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15-bit

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Abstract: Clock Output System Data (15-bit bus) Common Ground USB Host Interface Data minus Phase Lock Loop \/DD System Output Enable, active low System Chip Select, active low System Data (15-bit bus) System Data (15-bit bus) System Data (15-bit bus) Serial l/O Block Data Input Serial l/O Block Data Output System I/O VDD System Data (15-bit bus) System Data (15-bit bus) Serial Host Interface Ready to Send Serial Host Interface Receive Data System Data (15-bit bus) System Data (15-bit bus ... Mitel Semiconductor
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9 pages,
116.43 Kb

MT1020A DS5630 bluetooth transmitter circuit diagram 16 bit linear PCM Bluetooth Module adc PH2401 TEXT
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Abstract: 15-BIT, FAST-INTEGRATING CMOS ANALOG-TO-DIGITAL CONVERTER TC850 TC850 TC850 TC850 15-BIT , monolithic CMOS analog-to-digital converter (ADC) with resolution of 15-bits plus sign. It combines a , conversion speed. The result is 16 times improvement in speed over previous 15-bit, monolithic integrating , to form a complete 15bit plus sign ADC. CMOS processing provides the TC850 TC850 with highimpedance , s s 15-bit Resolution Plus Sign Bit Up to 40 Conversions per Second 12 Conversions per Second ... TelCom Semiconductor
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16 pages,
109.24 Kb

TC850ILW TC850IJL TC850CPL TC850CLW TC850 15-BIT TEXT
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Abstract: 15-BIT, FAST-INTEGRATING CMOS ANALOG-TO-DIGITAL CONVERTER TC850 TC850 TC850 TC850 15-BIT , monolithic CMOS analog-to-digital converter (ADC) with resolution of 15-bits plus sign. It combines a , conversion speed. The result is 16 times improvement in speed over previous 15-bit, monolithic integrating , to form a complete 15bit plus sign ADC. CMOS processing provides the TC850 TC850 with highimpedance , s s 15-bit Resolution Plus Sign Bit Up to 40 Conversions per Second 12 Conversions per Second ... TelCom Semiconductor
Original
datasheet

16 pages,
101.06 Kb

TC850ILW TC850IJL TC850CPL TC850CLW TC850 schematic sensor satu transistor Power demand equation dual slope adc 15-BIT TEXT
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Abstract: -bit bus) Substrate ground Serial l/O Block Clock Output System Data (15-bit bus) Common Ground USB , , active low System Data (15-bit bus) System Data (15-bit bus) System Data (15-bit bus) Serial l/O Block Data Input Serial l/O Block Data Output System I/O VDD System Data (15-bit bus) System Data (15-bit bus) Serial Host Interface Ready to Send Serial Host Interface Receive Data System Data (15-bit bus) System Data (15-bit bus) System Address (19-bit bus) System Data Serial l/O Block Slave ... Zarlink Semiconductor
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datasheet

9 pages,
359.69 Kb

MT1020A DS5630 TEXT
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Abstract: Clock Output System Data (15-bit bus) Common Ground USB Host Interface Data minus Phase Lock Loop \/DD System Output Enable, active low System Chip Select, active low System Data (15-bit bus) System Data (15-bit bus) System Data (15-bit bus) Serial l/O Block Data Input Serial l/O Block Data Output System I/O VDD System Data (15-bit bus) System Data (15-bit bus) Serial Host Interface Ready to Send Serial Host Interface Receive Data System Data (15-bit bus) System Data (15-bit bus ... Mitel Semiconductor
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datasheet

8 pages,
57.98 Kb

lock system using bluetooth icebreaker PH2401 MT1020A DS5630 TEXT
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Abstract: IDT71215 IDT71215 BiCMOS Static RAM 240K (16K x 15-Bit) Cache-Tag RAM for the PentiumTM Processor , Device Technology, Inc. DSC-3075/04 DSC-3075/04 IDT71215 IDT71215 BiCMOS Static RAM 240K (16K x 15-Bit) Cache-Tag RAM , 240K (16K x 15-Bit) Cache-Tag RAM for the PentiumTM Processor Commercial Temperature Range , BRDY Reg BRDYOE 3075 drw 02 6.42 3 IDT71215 IDT71215 BiCMOS Static RAM 240K (16K x 15-Bit , 15-Bit) Cache-Tag RAM for the PentiumTM Processor Commercial Temperature Range Truth Table ... Integrated Device Technology
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16 pages,
162.52 Kb

cache tag Static RAM IDT71215 TEXT
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Abstract: Serial l/O Block Clock Output System Data (15-bit bus) Common Ground USB Host Interface Data minus Phase Lock Loop \/DD System Output Enable, active low System Chip Select, active low System Data (15-bit bus) System Data (15-bit bus) System Data (15-bit bus) Serial l/O Block Data Input Serial l/O Block Data Output System I/O VDD System Data (15-bit bus) System Data (15-bit bus) Serial Host Interface Ready to Send Serial Host Interface Receive Data System Data (15-bit bus) System Data (15-bit bus) System ... Zarlink Semiconductor
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8 pages,
217.95 Kb

