R-2R NETWORKS DAC IC Search Results

r2r resistor ladder

Abstract: 20k preset variable resistor r-2r networks dac ic PIC Light Dimmer pin configuration 20K variable resistor r2r ladder TRIAC dimmer pic preset variable resistor 200k r2r 10k ladder network R2R network
Contextual Info: BI Technologies R2R Resistor Ladder Networks 8-Bit and 10-Bit R2R resistor ladder networks for DAC and ADC applications. • • • • Auto calibration circuits Slope generators Function generators Motor speed control Model BCN31Ladder 628 Ladder 2512 SO-M

crt flyback

Abstract: flyback transform
Contextual Info: PRODUCT SELECTOR GUIDE PASSIVE NETWORKS SM D T E C H N O LO G Y Precision Thin Film N ETW O RK C H IP S IP D IP 660 Series TSN NQS Series (TQS) 688 D E S C R IP T IO N 8/14/16 pin 0.150" wide SOIC quii-winq Dackaqe 16/20/24 pin, dual in line Amplifier gain setting,

ad550

Abstract: ad850 r-2r networks dac ic Binary Weighted DAC successive approximation adc ic binary Weighted resistor ladder dac R2R network MT-015 r2r ladder binary Weighted resistor ladder bipolar dac
Contextual Info: MT-015 TUTORIAL Basic DAC Architectures II: Binary DACs by Walt Kester INTRODUCTION While the string DAC and thermometer DAC architectures are by far the simplest, they are certainly not the most efficient when high resolutions are required. Binary-weighted DACs

MAX500ACPE

Contextual Info: 19-1016; Rev 2; 2/96 CM OS, Qua d, Se ria l-I nt e rfa c e 8 -Bit DAC The MAX500 is a quad, 8-bit, voltage-output digital-toanalog converter DAC with a cascadable serial interface. The IC includes four output buffer amplifiers and input logic for an easy-to-use, two- or three-wire serial

82c55 pin diagram

Abstract: MAX500ACPE MAX500 MAX500ACWE MAX500AEPE MAX500AEWE MAX500BCPE MAX500BCWE MAX500BEPE MAX500BEWE
Contextual Info: 19-1016; Rev 2; 2/96 CMOS, Quad, Serial-Interface 8-Bit DAC The MAX500 is a quad, 8-bit, voltage-output digital-toanalog converter DAC with a cascadable serial interface. The IC includes four output buffer amplifiers and input logic for an easy-to-use, two- or three-wire serial

8088 microprocessor circuit diagram

Abstract: MAX500s MAX500ACPE MAX500BCPE MAX500 MAX500ACWE MAX500AEPE MAX500AEWE MAX500BCWE MAX500BEPE
Contextual Info: 19-1016; Rev 2; 2/96 CMOS, Quad, Serial-Interface 8-Bit DAC The MAX500 is a quad, 8-bit, voltage-output digital-toanalog converter DAC with a cascadable serial interface. The IC includes four output buffer amplifiers and input logic for an easy-to-use, two- or three-wire serial

DAC331

Abstract: DAC9331-14 DAC9331-14-1 DAC9331-14-2 OAC9331
Contextual Info: SIPEX CORP C % bOE D m fi2S3711 0 0 0 3 5 m il^ A V /lh A * A 1TH » S P X DAC9331-14 ^Corporation^ IC orporation^ SIGNAL PROCESSING EXCELLENCE ' T ' S i - O c> ^ 0 14-BIT MULTIPLYING DAC FEATURES • ■ ■ ■ ■ ■ 14-bit resolution a n d accu racy 2 a n d 4-quadrant multiplication

Contextual Info: 19-1895; Rev 0; 1/01 Low -Pow e r, Dua l, 8 -Bit , Volt a ge Out put Se ria l DAC in 8 -Pin SOT 2 3 Fe a t ure s ♦ Tiny 8-Pin SOT23 Package 3mm ✕ 3mm The device uses a 3-wire serial interface, which operates at clock rates up to 25MHz and is compatible with

LE57D111TC

Abstract: TISP6NTP2A
Contextual Info: Le5711 Dual Subscriber Line Interface Circuit VE580 Series APPLICATIONS DESCRIPTION ! Ideal for low cost, high performance linecard The innovative Le5711 dual-channel SLIC device is designed for high-density POTS applications requiring a small footprint

LE57D111BTC

Abstract: LE57D111TC AB3A
Contextual Info: Le5711 Dual Subscriber Line Interface Circuit VE580 Series APPLICATIONS DESCRIPTION „ Ideal for low cost, high performance linecard The innovative Le5711 dual-channel SLIC device is designed for high-density POTS applications requiring a small footprint

MAX5270

Abstract: MAX5270ACMH MAX5270AEMH MAX5270BCMH MAX5270BEMH
Contextual Info: 19-1711; Rev 0; 8/00 Octal, 13-Bit Voltage-Output DAC with Parallel Interface ♦ Full 13-Bit Performance Without Adjustments ♦ 8 DACs in a Single Package ♦ Buffered Voltage Outputs ♦ Voltage Swing Between 0V and 8.192V ♦ 22µs Output Settling Time

