The Datasheet Archive

Top Results (6)

Part ECAD Model Manufacturer Description Datasheet Download Buy Part
TLC7225CDWR TLC7225CDWR ECAD Model Texas Instruments 8-Bit, 5 us Quad DAC, Parallel Input, Simultaneous Update, Binary Input Coding 24-SOIC 0 to 70
TLC7225CDW TLC7225CDW ECAD Model Texas Instruments 8-Bit, 5 us Quad DAC, Parallel Input, Simultaneous Update, Binary Input Coding 24-SOIC 0 to 70
TLC7225IDWR TLC7225IDWR ECAD Model Texas Instruments 8-Bit, 5 us Quad DAC, Parallel Input, Simultaneous Update, Binary Input Coding 24-SOIC -25 to 85
TLC7225IDWRG4 TLC7225IDWRG4 ECAD Model Texas Instruments 8-Bit, 5 us Quad DAC, Parallel Input, Simultaneous Update, Binary Input Coding 24-SOIC -25 to 85
TLC7225CDWRG4 TLC7225CDWRG4 ECAD Model Texas Instruments 8-Bit, 5 us Quad DAC, Parallel Input, Simultaneous Update, Binary Input Coding 24-SOIC 0 to 70
TLC7225IDW TLC7225IDW ECAD Model Texas Instruments 8-Bit, 5 us Quad DAC, Parallel Input, Simultaneous Update, Binary Input Coding 24-SOIC -25 to 85

binary weight resistance dac Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Certavolt Codi Semiconductor

Abstract: 234L Potentiometer 10k lineal 15A1S DAC1136K DAC16QM DAC1138 Model 234L DAC-14QM DAC1156J
Text: pin compatible with the popular DAC -14QM and 1DAC-16QM in most applications. The DAC1136/1138 combines , TTL/See Fig. 2 * TTL *• •• Input Codes Unipolar Complementary * Bipolar Binary See Ordering Guide Complementary * Offset Binary See Ordering Guide Strobe H.A. # _J See Note 1 ANALOG OUTPUTS Current Mode Source Resistance Unipolar >33ki2 * Bipolar >5kU * Source Capacitance , Unipolar Complementary Binary - See Ordering Guide Bipolar Complementary Offset Binary See


OCR Scan
PDF 38/iV, 10/is AC1136 DAC1138 DAC11 DAC1138 DAC1138K. Certavolt Codi Semiconductor 234L Potentiometer 10k lineal 15A1S DAC1136K DAC16QM Model 234L DAC-14QM DAC1156J
Not Available

Abstract: No abstract text available
Text: Hybrid Syskocris HS 33806 Multiplying, Voltage Output, fjP Compatible 12-Bit DAC FEATURES ■2- and 4-Quadrant Multiplying ■Coding: Binary ; Offset Binary ■Linearity: ±0.01% â , to the DAC register. In addition to these input functions are two chip select inputs and a read/write , BYTE INPUT REG MIDDLE BYTE INPUT REG =n- M DAC REGISTER Z^ 12-BIT MDAC HS 33806 A28 A15 A9 A8 , -10.0V) MODEL _HS 33806 DIGITAL INPUT Resolution 12 Bit Unipolar Code Binary Bipolar Code Offset


OCR Scan
PDF 12-Bit 28-Pin
Not Available

Abstract: No abstract text available
Text: performance. LOGIC CODING The DAC -02900 uses Complementary Binary Coding in Unipolar output mode and a , 4 DAC -02900 AND DAC -02901 ól l ~ - S i - 0 Cl I - ( (a 16 BIT D/A CONVERTER ±0.0008% Linearity; Voltage Output FEATURES · ±0.0008% FSR LINEARITY AVAILABLE · DAC -02900 DAC -02901 10 V FULL SCALE VOLTAGE OUTPUT DESCRIPTION The DAC -02900 is a 16 bit 15 microsec ond hybrid D/A , . DAC -02900 has a precision inter nal reference and is available in linearity grades of 16 bit (±0.0008%