Philsar Semiconductor Audio interface USB 16 bit linear PCM MT1020A DS5630 TEXT
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Abstract: 1 TC850 TC850 15-BIT, FAST-INTEGRATING CMOS ANALOG-TO-DIGITAL CONVERTER 2 FEATURES GENERAL , of 15-bits plus sign. It combines a chopper-stabilized buffer and integrator with a unique , speed over previous 15-bit, monolithic integrating ADCs (from 2.5 conversions per sec up to 40 per sec , and a few noncritical passive components are required to form a complete 15bit plus sign ADC. CMOS , carrier (PLCC), surface-mount package. s s s s s s s s 15-bit Resolution Plus Sign Bit ... TelCom Semiconductor
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datasheet

14 pages,
157.58 Kb

TC850ILW TC850IJL TC850CPL TC850CLW tc8504 TC850 Power demand equation dual slope adc 15-BIT TEXT
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Abstract: Semiconductor, Inc. TC850 TC850 15-BIT, FAST-INTEGRATING CMOS ANALOG-TO-DIGITAL CONVERTER FEATURES , ) with resolution of 15-bits plus sign. It combines a chopper-stabilized buffer and integrator with a , improvement in speed over previous 15-bit, monolithic integrating ADCs (from 2.5 conversions per sec up to 40 , reference and a few noncritical passive components are required to form a complete 15bit plus sign ADC. CMOS , -4 1V5/96 1V5/96 ^ TELCOM SEMICONDUCTOR, INC. 3-77 15-BIT, FAST-INTEGRATING CMOS ANALOG-TO-DIGITAL ... OCR Scan
datasheet

14 pages,
639.73 Kb

TC850 15-BIT TEXT
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Abstract: Sampling ADC 15-bit, 20 kHz Sampling ADC 16-Bit, 400 kHz Sampling ADCs 14-bit, 20 kHz, Extended Temp. Sampling ADC 15-bit, 20 kHz, Extended Temp. Sampling ADC 14-bit, 2 MHz Sampling ADC 16-bit, 12.5 kHz , , Integrating ADC with BCD Coding Isolated, Integrating ADC with Binary Coding 14-bit, 6.8 ps ADC 15-bit, 125 kHz Sampling ADC 15-bit, 5 ps Buffered ADC 16-bit, 32 ps ADC 17-bit, 250 CPS Integrating ADC 16 ... OCR Scan
datasheet

1 pages,
30.73 Kb

MP8016 ADAM-826 adam-835 ADAM825B ANALOGIC AM40316 MP271 MP2322 ADC4340 ADC4110 MP2735 ANALOGIC mp260 mp201a MP2735A MP2735A-1 ADAM824B ADAM825B 16-BIT ADAM824B ADAM825B MP1936 ADAM824B ADAM825B mp2321 ADAM824B ADAM825B MP2735A1 ADAM824B ADAM825B AH8308T ADAM824B ADAM825B MP2734 ADAM824B ADAM825B ADAM824B ADAM824B ADAM825B ADAM826 ADAM834B ADAM835B TEXT
datasheet frame
Abstract: Clock Output System Data (15-bit bus) Common Ground USB Host Interface Data minus Phase Lock Loop \/DD System Output Enable, active low System Chip Select, active low System Data (15-bit bus) System Data (15-bit bus) System Data (15-bit bus) Serial l/O Block Data Input Serial l/O Block Data Output System I/O VDD System Data (15-bit bus) System Data (15-bit bus) Serial Host Interface Ready to Send Serial Host Interface Receive Data System Data (15-bit bus) System Data (15-bit bus ... Microchip Technology
Original
datasheet

342 pages,
2170.72 Kb

DS39703A DS51764 PIC18F example code i2c PIC24FJ32GB002 PIC24FJ32GB004 AN826 DS00826 usb to i2c 64GB004 "pickit 3" mplab PIC24FJ64GB002 DS51566 PIC24FJ64GB004 PIC24FJXXGB002 TEXT
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Archived Files