MAX5270

Abstract: MAX5270ACMH MAX5270AEMH MAX5270BCMH MAX5270BEMH
Contextual Info: 19-1711; Rev 1; 1/01 Octal, 13-Bit Voltage-Output DAC with Parallel Interface Minimum Component Count Analog Systems Digital Offset/Gain Adjustment SONET Applications Automatic Test Equipment ATE ♦ Eight DACs in a Single Package ♦ Buffered Voltage Outputs

Contextual Info: 19-1711; Rev 1; 1/01 Octal, 13-Bit Voltage-Output DAC with Parallel Interface ♦ Buffered Voltage Outputs ♦ Voltage Swing Between 0 and +8.192V ♦ 22µs Output Settling Time ♦ Drives up to 10,000pF Capacitive Load ♦ 30mV Low Output Glitch ♦ Low Power Consumption: 10mA typ

MQFP-44

Contextual Info: 19-1711; Rev 1; 1/01 Octal, 13-Bit Voltage-Output DAC with Parallel Interface ♦ Full 13-Bit Performance Without Adjustments ♦ Eight DACs in a Single Package ♦ Buffered Voltage Outputs ♦ Voltage Swing Between 0 and +8.192V ♦ 22µs Output Settling Time

LE57D122TC

Abstract: TIP2200 fuse rm2
Contextual Info: A D V A N C E D C O P Y Le5712 Dual Subscriber Line Interface Circuit 57 Series Dual SLIC Device APPLICATIONS DESCRIPTION ! Ideal for low-cost, high performance line card The innovative Le5712 dual-channel SLIC device is designed for high-density POTS applications requiring a small footprint

max5260

Abstract: 0x1000FFF
Contextual Info: 19-1603; Rev 0; 1/00 Octal, 13-Bit Voltage-Output DAC with Parallel Interface ♦ Full 13-Bit Performance Without Adjustments ♦ 8 DACs in a Single Package ♦ Buffered Voltage Outputs ♦ Unipolar or Bipolar Voltage Swing to +9V and -4V ♦ 22µs Output Settling Time

LE57D111BTC

Abstract: AB2B IC JESD22 GR-357-CORE
Contextual Info: Le5711 Dual Subscriber Line Interface Circuit VE580 Series APPLICATIONS DESCRIPTION „ Ideal for low cost, high performance linecard The innovative Le5711 dual-channel SLIC device is designed for high-density POTS applications requiring a small footprint

Contextual Info: 19-1734; Rev 0; 5/00 Octal, 14-Bit Voltage-Output DAC with Parallel Interface for ATE ♦ 8 DACs in a Single Package ♦ Buffered Voltage Outputs ♦ Unipolar or Bipolar Voltage Swing to +9V and -4V ♦ 22µs Output Settling Time ♦ Drives Up to 10,000pF Capacitive Load

AD7841

Abstract: DB10 MX7841 MX7841AS MX7841BS
Contextual Info: 19-2953; Rev 0; 7/03 Octal, 14-Bit Voltage-Output DAC with Parallel Interface ♦ Full 14-Bit Performance Without Adjustments ♦ Eight DACs in a Single Package ♦ Buffered Voltage Outputs ♦ Unipolar or Bipolar Voltage Swing of VSS + 2.5V to (VDD - 2.5V)

Max5260

Contextual Info: 19-1603; Rev 0; 1/00 Octal, 13-Bit Voltage-Output DAC with Parallel Interface ♦ Buffered Voltage Outputs ♦ Unipolar or Bipolar Voltage Swing to +9V and -4V ♦ 22µs Output Settling Time ♦ Drives up to 10,000pF Capacitive Load ♦ Low Output Glitch: 30mV

DAC 10V output

Abstract: 1N5817 AD7839 DB10 MQFP44 MX7839 MX7839AS
Contextual Info: 19-2952; Rev 0; 7/03 Octal, 13-Bit Voltage-Output DAC with Parallel Interface ♦ Full 13-Bit Performance without Adjustments ♦ Eight DACs in a Single Package ♦ Buffered Voltage Outputs ♦ Unipolar or Bipolar Voltage Swing to ±10V ♦ 31µs Output Settling Time

MAX5264

Abstract: MAX5264ACMH MAX5264BCMH
Contextual Info: 19-1734; Rev 0; 5/00 Octal, 14-Bit Voltage-Output DAC with Parallel Interface for ATE Features ♦ Full 14-Bit Performance Without Adjustments ♦ 8 DACs in a Single Package ♦ Buffered Voltage Outputs ♦ Unipolar or Bipolar Voltage Swing to +9V and -4V

Contextual Info: 19-1734; Rev 0; 5/00 Octal, 14-Bit Voltage-Output DAC with Parallel Interface for ATE Features ♦ Full 14-Bit Performance Without Adjustments ♦ 8 DACs in a Single Package ♦ Buffered Voltage Outputs ♦ Unipolar or Bipolar Voltage Swing to +9V and -4V

MAX5839

Abstract: MAX5839ACMH MAX5839AEMH MAX5839BCMH MAX5839BEMH MAX5260-17
Contextual Info: 19-1603; Rev 0; 1/00 Octal, 13-Bit Voltage-Output DAC with Parallel Interface Minimum Component Count Analog Systems Digital Offset/Gain Adjustment SONET Applications Automatic Test Equipment ATE ♦ 8 DACs in a Single Package ♦ Buffered Voltage Outputs