OCR Scan
PDF 4b707t DAC-02900 DAC-02901 DAC-02900 MIL-STD863. MIL-STD-883 M1L-STD-202E,
binary weight resistance dac

Abstract: M1L-STD-883 "4 bit" dac 99985 DAC72 schottky B22 PIN-FOR-PIN REPLACEMENT
Text:  DAC -02900 AND DAC -02901 DAC -02900 DAC -02901 DESCRIPTION The DAC -02900 is a 16 bit 15 , available screened to MIL-STD-883. DAC -02900 has a precision internal reference and is available in , package, the DAC -02900 is ideal for the most demanding military and industrial requirements. It is , BIT DAC THIN FILM NETWORK PRECISION REFERENCE 6.2K -WV- 17 -O OUTPUT 21 -O SUM JUNCTION 24 18 22 23 20 19 O REF OUT O BIPOLAR OFFSET O GAIN ADJUST + 15VDC GROUND -15VDC FIGURE 1. DAC


OCR Scan
PDF DAC-02900 DAC-02901 DAC-02900 MIL-STD-883. MIL-STD-202E, DAC-02901 binary weight resistance dac M1L-STD-883 "4 bit" dac 99985 DAC72 schottky B22 PIN-FOR-PIN REPLACEMENT
dac for audio

Abstract: wave form generation binary weight resistance dac dac72
Text: linearity performance. LOGIC CODING The DAC -02900 uses Complementary Binary Coding in Unipolar output , D DC ILC DATA DEVICE _ _ CORPORATION_ DAC -02900 AND DAC -02901 16 BIT D/A CONVERTER 0.0008 , DAC -02900 DAC -02901 DESCRIPTION The DAC -02900 is a 16 bit 15 microsec ond hybrid D/A converter , . DAC -02900 has a precision inter nal reference and is available in linearity grades of 16 bit (±0.0008% , , and small hermetic package, the DAC -02900 is ideal for the most demanding military and industrial


OCR Scan
PDF DAC-02900 DAC-02901 DAC-02900 MIL-STD883. DAC-HP16 DAC72 MIL-STD-202E, dac for audio wave form generation binary weight resistance dac
2009 - bcd to gray code converter

Abstract: Gray to BCD converter BCD Gray Converter binary to gray code converter bcd to gray code conversion base-10 4 bit adc binary to gray conversion 3 bits gray to binary code converter Analog-Digital Conversion Handbook
Text: ., 2), and so on up to the MSB, which has a weight of 2N­1 (i.e., 2N/2). The value of a binary number , -bit DAC with straight binary input coding. Notice that the analog output is zero for the all-zeros input , DIGITAL INPUT (STRAIGHT BINARY ) Figure 4: Transfer Function for Ideal Unipolar 3-bit DAC 111 110 , The relationship between the offset binary code and the analog output range of a bipolar 3-bit DAC is , -bit DAC 111 110 DIGITAL OUTPUT (OFFSET BINARY ) 101 100 011 010 001 000 ­FS ­3/8


Original
PDF MT-009 ISBN-0-13-032848-0. bcd to gray code converter Gray to BCD converter BCD Gray Converter binary to gray code converter bcd to gray code conversion base-10 4 bit adc binary to gray conversion 3 bits gray to binary code converter Analog-Digital Conversion Handbook
SOURCE CODE FOR DIGITAL WEIGHT SCALE

Abstract: ad550 DAC1118 00048V digital scale block diagram for grams
Text: Resistance Binary BCD Binary BCD ±2.5 V 45, 46 47,42 43,45 ±5.0V 45, 46 47, 42 ±10V 45, 46 47 , the DAC 1118 centers around the AD550 monolithic quad current switches and a hybrid resistor assembly , DAC 1118 can be provided with a variety of input codes. In addition, any one of five voltage output , INPUT CHARACTERISTICS The TTL/DTI. compatible storage register contained within the DAC 1118 is configured during production t:o accept either Binary (including Offset Binary ), Two's Complement, or BCD


