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    • 61. 发明授权
    • Method for depositing on a substrate a plurality of epitaxial layers in succession
    • 用于在衬底上连续沉积多个外延层的方法
    • US3890194A
    • 1975-06-17
    • US45995174
    • 1974-04-11
    • RCA CORP
    • ETTENBERG MICHAEL
    • C30B19/06C30B19/10H01L21/208H01L29/14
    • C30B19/063C30B19/10H01L21/02546H01L21/02625
    • A deposition furnace boat includes a plurality of wells each of which is adapted to contain a solution of the material to be deposited. A slide extends across the bottoms of the wells and is adapted to carry a substrate from one well to the next. Between each pair of adjacent wells is a narrow slot extending to the surface of the slide. Epitaxial layers are deposited on the substrate by moving the slide to bring the substrate into each well in succession. While the substrate is in each well, the solution is cooled to deposit the material from the solution onto the substrate. When the slide is moved to carry the substrate from one well to the next, the substrate passes beneath the slot which is between the wells. Any of the solution which may be carried with the substrate from the one well will be drawn up into the slot by capillary action so as to prevent contamination of the solution in the next well by any carry-over solution.
    • 沉积炉船包括多个孔,每个孔适于容纳待沉积材料的溶液。 滑块延伸穿过井的底部,并且适于将衬底从一个孔运送到下一个孔。 在每对相邻的井之间是延伸到载玻片表面的窄槽。 外延层通过移动载玻片沉积在基板上,以使基板连续地进入每个孔。 当基材在每个孔中时,将溶液冷却以将材料从溶液沉积到基底上。 当滑块移动以将衬底从一个孔运送到下一个孔时,衬底通过位于井之间的槽的下面。 通过毛细管作用可以将来自一个孔的基质携带的任何溶液通过毛细管作用吸入槽中,以防止任何结转溶液污染下一个孔中的溶液。
    • 65. 发明授权
    • Transistor series amplifier
    • 晶体管系列放大器
    • US3887878A
    • 1975-06-03
    • US44793474
    • 1974-03-04
    • RCA CORP
    • SCHADE JR OTTO HEINRICH
    • H03F3/18H03F3/30
    • H03F3/3076H03F3/3071
    • Bias for the n cascade connected output transistors of a conventional series amplifier is obtained by applying successive increments, each 1/n times the output voltage available across the series connected conduction paths of these transistors to the control electrodes of the successive transistors in the cascade, except for the one connected to the load terminal. Drive signal is applied to the control electrode of this transistor. In accordance with the present invention, the drive signal is supplied via n cascade connected input transistors biased in similar fashion to the cascade connected output transistors, to develop across its conduction path a voltage approximately equal to 1/n times the amplifier output voltage. This way of applying drive signal to the series amplifier facilitates its connection with another series amplifier in push-pull amplifier configurations.
    • 通过施加连续的增量来获得用于常规串联放大器的n级联连接的输出晶体管的偏置,每个级联的这些晶体管的串联连接的导通路径上可用的输出电压的1 / n倍是级联中的连续晶体管的控制电极, 除了连接到负载端子的那个外。 驱动信号施加到该晶体管的控制电极。 根据本发明,驱动信号通过以与级联连接的输出晶体管类似的方式偏压的n个级联连接的输入晶体管提供,以在其导通路径上形成大约等于放大器输出电压的1 / n倍的电压。 将驱动信号施加到串联放大器的这种方式便于其与推挽放大器配置中的另一个串联放大器的连接。
    • 66. 发明授权
    • Pulse position discriminator
    • 脉冲位置辨识器
    • US3886460A
    • 1975-05-27
    • US23954851
    • 1951-07-31
    • RCA CORP
    • WILSON ROBERT E
    • H03K9/04H03K5/20H03K7/04
    • H03K9/04
    • 1. A pulse position discriminator comprising, connection means for a source of repetitive pulse signals, means for phase inverting said pulse signals to produce a positive-going pulse signal and a negative-going pulse signal, connection means for a source of repetitive sawtooth reference signals, means for phase inverting said sawtooth signals to produce a positive-going sawtooth signal and a negative-going sawtooth signal, a pair of electron discharge devices having similar grid-anode characteristics and each having cathode, anode, and at least two control electrodes, each of said control electrodes being biased for operation in the linear portions of said characteristics and the gains of said tubes being controllable by the instantaneous potential applied to one of the control electrodes of each of said electron devices the anode electrodes of said discharge devices being connected together, means for applying said positive-going sawtooth signal to a control electrode of one of said discharge devices and for applying said negative-going sawtooth signal to an electrode of the other said discharge device to program the gains of said discharge device in opposing senses, the gains of said discharge devices being equal at the midpoints of said positive and negative going signals, means for applying said positive-going pulse signal to a different control electrode of the discharge device to which said positive-going sawtooth signal is applied and for applying said negative-going pulse signal to a different control electrode of the discharge device to which said negative-going sawtooth signal is applied, and an output circuit connected to said discharge device anode electrodes responsive to application of said pulse and sawtooth signals to said discharge devices for producing output signals having their polarities and amplitudes determined by the timing of said pulse signals with respect to said sawtooth signals.
