500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

"ctc cob"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: immediately obvious. The only difference between COB and CTC is that the MSB has been inverted. Inversion of all Bits USB to CSB and CSB to USB BOB to COB and COB to BOB BTC to CTC and CTC to BTC With , of the transformation of BOB to COB, and BTC to CTC. For conversion of unipolar schemes, there is , the MSB BOB to CTC and CTC to BOB BTC to COB and COB to BTC MSB Manipulation of BOB into CTC , the MSB LSB BOB to BTC and BTC to BOB COB to CTC and CTC to COB = Least Significant Bit - Burr-Brown
Original
ADC7802 ADS7803 ADC603 ADC614 ADS7800 PCM78
Abstract: immediately obvious. The only difference between COB and CTC is that the MSB has been inverted. Inversion of all Bits USB to CSB and CSB to USB BOB to COB and COB to BOB BTC to CTC and CTC to BTC With , of the transformation of BOB to COB, and BTC to CTC. For conversion of unipolar schemes, there is , the MSB BOB to CTC and CTC to BOB BTC to COB and COB to BTC MSB Manipulation of BOB into CTC , the MSB LSB BOB to BTC and BTC to BOB COB to CTC and CTC to COB = Least Significant Bit - Burr-Brown
Original
09375 SHC5320 zero crossing three signals
Abstract: COB* or CTC" COB* or CTC" COB* or CTC" CSB"* CSB* One Least Significant Bit (LSB) FSR 2" 20V 2" 10V , Pin ±10V COB or CTC 22 Input Signal 25 25 ±5V COB or CTC 22 Open 24 24 ±2.5V COB or CTC 22 Pin 22 , 0 0 0 +5V +2.SV -Full Scale -10V +1/2LSB -5V +1/2LSB -2.5V +1/2LSB 0 + 1/2LSB 0 +1/2LSB NOTESl 'COB - Complementary Offset Binary "CTC â  Complementary Two's complement-obtained by using the -
OCR Scan
ADADC85 ADC85 1455V ADC85S-12 analog devices mb2 ADC85S-12/883B ADADC85SZ-12/883B ADI-H-1000 DH-32F
Abstract: * CSB COB, CTC(6) TTL Loads TTL Loads kHz * * * * * W VDC VDC mA mA mA +85 * °C °C * * 2 CSB, COB * 2 Logic "1" during conversion * 2 2 1400 933 ±11.4 , Complementary Straight Binary, COB = Complementary Offset Binary, CTC = Complementary Two's Complement. (6) CTC , CTC(2) COB(1) or CTC(2) COB(1) or CTC(2) CSB(3) CSB(3) CSB(3) FSR 2n n = 12 n = , TO PIN COB or CTC* COB or CTC* COB or CTC* CSB CSB CSB 27 27 27 22 22 22 Input Burr-Brown
Original
ADC76 16 bit analog to digital converter ics 8 pin 4v power supply converter ADC76A ADC76AG ADC76BG 16-BIT 15VDC
Abstract: * ±5 ­25 ­25 CSB COB, CTC(6) CSB, COB 6.0 6.3 6.6 * 6.0 6.3 ±200 ±10 , Voltage Range ±10V ±5V ±2.5V 0 to +10V 0 to +5V 0 to +20V COB(1) or CTC(2) COB(1) or CTC(2) COB(1) or CTC(2) CSB(3) CSB(3) CSB(3) FSR 2n n = 12 n = 13 n = 14 , +20V OUTPUT CODE CONNECT PIN 26 TO PIN CONNECT PIN 24 TO COB or CTC(1) COB or CTC(1) COB or CTC(1) CSB CSB CSB 27 27 27 22 22 22 Input Signal Open Pin 27 Pin 27 Open Burr-Brown
Original
ADC71 ADC71AG ADC71BG ADC71JG ADC71KG PDS-1060A