OCR Scan
PDF DAC1118 20ppm/ AD550 AC4494 SOURCE CODE FOR DIGITAL WEIGHT SCALE 00048V digital scale block diagram for grams
DAC 8 bits 0-5v

Abstract: DAC338B-12-2 HS 9338-2 HS 9338-1 HS9338 9338 DAC338 DAC338B-12-0 13OtO DAC338-2
Text: Hybrid Systems W w CORPORATION HS 9338/DAC338 Complete (jlP Compatible 12-Bit DAC FEATURES ■Output Ranges: 0 to +10V, 0 to +5V, ±10V, ±5V ■Coding: Binary ; Offset Binary ■Linearity:  , to the DAC regis- ter. In addition to these input functions are two chip select inputs and a read , REG MIDDLE BYTE INPUT REG LT Jz — DAC REGISTER ^ 12-BIT M DAC REFERENCE HS 9338/338 A28 , Binary Offset Binary CMOS, TTL 20/JA -0.36mA ± 1/iA


OCR Scan
PDF 9338/DAC338 12-Bit 28-Pin MIL-STD-883, DAC338B-12-2 DAC338B-12-1 DAC338B-12-0 HS9338 DAC 8 bits 0-5v HS 9338-2 HS 9338-1 9338 DAC338 13OtO DAC338-2
AD1145

Abstract: 74als990 AD1145AG LDIC NOTES 244-4961-00 44-PIN AD711 K110
Text: DAC output to zero volts. For straight binary operation CODE should be tied to + VDI>, the MSB will , DESCRIPTION The AD1I45 is a double-buffered, 16-bit resolution DAC with ±3/4LSB maximum differential and  , used in stand-alone applications. Digital input coding is binary for unipolar output and offset binary or twos complement for bipolar output. Data can be written to the DAC in either a parallel or a , A clear line allows resetting the DAC output to zero volts on command. Power-up automatically resets


OCR Scan
PDF 16-Bit AD1145 -i-35Â 44-Pad AD1I45 74als990 AD1145AG LDIC NOTES 244-4961-00 44-PIN AD711 K110
MP377-18

Abstract: MICRO POWER SYSTEMS MICRO POWER SYSTEMS MP
Text: M MICRO POWER SYSTEMS CMOS COMPLETE 18 BIT BUFFERED DAC MP377-18 FEATURES • True 16 , €¢ Second Source to DAC 377-18 DESCRIPTION MP377-18 is a complete 18-bit D/A converter with true 16 , must not exceed supply voltage or go below —0.5V. "0" < +0.8V, "1" >+2.0V NOTE 1 NOTE 2 Binary Offset Binary DTL TTL CMOS -1.0 250 500 0.0 +1.0 ANALOG OUTPUT Scale Factor Initial Offset , -v = DATA SETUP TIME >500n-= LATCH CONTROL WIDTH When loading the DAC from an 8-bit computer bus


OCR Scan
PDF MP377-18 16-Bit 28-pin MIL-STD-883 MP377-18 18-bit 16-bit 3ppm/1000 MP377-18, MICRO POWER SYSTEMS MICRO POWER SYSTEMS MP
HP5082-2811

Abstract: AN 7134 NV11 IC AN 7134 7134 OP-AMP 339 PIN DIAGRAM DAC-7134B binary weight resistance dac DAC713
Text: significant bits' reference terminal, Vrfl- This reverses the weight of the msb, and gives the DAC a 2 , from the polarity of the other bits. In addition, the DAC -7134B's feedback resistance switches to 2R , □7E D ■£b515L.l OOOOabS h ■DAC -7134B, DAC -7rl34U 14-Bit Microprocessor-compatible Multiplying D/A Converters ~T-5i -09-90 GENERAL DESCRIPTION The DAC -7134 achieves true 14-bit linearity by combining a four-quadrant, multiplying DAC with on-chip, PROM-controlled correction circuits. The DAC uses