Abstract Saved from Date Saved File Size Type Download
delay is equal to the processing frame size. G.722 encodes frames of 15-bit linear PCM samples into decoder interface with arrays of 15-bit linear PCM samples and 6-, 7-, or 8-bit code words. G.722 Encoder encoder's usage of dynamically-allocated data memory G722E G722E_encode (.) Encodes a frame of 15-bit linear PCM G722D G722D_decode (.) Decodes a frame of code words into a frame of 15-bit linear PCM samples • Source and object
/datasheets/files/texas-instruments/sc/docs/dsps/softcoop/dspg722.htm
Texas Instruments 05/06/1998 6.63 Kb HTM dspg722.htm
DSP Hotline TechBits: C60 15-bit disp overflow Question: What does the linker error " C60 15-bit disp overflow " mean ? Answer: This error comes when the code is trying to load/store from/to a region of .bss which is too far away . The user should compile and link with the -ml ( large Generation Tools Detail2: Assembler / Linker Title: C60 15-bit disp overflow Source
/datasheets/files/texas-instruments/data/sc/docs/dsps/hotline/techbits/124a6.htm
Texas Instruments 08/02/1999 3.45 Kb HTM 124a6.htm
31-bit multiplicand is signed, with one sign bit, a 15-bit whole part, and a 15-bit fraction. The least signed, with one sign bit, no whole part, and a 15-bit fraction. 2.1 Background To understand )(15-bit whole part).(15-bit fraction)(1 LSB is ignored). ; The 16-bit numbers are in the format: ; (sign).(15-bit fraction). ; In addition, the data is stored in the following way: ; bl16: b0,0,b1,0,b2,0,b3,0
/datasheets/files/intel/drg/mmx/appnotes/ap562-v5.htm
Intel 10/02/1998 16.25 Kb HTM ap562-v5.htm
is equal to the processing frame size. G.722 encodes frames of 15-bit linear-PCM samples into frames and decoder interface with arrays of 15-bit linear-PCM samples and 6-, 7-, or 8-bit code words. G.722 frame of 15-bit linear-PCM samples into a frame of code words G722_decode (.) Decodes a frame of code words into a frame of 15-bit linear-PCM samples G722_delete (.) Delete the G.722 encoder and decoder
/datasheets/files/texas-instruments/sc/docs/dsps/softcoop/dsp5g722.htm
Texas Instruments 05/06/1998 6.55 Kb HTM dsp5g722.htm
multiplicand is in memory. The 31-bit multiplicand is signed, with one sign bit, a 15-bit whole part, and a 15-bit fraction. The least significant bit is not used. The result is also 31 bits with the same format. The 16-bit multiplicand is signed, with one sign bit, no whole part, and a 15-bit fraction. )(15-bit whole part).(15-bit fraction)(1 LSB is ignored). ; The 16-bit numbers are in the format: ; (sign).(15-bit fraction). ; In addition, the data is stored in the following way: ; bl16: b0,0,b1,0,b2,0,b3,0
/datasheets/files/intel/technologies/drg/mmx/appnotes/ap562.htm
Intel 01/05/1999 16.66 Kb HTM ap562.htm
31-bit multiplicand is signed, with one sign bit, a 15-bit whole part, and a 15-bit fraction. The least signed, with one sign bit, no whole part, and a 15-bit fraction. 2.1 Background To understand )(15-bit whole part).(15-bit fraction)(1 LSB is ignored). ; The 16-bit numbers are in the format: ; (sign).(15-bit fraction). ; In addition, the data is stored in the following way: ; bl16: b0,0,b1,0,b2,0,b3,0
/datasheets/files/intel/drg/mmx/appnotes/ap562.htm
Intel 31/10/1998 16.36 Kb HTM ap562.htm
31-bit multiplicand is signed, with one sign bit, a 15-bit whole part, and a 15-bit fraction. The least signed, with one sign bit, no whole part, and a 15-bit fraction. 2.1 Background To understand )(15-bit whole part).(15-bit fraction)(1 LSB is ignored). ; The 16-bit numbers are in the format: ; (sign).(15-bit fraction). ; In addition, the data is stored in the following way: ; bl16: b0,0,b1,0,b2,0,b3,0
/datasheets/files/intel/drg/mmx/appnotes/ap562-v2.htm
Intel 31/07/1998 16.36 Kb HTM ap562-v2.htm
31-bit multiplicand is signed, with one sign bit, a 15-bit whole part, and a 15-bit fraction. The least signed, with one sign bit, no whole part, and a 15-bit fraction. 2.1 Background To understand )(15-bit whole part).(15-bit fraction)(1 LSB is ignored). ; The 16-bit numbers are in the format: ; (sign).(15-bit fraction). ; In addition, the data is stored in the following way: ; bl16: b0,0,b1,0,b2,0,b3,0
/datasheets/files/intel/drg/mmx/appnotes/ap562-v7.htm
Intel 03/08/1997 15.58 Kb HTM ap562-v7.htm
31-bit multiplicand is signed, with one sign bit, a 15-bit whole part, and a 15-bit fraction. The least signed, with one sign bit, no whole part, and a 15-bit fraction. 2.1 Background To understand )(15-bit whole part).(15-bit fraction)(1 LSB is ignored). ; The 16-bit numbers are in the format: ; (sign).(15-bit fraction). ; In addition, the data is stored in the following way: ; bl16: b0,0,b1,0,b2,0,b3,0
/datasheets/files/intel/drg/mmx/appnotes/ap562-v6.htm
Intel 31/01/1997 15.68 Kb HTM ap562-v6.htm
31-bit multiplicand is signed, with one sign bit, a 15-bit whole part, and a 15-bit fraction. The least signed, with one sign bit, no whole part, and a 15-bit fraction. 2.1 Background To understand )(15-bit whole part).(15-bit fraction)(1 LSB is ignored). ; The 16-bit numbers are in the format: ; (sign).(15-bit fraction). ; In addition, the data is stored in the following way: ; bl16: b0,0,b1,0,b2,0,b3,0
/datasheets/files/intel/drg/mmx/appnotes/ap562-v1.htm
Intel 30/04/1998 16.36 Kb HTM ap562-v1.htm