Abstract: * ±5 ­25 ­25 CSB COB, CTC(6) CSB, COB 6.0 6.3 6.6 * 6.0 6.3 ±200 ±10 , to +10V 0 to +5V 0 to +20V COB(1) or CTC(2) COB(1) or CTC(2) COB(1) or CTC(2 , CODE CONNECT PIN 26 TO PIN CONNECT PIN 24 TO COB or CTC(1) COB or CTC(1) COB or CTC(1 , Connections Required" section. (5) See Table I. CSB = Complementary Straight Binary. COB = Complementary Offset Binary. CTC = Complementary Two's Complement. (6) CTC coding obtained by inverting MSB (Pin 1). Burr-Brown
Original
Abstract: * CSB COB, CTC(6) TTL Loads TTL Loads kHz * * * * * W VDC VDC mA mA mA +85 , Complementary Straight Binary, COB = Complementary Offset Binary, CTC = Complementary Two's Complement. (6) CTC , +5V 0 to +20V COB(1) or CTC(2) COB(1) or CTC(2) COB(1) or CTC(2) CSB(3) CSB(3 , offset binary (COB) for bipolar input signal ranges. Complementary two's complement (CTC) may be , TO PIN COB or CTC* COB or CTC* COB or CTC* CSB CSB CSB 27 27 27 22 22 22 Input Burr-Brown
Original
ADC76KG ADC76J ADC76JG
Abstract: Pin 24 To Connect Input Signal To Pin COB or CTC 27 Input Sig 24 15 V COB or CTC' 27 Open 25 -2 5V COB or CTC' 27 Pin 27 25 0 to +5V CSB 22 Pin 27 25 0 to +10V CSB 22 Open 25 0 to +20V CSB 22 Input , Output Drive Status Status Output Drive Internal Clock Clock Output Drive Frequency Logi! 280 CSE COB CT , , see Additional Connections Required' section 5 See Table I CSB - Complementary Straight Binary COB - Complementary Offset Binary CTC - Complementary Two s Complement 6 CTC coding obtained by inverting MSB Pin 5 -
OCR Scan
ADC72 ADC72JM ADC72AM PDS-432B 003I2
Abstract: DIGITAL DATA(AII codes complementary) Parallel Output Codes(6) Unipolar CSB Bipolar COB, CTC Output Drive TTL Loads Serial Data Codes (NRZ) CSB, COB Output Drive 5 TTL Loads Status Logic "1" , unipolar input signal ranges and complementary two's complement (CTC) and complementary offset binary (COB , 0 to +20V Code Designation COB or CTC* COB or CTC* COB or CTC* CSB* CSB* CSB* One Least , To ±10V COB or CTC 18 Input Signal 15 ±5V COB or CTC 18 Open 14 ±2.5V COB or CTC 18 Pin 18 14 -
OCR Scan
ADC82 ADC82AG ADC82AM IC TTL 7400 free internal diagram of 7400 IC 245M ADC82A
Abstract: ) Parallel Output Codes'5): Unipolar CSB * Bipolar COB, CTC*6> * Output Drive 2 * TTL Loads Serial Data Code (NRZ) CSB, COB * Output Drive 2 * TTL Loads Status Logic "1" , ±2.5V 0 to +10V 0 to +5V 0 to +20V Code COB'1' COB'" COB'" Designation or CTC or CTC or CTC , ±10V COB or CTC* 27 Input Signal 24 ±5V COB or CTC* 27 Open 25 ±2.5V COB or CTC* 27 Pin 27 25 0 to +5V , . CSBâ'"Complementary Straight Binary, COBâ'"Complementary Offset Binary, CTCâ'"Complementary Two's Complement. (6) CTC -
OCR Scan
ADC76H CTC 880 ADC76KH ADC76JH ADC76AH