OCR Scan
PDF b515L DAC-7134B, DAC-7rl34U 14-Bit DAC-7134 DAC-7134, DAC-7134U DAC-7134B HP5082-2811 AN 7134 NV11 IC AN 7134 7134 OP-AMP 339 PIN DIAGRAM binary weight resistance dac DAC713
DAC713

Abstract: No abstract text available
Text: significant bits' reference terminal, Vr f l - This reverses the weight of the MSB, and gives the DAC a 2 , the polarity of the other bits. In addition, the DAC -7134B's feedback resistance switches to 2R under , Ì-7134B, DAC -7134U14-Bit Microprocessor-compatible Multiplying D/A Converters FEATURES · 14 , DESCRIPTION The DAC -7134 achieves true 14-bit linearity by combining a fourquadrant, multiplying DAC with on-chip, PROM-controlled correc tion circuits. The DAC uses thin-film resistors and CMOS circuitry for


OCR Scan
PDF -7134B, DAC-7134U14-Bit 14-Bit DAC-7134 50ppm/ DAC-7134B DAC-1734U 28-pin DAC713
dac10

Abstract: DAC-08CD V06b DAC10GD DAC08CD DAC-10 raytheon
Text: the binary input. This feature results in some useful DAC applications where differential out puts are , output current of the DAC -10 is the product of the binary input and the input reference current. The , weight from heaviest to lightest until all weights have been tried. By interfacing the DAC -10 with a , high, providing a trial binary number for the DAC . This binary number (0111111111) causes the DAC to , DAC -10 D/A Converters Offset Binary Operation By feeding the inverting term inal of the output


OCR Scan
PDF DAC-10 DAC-10 10-Bit 10ppm/ 18-Lead B10LSB 10-bit dac10 DAC-08CD V06b DAC10GD DAC08CD DAC-10 raytheon
2002 - AN-156

Abstract: No abstract text available
Text: arbitrarily valued resistors, and a reference will produce a 12-bit DAC exhibiting 12 quantum steps of output voltage. In all probability, the user wants something better than the expected performance of such a DAC . Specifying a 12-bit DAC or an ADC must be made with a full understanding of accuracy, linearity , several binary codes are described as they relate to A/D and D/A converters. weighted equivalent of the binary output code; included are quantizing and all other errors. If a 12-bit ADC is stated to be


Original
PDF 12-bit 12-bit AN-156
AD7541

Abstract: AD7541KN 10v 10KHz resolver AD7521 AD7541A AD7541AD AD7541BD AD7541JN AD7541SD AD7541TD
Text: been pointed out that the DAC output resistance varies with the digital code. The effect this has on , difference is therefore j- Vqs Since, for a 12-bit resolution DAC , one LSB has a weight (for vref = +10V) of , Input Resistance 5kft min, 20kß max 5k£2 min, 20kR max DIGITAL INPUTS VINH 2.4V min 2.4V min , 8pF max 8pF max Input Coding Binary or Offset Binary (see Page 5) ANALOG OUTPUTS Output , . SETTLING TIME: Time required for the output function of the DAC to settle to within 1/2 LSB for a given


OCR Scan
PDF AD7541 12-Bit AD7541A AD7541 18-pin AD7521, 400Hz AD7512 AD7541KN 10v 10KHz resolver AD7521 AD7541AD AD7541BD AD7541JN AD7541SD AD7541TD
1995 - AN-156

Abstract: C1995
Text: resistors and a reference will produce a 12-bit DAC exhibiting 12 quantum steps of output voltage In all probability the user wants something better than the expected performance of such a DAC Specifying a 12-bit DAC or an ADC must be made with a full understanding of accuracy linearity differential linearity , showing the several types of errors discussed Timing and control signals and several binary codes are , descriptive An accuracy specification describes the worst case deviation of the DAC output voltage from a


