8-BIT VOLTAGE-OUTPUT DACS WITH SERIAL INTERFACE Search Results

ICM7543

Abstract: ICM7523 ICM7563 8 Bits 10 Bits 12 Bits AN 7523 7523 DAC 7523
Contextual Info: ICM7563/7543/7523 12/10/8-Bit Low Power Quad DACs With Serial Interface and Voltage Output ICmic IC MICROSYSTEMS OVERVIEW The ICM7563, ICM7543 and ICM7523 are 12-Bit, 10-Bit and 8-Bit Voltage Output, Low Power, Quad DACs respectively, with guaranteed monotonic behavior. These

ICM7522

Abstract: ICM7542 ICM7562 8 Bits 10 Bits 12 Bits diagram an 7522 AN 7522 N
Contextual Info: ICM7562/7542/7522 12/10/8-Bit Low Power Dual DACs With Serial Interface and Voltage Output ICmic IC MICROSYSTEMS OVERVIEW The ICM7562, ICM7542 and ICM7522 are 12-Bit, 10-Bit and 8-Bit Voltage Output, Low Power, Dual DACs respectively, with guaranteed monotonic behavior. These

ICM7321

Abstract: ICM7341 ICM7361 12 Bits 7341 8-bit latch ttl ic 7341 8PIN IC 7361 ICM7361M
Contextual Info: ICmic ICM7361/7341/7321 IC MICROSYSTEMS SINGLE 12/10/8-BIT VOLTAGE-OUTPUT DACS FEATURES • 12/10/8-Bit Monotonic DACs in 6 lead SOT-23 Package • Wide Output Voltage Swing • Micro-Power • On Board 1.25V Reference • Serial Interface with three-wire SPI/QSPI and

ICM7342

Abstract: ICM7322 ICM7362 12 Bits IC 7342 8-bit latch ttl ic 7342
Contextual Info: ICmic ICM7362/7342/7322 IC MICROSYSTEMS DUAL 12/10/8-BIT VOLTAGE-OUTPUT DACS FEATURES • 12/10/8-Bit Monotonic Dual DACs in 10 lead MSOP Package • Wide Output Voltage Swing • 100 µA per DAC • On Board Reference • Serial Interface with three-wire SPI/QSPI and

ICM7521

Abstract: ICM7541 ICM7561 8 Bits 10 Bits 12 Bits D9 analog devices MSOP
Contextual Info: ICM7561/7541/7521 12/10/8-Bit Low Power Single DAC With Serial Interface and Voltage Output ICmic IC MICROSYSTEMS OVERVIEW The ICM7561, ICM7541 and ICM7521 are 12-Bit, 10-Bit and 8-Bit Voltage Output, Low Power, Single DACs respectively, with guaranteed monotonic behavior. These

ICM7332

Abstract: ICM7352 ICM7372 8 Bits 12 Bits
Contextual Info: ICM7372/7352/7332 ICmic DUAL 12/10/8-BIT VOLTAGE-OUTPUT DACS with Serial Interface and Adjustable Output Offset IC MICROSYSTEMS FEATURES • 12/10/8-Bit Monotonic Dual DAC in 16 Lead QSOP Package • Adjustable Output Offset • Wide Output Voltage Swing •

ICM7337B

Abstract: ICM7357B ICM7377B 10 Bits 12 Bits 7357B
Contextual Info: ICmic ICM7377B/7357B/7337B IC MICROSYSTEMS Quad 12/10/8-Bit Voltage Output DACs with Serial Interface and Adjustable Output Gain FEATURES • 12/10/8-Bit Monotonic Quad DAC in 20 Lead QSOP Package • Adjustable Output Gain • Wide Output Voltage Swing •

Contextual Info: MP7651 Z * E X A 8-Channel, Voltage Output 10 MHz Input Bandwidth 8-Bit Multiplying DACs with Serial Digital Data Port and Chip Select Decoder R FEATURES Low Harmonic Distortion: 0.25% typical with VREF = 1 V p-p @ 1 MHz • 8 Independent 2-Quadrant Multiplying 8-Bit DACs

WM8016EDW

Abstract: WM8016EN
Contextual Info: PRODUCT OVERVIEW WM8016 DUAL 8-BIT VOLTAGE OUTPUT DACS WITH NON-VOLATILE MEMORY AND SERIAL INTERFACE WM8016 is a dual 8-bit voltage output digital to analogue converter DAC with on-chip non-volatile memory and a serial interface in a 16 pin wide body SO or DIP package. WM8016's non-volatile

ICM7333

Abstract: ICM7353 ICM7373 10 Bits 12 Bits 7333 A MO-137
Contextual Info: ICmic ICM7373/7353/7333 Dual 12/10/8-Bit Voltage Output DACs Serial Interface with Adjustable Output Gain IC MICROSYSTEMS FEATURES • 12/10/8-Bit Monotonic Dual DAC in 16 Lead QSOP Package • Adjustable Output Gain • Rail-to-Rail Voltage Output • 150 µA per DAC at 5V Supply

Contextual Info: MP7652 e r e x A 4-Channel Voltage Output 15 MHz, Input Bandwidth, 8-Bit Multiplying DACs with 3-Wire Serial Digital Port and Independent References R FEATURES • Independent References • 4 Independent 2-Quadrant Multiplying 8-Bit DACs • Dual Positive +10 V and +5 V Supplies or

