Certavolt Codi Semiconductor
Abstract: 234L Potentiometer 10k lineal 15A1S DAC1136K DAC16QM DAC1138 Model 234L DAC14QM DAC1156J
Text: pin compatible with the popular DAC 14QM and 1DAC16QM in most applications. The DAC1136/1138 combines , TTL/See Fig. 2 * TTL *â¢ â¢â¢ 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

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38/iV,
10/is
AC1136
DAC1138
DAC11
DAC1138
DAC1138K.
Certavolt Codi Semiconductor
234L
Potentiometer 10k lineal
15A1S
DAC1136K
DAC16QM
Model 234L
DAC14QM
DAC1156J

Not Available
Abstract: No abstract text available
Text: ï»¿Hybrid Syskocris HS 33806 Multiplying, Voltage Output, fjP Compatible 12Bit DAC FEATURES â 2 and 4Quadrant Multiplying â Coding: Binary ; Offset Binary â Linearity: Â±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^ 12BIT MDAC HS 33806 A28 A15 A9 A8 , 10.0V) MODEL _HS 33806 DIGITAL INPUT Resolution 12 Bit Unipolar Code Binary Bipolar Code Offset

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12Bit
28Pin

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%

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4b707t
DAC02900
DAC02901
DAC02900
MILSTD863.
MILSTD883
M1LSTD202E,

binary weight resistance dac
Abstract: M1LSTD883 "4 bit" dac 99985 DAC72 schottky B22 PINFORPIN REPLACEMENT
Text: ï»¿ DAC 02900 AND DAC 02901 DAC 02900 DAC 02901 DESCRIPTION The DAC 02900 is a 16 bit 15 , available screened to MILSTD883. 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

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DAC02900
DAC02901
DAC02900
MILSTD883.
MILSTD202E,
DAC02901
binary weight resistance dac
M1LSTD883
"4 bit" dac
99985
DAC72
schottky B22
PINFORPIN 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

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DAC02900
DAC02901
DAC02900
MILSTD883.
DACHP16
DAC72
MILSTD202E,
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 base10 4 bit adc binary to gray conversion 3 bits gray to binary code converter AnalogDigital 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 allzeros input , DIGITAL INPUT (STRAIGHT BINARY ) Figure 4: Transfer Function for Ideal Unipolar 3bit DAC 111 110 , The relationship between the offset binary code and the analog output range of a bipolar 3bit DAC is , bit DAC 111 110 DIGITAL OUTPUT (OFFSET BINARY ) 101 100 011 010 001 000 FS 3/8

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MT009
ISBN0130328480.
bcd to gray code converter
Gray to BCD converter
BCD Gray Converter
binary to gray code converter
bcd to gray code conversion
base10
4 bit adc
binary to gray conversion 3 bits
gray to binary code converter
AnalogDigital Conversion Handbook

SOURCE CODE FOR DIGITAL WEIGHT SCALE
Abstract: ad550 DAC1118 00048V digital scale block diagram for grams
Text: Resistance Binary BCD Binary BCD Â±2.5 V 45, 46 47,42 43,45 Â±5.0V 45, 46 47, 42 Â±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

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DAC1118
20ppm/
AD550
AC4494
SOURCE CODE FOR DIGITAL WEIGHT SCALE
00048V
digital scale block diagram for grams

DAC 8 bits 05v
Abstract: DAC338B122 HS 93382 HS 93381 HS9338 9338 DAC338 DAC338B120 13OtO DAC3382
Text: ï»¿Hybrid Systems W w CORPORATION HS 9338/DAC338 Complete (jlP Compatible 12Bit DAC FEATURES â Output Ranges: 0 to +10V, 0 to +5V, Â±10V, Â±5V â Coding: Binary ; Offset Binary â Linearity: Â , 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 â DAC REGISTER ^ 12BIT M DAC REFERENCE HS 9338/338 A28 , Binary Offset Binary CMOS, TTL 20/JA 0.36mA Â± 1/iA