Original
PDF 12-bit 12-bit AN-156 C1995
ILC Data Device 8528

Abstract: No abstract text available
Text: Coding for the DAC -8528 is shown in the bit weight table. Figure 3. The current output coding conforms to ,  DAC -8528 ILC DATA DEVICE CORPORATION 12 BIT HYBRID D/A CONVERTER Fast Settling; Very Low Glitch; Voltage or Current Output DESCRIPTION The DAC -8528 offers fast settling times and very low , low glitch of the DAC -8528 make it attractive for portable instrumentation, high speed automatic test , • GLITCH ENERGY 3 mA-ns Max Current Output 2.5 V ns Max Voltage Output • CODING: Binary and


OCR Scan
PDF DAC-8528 DAC-8528 STD-883. MIL-ST0883 MIL-STD-883 C-4/86 ILC Data Device 8528
PCM67PJ

Abstract: No abstract text available
Text: -bit DAC where each bit weight has been trimmed to 18-bit linearity. The one-bit DAC has a weight equal to , 0000 1111 0000 0000 1111 0000 0000 10-BIT DAC CODE (10-Bit Binary Two's Complement) 1111 , combining a conventional thin-film R-2R ladder DAC , a digital offset technique with analog correction, and an advanced one-bit DAC , the PCM67 achieves high resolution and low zero-crossing distortion. • • DUAL 18-BIT BiCMOS AUDIO DAC EXCELLENT LOW LEVEL THD + N (~40dB max at -60dBFSR, J GRADE


OCR Scan
PDF PCM67 18-Bit PCM67 -60dBFSR, OPA2604APs) PCM67PJ
10bit DAC 10V output

Abstract: DAC-10Z-1 DAC-10Z-3 MDA-10Z-110 dac-10z MDA-10Z MDA-10Z-25 10bit DAC 15V output DAC10Z
Text: BLOCK DIAGRAM DAC -10Z & MDA-10Z ORDERING GUIDE: DAC -10Z-1 10-bit binary with amplifier, OV to -10V output voltage. DAC -10Z-3 10-bit binary with amplifier, 10V to -10V output voltage. MDA-10Z-25 10 , ") GENERAL DESCRIPTION The MDA-10Z and DAC -10Z are low cost, 10-bit digital-to-analog converters packaged in , output amplifiers. It features a settling time to ±'/2LSB of 300ns. The DAC -10Z which conies complete with an IC op amp produces voltage outputs with 5jUs settling times. Both the DAC -10Z and MDA-10Z can


OCR Scan
PDF MDA-10Z DAC-10Z 10-bit 300ns. MDA-10Z--25 10bit DAC 10V output DAC-10Z-1 DAC-10Z-3 MDA-10Z-110 MDA-10Z-25 10bit DAC 15V output DAC10Z
GHW Connectors

Abstract: 234L zener diodes W17 12 Hour Digital Clock using 74LS HA 1137 binary weight resistance dac Model 234L IN753a DAC1136 DAC-16QM
Text: -Bit Resolution, 16-Bit Accuracy Lowest Cost 18-Bit DAC Settling to 1/2LSB (0.0002%) in 10jis DAC1136 16 , Virtually Eliminates DAC Glitches Available on DAC1136/1137/1138 Card-Mounted Assembly GENERAL DESCRIPTION , 4" X 0.4" package and share the same pin-out as the popular DAC -14QM and DAC -16QM. The DAC1136/1137 , DAC 'S The DAC1136/1137/1138 deliver exceptional accuracies for a broad range of display, test, and , -4B- 22M I y—Wr —vw~> 5k 5k 6 VOLT REFERENCE ïr +6V +15V -1SV DAC1136 DAC 1137 DAC1138 ZERO


OCR Scan
PDF 18-Bit DAC1138 38/uV, 10/is DAC1137 16-Bit 10jis GHW Connectors 234L zener diodes W17 12 Hour Digital Clock using 74LS HA 1137 binary weight resistance dac Model 234L IN753a DAC1136 DAC-16QM
Analog Devices Catalog DAC