    • 68. 发明授权
    • High voltage regulator
    • 高压调节器
    • US3885198A
    • 1975-05-20
    • US38577773
    • 1973-08-06
    • RCA CORP
    • PRITCHARD DALTON HAROLDSCHROEDER ALFRED CHRISTIAN
    • H04N3/16H04N3/185H01J29/70
    • H04N3/1856
    • In a horizontal deflection and high voltage generating circuit in a television receiver, the high voltage is regulated to remain substantially constant with variations in picture tube beam current variation and receiver direct current power supply variation. A high voltage variation representative signal is coupled to a regulator circuit including a saturable reactor magnetically biased such that a failure comprising either a short or open circuit in the regulator circuit causes the input energy to the deflection circuit not to increase beyond a predetermined amount.
    • 在电视接收机中的水平偏转和高压产生电路中,由于显像管电流变化和接收机直流电源变化的变化,高电压被调节为保持基本恒定。 高电压变化代表信号耦合到包括可饱和电抗器的调节器电路,所述可调电抗器被磁偏置,使得包括调节器电路中的短路或开路的故障导致偏转电路的输入能量不会增加超过预定量。
    • 69. 发明授权
    • Redundant signal processing error reduction technique
    • 冗余信号处理误差降低技术
    • US3883891A
    • 1975-05-13
    • US49960374
    • 1974-08-22
    • RCA CORP
    • THOMPSON CHARLES ROBERTFLINT ROBERT JONES
    • G11B20/18G11B5/09
    • G11B20/1803
    • Information signals are redundantly processed by an apparatus which utilizes two channels, each channel having at least one shift register. A first block of information signals is loaded into one shift register at one clock rate. It is then read out and re-loaded into the same shift register at a second higher clock rate. It is then read out a second time at the higher clock rate. A second block of information signals is similarly processed in the corresponding shift register in the other channel in an offset time interval with respect to the operation of the first shift register. The apparatus provides first and second representations of the information signals processed by the shift registers so that first and second representations of the first block of information signals followed by first and second representations of the second block of information signals may be, for example, recorded, in the order named, in a single track of a record medium. Thus, if an imperfection exists in the first block of data, data can be recovered from the second block.
    • 信息信号被利用两个信道的装置冗余处理,每个信道具有至少一个移位寄存器。 信息信号的第一块以一个时钟速率被加载到一个移位寄存器中。 然后以第二个更高的时钟速率读出并重新加载到相同的移位寄存器中。 然后以较高的时钟速率第二次读出。 相对于第一移位寄存器的操作的偏移时间间隔,在另一个通道中的相应移位寄存器中类似地处理第二信息信号块。 该装置提供由移位寄存器处理的信息信号的第一和第二表示,使得可以例如记录第二信息信号块的第一和第二表示的第一和第二信息信号块的第一和第二表示, 以命名的顺序,在记录介质的单个轨道中。 因此,如果在第一数据块中存在缺陷,则可以从第二块中恢复数据。