MAX515

Abstract: MAX5150 MAX5150ACEE MAX5150ACPE MAX5150BCEE MAX5150BCPE MAX5151
Contextual Info: 19-1255; Rev 0; 8/97 Low-Power, Dual, 13-Bit Voltage-Output DACs with Serial Interface _Applications Industrial Process Control Digital Offset and Gain Adjustment Motion Control Remote Industrial Controls MicroprocessorControlled Systems

Contextual Info: 19-0378; Rev 3; 9/96 Qua d/Oc t a l, 2 -Wire Se ria l 8 -Bit DACs w it h Ra il-t o-Ra il Out put s The MAX520/MAX521 are quad/octal, 8-bit voltage-output digital-to-analog converters DACs with simple 2-wire serial interfaces that allow communication between multiple

Contextual Info: MP8840 8-Channel, Voltage Output, 2 MHz, 4 Quadrant Multiplying, 8-Bit DAC with Serial Digital Data Port FEATURES APPLICATIONS • 8 Independent 4-Quadrant Multiplying 8-Bit DACs • High Speed: – Settling Time: 3.5 µs to 1 LSB – Slew Rate: 4 V/µs – Voltage Reference Input Bandwidth:

Contextual Info: MP7670 8-Channel, Voltage Output, 5 MHz, 4 Quadrant Multiplying 8-Bit D/A Converter with Serial Digital Data Port FEATURES APPLICATIONS • 8 Independent 4-Quadrant Multiplying 8-Bit DACs • High Speed: Settling Time: 2.5 us to ±1 LSB typ Slew Rate: 5 V/|is (typ)

Contextual Info: MP8840 8-Channel, Voltage Output, 2 MHz, 4 Quadrant Multiplying, 8-Bit DAC with Serial Digital Data Port JZ T E X A R September 1998-2 FEATURES APPLICATIONS Analog Multiplier Replacement High-Frequency Gain Control using DACs Convergence Adjustment for Displays and

7HC125

Abstract: ic 74ls138 block diagram of 74LS138 1 line to 16 line ic 74ls138 details ic 74ls138 pdf datasheet 74LS138 HP5082-2835 MC68000 MP7652 MP7652AN
Contextual Info: MP7652 4-Channel Voltage Output 15 MHz, Input Bandwidth, 8-Bit Multiplying DACs with 3-Wire Serial Digital Port and Independent References FEATURES • Low Harmonic Distortion: 0.25% typical with VREF = 1 V p-p @ 1 MHz • VREF/2 Output Preset Level • Latch-Up Free

Contextual Info: 19-1206; Rev 0 : 3/97 +2.5V to +5.5V, Low-Power, Single/Dual, 8-Bit Voltage-Output DACs in /iMAX Package General Description The 10MHz, 3-wire serial interface is compatible with SPI /QSPI™ and Microwire™ interface standards. Double-buffered inputs provide flexibility when updat­

MAX536

Abstract: MAX536ACPE MAX536ACWE MAX536AEPE MAX536BCPE MAX536BCWE MAX536BEPE MAX537
Contextual Info: 19-0230; Rev 2; 1/97 Calibrated, Quad, 12-Bit Voltage-Output DACs with Serial Interface _Applications Industrial Process Controls Automatic Test Equipment Digital Offset and Gain Adjustment Motion Control Devices Remote Industrial Controls

MAX536BEPE

Abstract: MAX537 MAX536 MAX536ACPE MAX536ACWE MAX536AEPE MAX536BCPE MAX536BCWE MAX537 equivalent
Contextual Info: 19-0230; Rev 2a; 1/97 Calibrated, Quad, 12-Bit Voltage-Output DACs with Serial Interface The MAX536/MAX537 combine four 12-bit, voltage-output digital-to-analog converters DACs and four precision output amplifiers in a space-saving 16-pin package. Offset, gain, and linearity are factory calibrated to provide

Contextual Info: 19-0230; Rev 3; 3/11 Calibrated, Quad, 12-Bit Voltage-Output DACs with Serial Interface The MAX536/MAX537 combine four 12-bit, voltage-output digital-to-analog converters DACs and four precision output amplifiers in a space-saving 16-pin package. Offset, gain, and linearity are factory calibrated to provide

Contextual Info: 19-0230: Rev 2. 1/97 J V X J ÌY A J V X Calibrated, Quad, 12-Bit Voltage-Output DACs with Serial Interface GeneraI Description The MAX536/MAX537 combine four 12-bit, voltage-output digital-to-analog converters DACs and four precision output amplifiers in a space-saving 16-pin package.

DAC0854

Abstract: DAC0854BIN DAC0854BIWM DAC0854CIJ DAC0854CIN DAC0854CIWM DAC0854CMJ J20A
Contextual Info: DAC0854 Quad 8-Bit Voltage-Output Serial D A Converter with Readback General Description Features The DAC0854 is a complete quad 8-bit voltage-output digital-to-analog converter that can operate on a single 5V supply It includes on-chip output amplifiers internal voltage reference and a serial microprocessor interface By combining

DAC 8bit I2C 20pin

Abstract: MAX5115 MAX5115EEP MAX5116 MAX5116EEE R255
Contextual Info: 19-3586; Rev 0; 2/05 Nonvolatile, Quad, 8-Bit DACs with 2-Wire Serial Interface The MAX5115/MAX5116 quad, 8-bit, digital-to-analog converters DACs feature nonvolatile registers. These nonvolatile registers store the DAC operating modes and output states, allowing the DACs to initialize to