Abstract: No abstract text available
Text: of binary (i.e., two-valued) digits, the LSB is that bit that carries the smallest value or weight , is the LSB. Its analog weight , relative to full scale is 2-n where n is the num ber of binary digits , binary num ber 1101 (decimal 13, or 23 + 22 + 0 + 2°), the leftmost " 1" is the MSB with a weight of 2n~1, or 8LSBs. Its analog weight , relative to a DAC 's full-scale span, is 1/2. In bipolar DACs, the MSB , case is where a current-output DAC , specified for a particular outputvoltage polarity when used with an


OCR Scan
PDF 700-page Analog Devices Catalog DAC
HDS-1240E

Abstract: DAC397 HDS-1240EMB
Text: the DAC (200S1) Rl = the external load resistance loading the DAC Rt = the total resistance seen by , is required a large value of resistance can be introduced in parallel with Pins 7 and 9 of the DAC , LSB WEIGHT UA 3.9 ACCURACY (Relative to FS) Linearity % FS ±0.0125 max Differential Linearity % , Current flA 1 max Coding Complementary Binary (CBN) for Unipolar; Complementary Offset Binary (COB , coupled logic). Each digital input controls an internal switch, which through a precision binary weighted


OCR Scan
PDF HDS-1240E 12-Bit ADH-030, DA-4000, DAC397 HDS-1240E DAC397 HDS-1240EMB
Binary Weighted DAC

Abstract: binary Weighted resistor ladder dac binary Weighted resistor ladder bipolar dac "Pin for Pin" 10bit DAC 15V output B-23 data device corporation 100KC1
Text: "0" V 0 to +0.8 Current Load Logic "1" MA 1 Logic "0" iiA 15 Coding Unipolar Binary Bipolar Offset Binary OUTPUT Current Unipolar mA Oto +10.24 Bipolar mA ±5.12 Voltage (1 , -65 to +150 PHYSICAL Package 24 pin DDIP Size in (mm) 1.3x0.8x0.2 (33x20.3x5.1) Weight , to within 0.02% of final value. 3. With zero input logic skew and DAC logic threshold adjustment. BLOCK DIAGRAM DESCRIPTION Figure 1 is a block diagram of the DDC-1250. Functional elements of the DAC


OCR Scan
PDF DDC-1250 35NSEC DDC-1250 MIL-STD-883B MIL-STD-883. MIL-STD-883 L-STD-202E, Binary Weighted DAC binary Weighted resistor ladder dac binary Weighted resistor ladder bipolar dac "Pin for Pin" 10bit DAC 15V output B-23 data device corporation 100KC1
triangular wave dac

Abstract: FGD4000 FGD4024 FGD4048 REV06
Text: . The 12-bit DAC is set up to operate in the bipolar mode (offset binary ) where the MSB is the sign bit followed by 11 binary weighted bits to produce an output within + DAC reference to - DAC reference , microprocessor 12-bit multiplying DAC 1.2Hz, 2.44mV resolution DC to 40kHz 60µA off-state current Hot , -bit multiplying DAC can perform multiplication of any selected function with its input data code. AM/FM , ED/EFR (fX = selected function) ENB 12 BIT 4 QUADRANT MULTIPLYING DAC DAC OUT X X MSB


Original
PDF FGD4024, FGD4048 FGD4000 12-bit 40kHz FGD4024 FGD4024 FGD4048 FGD40xx triangular wave dac FGD4000 REV06
1987 - BB OPA2604

Abstract: No abstract text available
Text: recommended circuit and code relationship for bipolar operation. The DAC function uses offset binary code. The , DAC7545 DA C75 45 DAC 7 54 5 SBAS150A ­ AUGUST 1987 ­ REVISED FEBRUARY 2003 CMOS 12 , , digital-to-analog converter ( DAC ) with input data latches. The input data is loaded into the DAC as a 12-bit data word. The data flows through to the DAC when both the chip select (CS ) and the write (WR) pins are at , 0.5mW when used with CMOS logic inputs and VDD = +5V. RFB 20 1 VREF 19 12-Bit Multiplying DAC 2


Original
PDF DAC7545 SBAS150A 12-Bit AD7545, PM-7545 DAC7545 12-bit, BB OPA2604
Supplyframe Tracking Pixel