused technology, dopants were deposited by the ion implanting method, which resulted in the better threshold voltage controllability (ΔV/Vth=0.05) for DSA MOSFET and high current gain (β=800) for npn transistor. High transconductance of 1.3 mΩ3 was obtained with small size transistor (W =300 µm). The optimum value of base dose was determined by the relationship between Vth and ρsb (base sheet resistance for analogue circuit use.
双离子注入dsamos双极器件
利用DSAMOS晶体管的高转导/输入阻抗和双极MOS晶体管对大电流的驱动能力,开发了新型dsamos -双极兼容器件。在双扩散技术中,采用离子注入法沉积掺杂剂,使DSA MOSFET具有较好的阈值电压可控性(ΔV/Vth=0.05),使npn晶体管具有较高的电流增益(β=800)。采用小尺寸晶体管(W =300µm)获得了1.3 mΩ3的高跨导。根据Vth与基片电阻ρsb的关系确定了模拟电路中基片剂量的最佳值。
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