Abstract: ; CSB, CTC, or COB. TABLE 1. Digital Input Codes. DIGITAL INPUT ANALOG OUTPUT MSB LSB I 1 000000000000 011111111111 100000000000 111111111111 CSB Compl. Straight Binary COB Compl. Offset Binary CTC , Manufacturer For bipolar (COB, CTC) configurations, apply the digital input code that should produce the , to Connect Pin 16 to + 10 COB or CTC 19 20 15 24 +5 COB or CTC 18 20 NC 24 +2.5V COB or CTC 18 20 , 0 to Pin 17 to Pin 19 to Pin 16 to +10V COB or CTC 19 15 -
OCR Scan
DAC800 DAC800P DAC80 DAC800-CBI-V DAC800P-CBI-V DAC800-CBI-I DAC800CBI-V 12-BIT BB35B2J 4000B
Abstract: COB. CTC CSB. COB 545 +0 4 V V kHz INTERNAL: REFERENCE VOLTAGE Voltage Source Current Available for , COB' or CTC" COB or CTC COB or CTC CSB"' CSB One Least Significant Bit (LSB) FSR/2" n = 8 n = 10 n = , "COB = Complementary Offset Binary "*CTC - Complementary Twos Complementâ'"obtained by using the , 12 Pin 14 Signal Rang* Coda To Pin To To ±10V COB or CTC 11 Input Signal 14 ±5V COB or CTC 11 Open 13 ±2 5 V COB or CTC 11 Pin 11 13 0 lo +5V CSB 15 Pin 11 13 0 lo +10V CSB 15 Open 13 -
OCR Scan
ADC80AG 32-PIN ADC80 ADC80AG-12 ADC80AG-10 ADC80AGZ-12 5MO 165 MIL-STD-883 QC4118 QC5150
Abstract: 0.001 ±0.003 * * * * * 15 16 17 ±2 ±2 0 0 CSB COB, CTC 2 CSB, COB 2 Logic "1" during , = 14 Defined As: ±10V COB*1* or CTC 20V 2" 4.88mV 2.44mV 1.22mV FIGURE 3. Timing Relationship of Valid Data to Status. INPUT VOLTAGE RANGE AND LSB VALUES +5V COB , through a 2kQ resistor. (5) See Table I. CSB = Complementary Straight Binary, COB = Complementary Offset Binary, CTC = Complementary Two's Complement. (6) CTC coding obtained by inverting MSB (pin 1). (7 -
OCR Scan
burr-brown ADC76KG 17313L 0D31344
Abstract: '" Parallel: Unipolar CSB Bipolar COB, CTC Serial (NRZ)'" CSB, COB Logic Levels: Logic 0 (Isink S , " section. (7) CSB means Complementary Straight Binary, COB means Complementary Offset Binary, and CTC means , COB* or CTC*" COB or CTC COB or CTC CSB"* CSB One Least Significant Bit (LSB) FSR/2" n = 8 n = 10 n = , input signal ranges, and complementary offset binary (COB) and complementary two's complement (CTC) for bipolar input signal ranges. CTC coding is obtained by complementing bit 1 (the MSB) of the COB code; the -
OCR Scan
adc-80ag-12 74LS123 application circuits IC ht 12 e ADC80AG12 Multi-Turn Potentiometers bi ADC80AG-12Q
Abstract: may be connected by the user for any one of three complementary codes; CSB, CTC, or COB (see Table 1). , output. For bipolar (COB, CTC) configurations, apply the digital input code that should produce the , Connect Connect Range Input Codes Pin 15 to Pin 17 to Pin 19 to Pin 16 to ±10 COB or CTC 19 20 15 24 ±5 COB or CTC 18 20 NC 24 ±2.5V COB or CTC 18 20 20 24 01O+10V CSB 18 21 NC 24 0 to +5V CSB 18 21 20 , Connect Range Input Codes 0 to Pin 17 to Pin 19 to Pin 16 to ±10V COB or CTC 19 15 (Ï) 24 ±5V COB or -
OCR Scan
DAC850 DAC85 DAC87 DAC850-CBI auo 002 dac851 DAC851 DAC870/883B
