2014 - 68hc11 16MHz
Abstract: No abstract text available
Text: . Figure 15: Interfacing the TSA7887 to TSM320C5x-type DSPs. TSA7887âs CS input. The TMS320C5xâ s , TMS320C5x DSP Interface With peripheral serial devices like the TSA7887, the TMS320C5xâ s serial , operations. A single logic inverter is the only glue logic required between the TMS320C5xâ s CLKX output and the TSA7887 SCLK input and is illustrated in the connection diagram of Figure 15. The TMS320C5xâ s serial port is configured to operate in burst mode using the TMS320C5xâ s internal CLKX (serial
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Original
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PDF
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TSA7887
125-ksps,
12-bit
AD7887
TSA7887B
TSA7887A
125ksps
TSA7887
68hc11 16MHz
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2013 - TS7001IM8
Abstract: No abstract text available
Text: input. The TMS320C5xâ s serial port control register (SPC) must be configured in the following manner , TS7001, the TMS320C5xâ s serial interface has a continuous serial clock and frame synchronization , between the TMS320C5xâ s CL X output and the TS7001 SCLK input and is illustrated in the connection diagram of Figure 15. The TMS320C5xâ s serial port is configured to operate in burst mode using the TMS320C5xâ s internal CL X (serial clock transmit) TS7001DS r1p1 Bit(s) TFSW, RFSW INVRFS, INVTFS
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Original
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PDF
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TS7001
12-bit
AD7887
TS7001
AD7887
TS7001DS
TS7001IM8
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2014 - TS7001IM8
Abstract: No abstract text available
Text: TMS320C5xâ s serial port control register (SPC) must be configured in the following manner: Table 3 , TMS320C5x DSP Interface With peripheral serial devices like the TS7001, the TMS320C5xâ s serial interface , . A single logic inverter is the only glue logic required between the TMS320C5xâ s CLKX output and the TS7001 SCLK input and is illustrated in the connection diagram of Figure 15. The TMS320C5xâ s serial port is configured to operate in burst mode using the TMS320C5xâ s internal CLKX (serial clock
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Original
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PDF
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TS7001
12-bit
AD7887
TS7001
TS7001IM8
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2012 - Not Available
Abstract: No abstract text available
Text: TSM320C5x-type DSPs. TSA7887âs CS input. The TMS320C5xâ s serial port control register (SPC) must be , serial devices like the TSA7887, the TMS320C5xâ s serial interface has a continuous serial clock and , only glue logic required between the TMS320C5xâ s CL X output and the TSA7887 SCL input and is illustrated in the connection diagram of Figure 15. The TMS320C5xâ s serial port is configured to operate in burst mode using the TMS320C5xâ s internal CL X (serial clock transmit) and FSX (frame sync
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Original
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PDF
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TSA7887
125-ksps,
12-bit
AD7887
TSA7887
125-ksps
AD7887
TSA7887B
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2013 - TS7001IM8
Abstract: No abstract text available
Text: input. The TMS320C5xâ s serial port control register (SPC) must be configured in the following manner , TS7001, the TMS320C5xâ s serial interface has a continuous serial clock and frame synchronization , between the TMS320C5xâ s CL X output and the TS7001 SCLK input and is illustrated in the connection diagram of Figure 15. The TMS320C5xâ s serial port is configured to operate in burst mode using the TMS320C5xâ s internal CL X (serial clock transmit) TS7001DS r1p1 Bit(s) TFSW, RFSW INVRFS, INVTFS
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Original
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PDF
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TS7001
12-bit
AD7887
TS7001
AD7887
TS7001DS
TS7001IM8
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2012 - Not Available
Abstract: No abstract text available
Text: TSM320C5x-type DSPs. TSA7887âs CS input. The TMS320C5xâ s serial port control register (SPC) must be , serial devices like the TSA7887, the TMS320C5xâ s serial interface has a continuous serial clock and , only glue logic required between the TMS320C5xâ s CL X output and the TSA7887 SCL input and is illustrated in the connection diagram of Figure 15. The TMS320C5xâ s serial port is configured to operate in burst mode using the TMS320C5xâ s internal CL X (serial clock transmit) and FSX (frame sync
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Original
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PDF
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TSA7887
125-ksps,
12-bit
AD7887
TSA7887
125-ksps
AD7887
TSA7887B
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2013 - TS7001IM8
Abstract: No abstract text available
Text: input. The TMS320C5xâ s serial port control register (SPC) must be configured in the following manner , TS7001, the TMS320C5xâ s serial interface has a continuous serial clock and frame synchronization , between the TMS320C5xâ s CL X output and the TS7001 SCLK input and is illustrated in the connection diagram of Figure 15. The TMS320C5xâ s serial port is configured to operate in burst mode using the TMS320C5xâ s internal CL X (serial clock transmit) TS7001DS r1p0 Bit(s) TFSW, RFSW INVRFS, INVTFS
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Original
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PDF
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TS7001
12-bit
AD7887
TS7001
AD7887
TS7001DS
TS7001IM8
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1997 - Not Available
Abstract: No abstract text available
Text: TMS320C242 DSPÄCONTROLLER SPRS063D â DECEMBER 1997 â REVISED SEPTEMBER 2000 D Single 10-Bit Analog-to-Digital Converter D High-Performance Static CMOS Technology D Includes the TMS320C2xx Core CPU D D D D D â Object-Compatible With the TMS320C2xx â Source-Code-Compatible With TMS320C25 â Upwardly Compatible With TMS320C5x⢠DSP Generation â 50-ns Instruction Cycle Time Pin-Compatible With TMS320F241 (64-Pin/68-Pin) Code-Compatible With TMS320F243 and TMS320F241 Commercial and
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TMS320C242
SPRS063D
10-Bit
TMS320C2xx
TMS320C2xx
TMS320C25
TMS320C5xâ
50-ns
TMS320F241
64-Pin/68-Pin)
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