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9338/DAC338
12Bit
28Pin
MILSTD883,
DAC338B122
DAC338B121
DAC338B120
HS9338
DAC 8 bits 05v
HS 93382
HS 93381
9338
DAC338
13OtO
DAC3382

AD1145
Abstract: 74als990 AD1145AG LDIC NOTES 244496100 44PIN 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 doublebuffered, 16bit resolution DAC with Â±3/4LSB maximum differential and Â , used in standalone 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. Powerup automatically resets

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16Bit
AD1145
i35Â
44Pad
AD1I45
74als990
AD1145AG
LDIC NOTES
244496100
44PIN
AD711
K110

MP37718
Abstract: MICRO POWER SYSTEMS MICRO POWER SYSTEMS MP
Text: ï»¿M MICRO POWER SYSTEMS CMOS COMPLETE 18 BIT BUFFERED DAC MP37718 FEATURES â¢ True 16 , ¢ Second Source to DAC 37718 DESCRIPTION MP37718 is a complete 18bit D/A converter with true 16 , must not exceed supply voltage or go below â0.5V. "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 8bit computer bus

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MP37718
16Bit
28pin
MILSTD883
MP37718
18bit
16bit
3ppm/1000
MP37718,
MICRO POWER SYSTEMS
MICRO POWER SYSTEMS MP

HP50822811
Abstract: AN 7134 NV11 IC AN 7134 7134 OPAMP 339 PIN DIAGRAM DAC7134B 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 , ï»¿â¡7E D â Â£b515L.l OOOOabS h â DAC 7134B, DAC 7rl34U 14Bit Microprocessorcompatible Multiplying D/A Converters ~T5i 0990 GENERAL DESCRIPTION The DAC 7134 achieves true 14bit linearity by combining a fourquadrant, multiplying DAC with onchip, PROMcontrolled correction circuits. The DAC uses

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b515L
DAC7134B,
DAC7rl34U
14Bit
DAC7134
DAC7134,
DAC7134U
DAC7134B
HP50822811
AN 7134
NV11
IC AN 7134
7134
OPAMP 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 , Ì7134B, DAC 7134U14Bit Microprocessorcompatible Multiplying D/A Converters FEATURES · 14 , DESCRIPTION The DAC 7134 achieves true 14bit linearity by combining a fourquadrant, multiplying DAC with onchip, PROMcontrolled correc tion circuits. The DAC uses thinfilm resistors and CMOS circuitry for

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7134B,
DAC7134U14Bit
14Bit
DAC7134
50ppm/
DAC7134B
DAC1734U
28pin
DAC713

dac10
Abstract: DAC08CD V06b DAC10GD DAC08CD DAC10 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

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DAC10
DAC10
10Bit
10ppm/
18Lead
B10LSB
10bit
dac10
DAC08CD
V06b
DAC10GD
DAC08CD
DAC10 raytheon

2002  AN156
Abstract: No abstract text available
Text: arbitrarily valued resistors, and a reference will produce a 12bit 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 12bit 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 12bit ADC is stated to be

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12bit
12bit
AN156


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 12bit resolution DAC , one LSB has a weight (for vref = +10V) of , Input Resistance 5kft min, 20kÃ max 5kÂ£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

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AD7541
12Bit
AD7541A
AD7541
18pin
AD7521,
400Hz
AD7512
AD7541KN
10v 10KHz resolver
AD7521
AD7541AD
AD7541BD
AD7541JN
AD7541SD
AD7541TD

1995  AN156
Abstract: C1995
Text: resistors and a reference will produce a 12bit 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 12bit 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

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12bit
12bit
AN156
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 , ï»¿ 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 , â¢ GLITCH ENERGY 3 mAns Max Current Output 2.5 V ns Max Voltage Output â¢ CODING: Binary and

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DAC8528
DAC8528
STD883.
MILST0883
MILSTD883
C4/86
ILC Data Device 8528