Abstract: CSB COB, CTC CSB. COB 520 +0.4 V V kHz INTERNAL REFERENCE VOLTAGE Voltage Source Current Available , | CSB means Complementary Straight Binary, COB means Complementary Offset Binary, and CTC means , +10V 0 to +5V Code Designation COB"' or CTC'21 COB or CTC COB or CTC CSB131 CSB One Least , ±10V COB or CTC 11 Input Signal 14 ±54V COB or CTC 11 Open 13 ±2.5V COB or CTC 11 Pin 11 13 0 to +5V , LSB +5V - 3/2LSB +2.5V 0 + 1/2LSB CM T-â  X < S o 00 o Q < NOTES: (1) COB = Complementary -
OCR Scan
ADC80MAH-12 POTENTIOMETER eo1 001H 2302M 25//S ADC80MAH ADC80MAH-12/QM
Abstract: . OUTPUT RANGE DIGITAL INPUT CODES CONNECT ®TO CONNECT PIN 1 TO CONNECT PIN 16 TO ±iov COB or CTC 16 18 ® ±5V COB or CTC 17 18 N.C. +2.5V COB or CTC 17 18 18 0to+l0V CSB 17 Common N.C. 0 to +5V CSB , CONNECT PIN 2 TO CONNECT PIN 1 TO CONNECT PIN 16 TO ±iov COB or CTC 16 18 2 ±5V COB or CTC 17 18 N.C. ±2.5V COB or CTC 17 18 18 0to+10V CSB 17 Common N.C. 0 to +5V CSB 17 Common 18 TABLE IV. Voltage , connected for complementary straight binary (CSB) or complementary offset binary (COB) operation. By using -
OCR Scan
DAC82 DAC82BM DAC82SM ANAL06 0AC82KG 0AC82BM
Abstract: 000 . . . 000* +Full Scale Mid Scale O il . . . I l l -Full Scale 111 . . . 110 ±10V COB* or CTC* * 20V 2n 78.13mV 19.53mV 4.88mV ±5V COB* or CTC* 10V 2n 39.06mV 9.77mV 2.44mV ±2.5V COB* or CTC* 5V 2n 19.53mV 4.88mV 1.22mV OV to +10V OV to +5V CSB , 23 Pin 25 Code Signal To To Pin Range To Pin To COB or CTC 22 Input Signal 25 25 + 10V Open 24 24 COB or CTC 22 ±5V 24 24 COB or CTC 22 Pin 22 +2.5V OV to +5V CSB 26 Pin 22 -
OCR Scan
ADC85SZ- 12/883B DH-32D
Abstract: of three complementary codes: CSB, COB or CTC (see Table I). TABLE I. Digital Input Codes. DIGITAL , Binary COB Compl. Offset Binary CTC" Compl. Two's Complement »Full Scale »1/2 Full Scale 1/2 Full , MSB of the COB code with external Inverter to obatin CTC code ACCURACY Linearity of a D/A , Material Copyrighted By Its Respective Manufacturer 467 DIE PRODUCTS For bipolar (COB, CTC , Pad 17 to ±10V COB or CTC 20 22 16 27 ±5V COB or CTC 19 22 NC 27 ±2.5V COB or CTC 19 22 22 27 0 -
OCR Scan
DAC80KD-V DAC80KD-I DAC80MD-V DAC80MD-I 1455H DAC80-I BROWN18 12V0C
Abstract: Binary. COB - Complementary Offset Binary. CTC - Complementary Two's Complement. 6. CTC coding obtained , Signal Range Code To Pin To To Pin ±10V COB or CTC- 27 Input Sig. 24 ±5V COB or CTC" 27 Open 25 12.5V COB or CTC" 27 Pin 27 25 0 to +5V CSB 22 Pin 27 25 0 to +10V CSB 22 Open 25 0 to +20V CSB 22 , Status Output Drive Internal Clock Clock Output Drive Frequency Logi 280 CSE COB. CT 2 "1" during 2 2 , ) straight binary (CSB) for unipolar input signal ranges and complementary offset binary (COB) for bipolar -
OCR Scan
14 pin LA 4470 fsr temperature 50//S ADC72KM ADC72BM
Showing first 20 results.