Search Results - STEINBEISER, Craig

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  1. 1
    High-Efficiency WCDMA Envelope Tracking Base-Station Amplifier Implemented With GaAs HVHBTs

    High-Efficiency WCDMA Envelope Tracking Base-Station Amplifier Implemented With GaAs HVHBTs by Jinseong Jeong, Kimball, D.F., Myoungbo Kwak, Draxler, P., Chin Hsia, Steinbeiser, C., Landon, T., Krutko, O., Larson, L.E., Asbeck, P.M.

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  2. 2
    A 56 Gb/s PAM-4 linear transimpedance amplifier in 0.13-μm SiGe BiCMOS technology for optical receivers

    A 56 Gb/s PAM-4 linear transimpedance amplifier in 0.13-μm SiGe BiCMOS technology for optical receivers by Bhagavatheeswaran, Shanthi, Cummings, Terry, Tangen, Eric, Heins, Matt, Chan, Richard, Steinbeiser, Craig

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  3. 3
    250 W HVHBT Doherty With 57% WCDMA Efficiency Linearized to 55 dBc for 2c11 6.5 dB PAR

    250 W HVHBT Doherty With 57% WCDMA Efficiency Linearized to 55 dBc for 2c11 6.5 dB PAR by Steinbeiser, C., Landon, T., Suckling, C., Nelson, J., Delaney, J., Hitt, J., Witkowski, L., Burgin, G., Hajji, R., Krutko, O.

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  4. 4
    Digital Pre-distortion for improving efficiency, linearity and average output power of microwave Point-to-Point power amplifiers used in cellular backhaul telecommunication systems

    Digital Pre-distortion for improving efficiency, linearity and average output power of microwave Point-to-Point power amplifiers used in cellular backhaul telecommunication systems by Branson, Roger, Steinbeiser, Craig, Kim Tran, Loran, Brian, Wohlert, David

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  5. 5
    100 Gb/s Optical DP-QPSK Using Two Surface Mount Dual Channel Modulator Drivers

    100 Gb/s Optical DP-QPSK Using Two Surface Mount Dual Channel Modulator Drivers by Steinbeiser, C., Dinh, K., Chiu, A., Coutant, M., Krutko, O., Tessaro, M.

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  6. 6
    325W HVHBT Doherty Final and LDMOS Doherty Driver with 30dB Gain and 54% PAE Linearized to -55dBc for 2c11 6.5dB PAR

    325W HVHBT Doherty Final and LDMOS Doherty Driver with 30dB Gain and 54% PAE Linearized to -55dBc for 2c11 6.5dB PAR by Page, P., Steinbeiser, C., Landon, T., Burgin, G., Hajji, R., Branson, R., Krutko, O., Delaney, J., Witkowski, L.

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  7. 7
    250W HVHBT Doherty with 57% WCDMA Efficiency Linearized to -55dBc for 2c11 6.5dB PAR

    250W HVHBT Doherty with 57% WCDMA Efficiency Linearized to -55dBc for 2c11 6.5dB PAR by Steinbeiser, C., Landon, T., Suckling, C.

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  8. 8
    High Efficiency WCDMA Envelope Tracking Base-Station Amplifier Implemented with GaAs HVHBTs

    High Efficiency WCDMA Envelope Tracking Base-Station Amplifier Implemented with GaAs HVHBTs by Kimball, D., Myoungbo Kwak, Draxler, P., Jinseong Jeong, Chin Hsia, Steinbeiser, C., Landon, T., Krutko, O., Larson, L., Asbeck, P.

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  9. 9
    Generation 2 High Voltage Heterojunction Bipolar Transistor technology for high efficiency base station power amplifiers

    Generation 2 High Voltage Heterojunction Bipolar Transistor technology for high efficiency base station power amplifiers by Landon, Thomas, Delaney, Joe, Steinbeiser, Craig, Krutko, Oleh, Branson, Roger, Hajji, Rached, Page, Preston, Wey, Sam, Hall, Craig, Witkowski, Larry

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  10. 10
    Generation 2 High Voltage Heterojunction Bipolar Transistor technology for high efficiency base station power amplifiers

    Generation 2 High Voltage Heterojunction Bipolar Transistor technology for high efficiency base station power amplifiers by Landon, T. R., Witkowski, L., Delaney, J., Steinbeiser, C. F., Krutko, O. B., Branson, R., Hajji, R., Page, P., Wey, S., Hall, C.

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  11. 11
    250 W HVHBT Doherty With 57% WCDMA Efficiency Linearized to -55 dBc for 2cll 6.5 dB PAR

    250 W HVHBT Doherty With 57% WCDMA Efficiency Linearized to -55 dBc for 2cll 6.5 dB PAR by STEINBEISER, Craig, LANDON, Thomas, SUCKLING, Charles, NELSON, James, DELANEY, Joe, HITT, John, WITKOWSKI, Larry, BURGIN, Gary, HAJJI, Rached, KRUTKO, Oleh

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  12. 12
    Design of a 600W Doherty using generation 2 HVHBT with 55% WCDMA efficiency linearized to −55dBc for 2c11 6.5dB PAR

    Design of a 600W Doherty using generation 2 HVHBT with 55% WCDMA efficiency linearized to −55dBc for 2c11 6.5dB PAR by Landon, T., Steinbeiser, C., Page, P., Hajji, R., Burgin, G., Branson, R., Krutko, O., Delaney, J., Witkowski, L.

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