PCM67PJ
Abstract: No abstract text available
Text: bit DAC where each bit weight has been trimmed to 18bit linearity. The onebit DAC has a weight equal to , 0000 1111 0000 0000 1111 0000 0000 10BIT DAC CODE (10Bit Binary Two's Complement) 1111 , combining a conventional thinfilm R2R ladder DAC , a digital offset technique with analog correction, and an advanced onebit DAC , the PCM67 achieves high resolution and low zerocrossing distortion. â¢ â¢ DUAL 18BIT BiCMOS AUDIO DAC EXCELLENT LOW LEVEL THD + N (~40dB max at 60dBFSR, J GRADE

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PCM67
18Bit
PCM67
60dBFSR,
OPA2604APs)
PCM67PJ

10bit DAC 10V output
Abstract: DAC10Z1 DAC10Z3 MDA10Z110 dac10z MDA10Z MDA10Z25 10bit DAC 15V output DAC10Z
Text: BLOCK DIAGRAM DAC 10Z & MDA10Z ORDERING GUIDE: DAC 10Z1 10bit binary with amplifier, OV to 10V output voltage. DAC 10Z3 10bit binary with amplifier, 10V to 10V output voltage. MDA10Z25 10 , ") GENERAL DESCRIPTION The MDA10Z and DAC 10Z are low cost, 10bit digitaltoanalog converters packaged in , output amplifiers. It features a settling time to Â±'/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 MDA10Z can

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MDA10Z
DAC10Z
10bit
300ns.
MDA10Z25
10bit DAC 10V output
DAC10Z1
DAC10Z3
MDA10Z110
MDA10Z25
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 DAC16QM
Text: Bit Resolution, 16Bit Accuracy Lowest Cost 18Bit DAC Settling to 1/2LSB (0.0002%) in 10jis DAC1136 16 , Virtually Eliminates DAC Glitches Available on DAC1136/1137/1138 CardMounted Assembly GENERAL DESCRIPTION , 4" X 0.4" package and share the same pinout 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 yâWr âvw~> 5k 5k 6 VOLT REFERENCE Ã¯r +6V +15V 1SV DAC1136 DAC 1137 DAC1138 ZERO

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18Bit
DAC1138
38/uV,
10/is
DAC1137
16Bit
10jis
GHW Connectors
234L
zener diodes W17
12 Hour Digital Clock using 74LS
HA 1137
binary weight resistance dac
Model 234L
IN753a
DAC1136
DAC16QM

Analog Devices Catalog DAC
Abstract: No abstract text available
Text: of binary (i.e., twovalued) digits, the LSB is that bit that carries the smallest value or weight , is the LSB. Its analog weight , relative to full scale is 2n 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 fullscale span, is 1/2. In bipolar DACs, the MSB , case is where a currentoutput DAC , specified for a particular outputvoltage polarity when used with an

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700page
Analog Devices Catalog DAC

HDS1240E
Abstract: DAC397 HDS1240EMB
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 Â±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

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HDS1240E
12Bit
ADH030,
DA4000,
DAC397
HDS1240E
DAC397
HDS1240EMB

Binary Weighted DAC
Abstract: binary Weighted resistor ladder dac binary Weighted resistor ladder bipolar dac "Pin for Pin" 10bit DAC 15V output B23 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 Â±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 DDC1250. Functional elements of the DAC

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DDC1250
35NSEC
DDC1250
MILSTD883B
MILSTD883.
MILSTD883
LSTD202E,
Binary Weighted DAC
binary Weighted resistor ladder dac
binary Weighted resistor ladder bipolar dac
"Pin for Pin"
10bit DAC 15V output
B23
data device corporation
100KC1

triangular wave dac
Abstract: FGD4000 FGD4024 FGD4048 REV06
Text: . The 12bit 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 12bit multiplying DAC 1.2Hz, 2.44mV resolution DC to 40kHz 60µA offstate 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

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FGD4024,
FGD4048
FGD4000
12bit
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 , , digitaltoanalog converter ( DAC ) with input data latches. The input data is loaded into the DAC as a 12bit 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 12Bit Multiplying DAC 2

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DAC7545
SBAS150A
12Bit
AD7545,
PM7545
DAC7545
12bit,
BB OPA2604
