INFINITE SAMPLE Search Results

3525 dead time control

Abstract: addressing modes in adsp-21xx MC68HC11 interface board block diagram DSP56000 motorola motorola 68hc11 single precision floating AD5532ABC-1 AD5532ABC-2 AD5532ABC-3 AD5532ABC-5 AD5532BBC-1
Contextual Info: a 32-Channel Precision Infinite Sample-and-Hold AD5533B* GENERAL DESCRIPTION FEATURES Infinite Sample-and-Hold Capability to ؎0.018% Accuracy Infinite Sample-and-Hold Total Unadjusted Error ؎2.5 m V High Integration: 32-Channel DAC in 12 mm ؋ 12 mm CSPBGA

AD5533

Abstract: AD5532ABC-1 AD5532ABC-2 AD5532ABC-3 AD5532ABC-5 AD5532BBC-1 AD5533ABC-1 AD5533B AD5533BBC-1 AD780
Contextual Info: a 32-Channel Precision Infinite Sample-and-Hold AD5533B* GENERAL DESCRIPTION FEATURES Infinite Sample-and-Hold Capability to ؎0.018% Accuracy Infinite Sample-and-Hold Total Unadjusted Error ؎2.5 mV High Integration: 32-Channel ISHA in 12 ؋ 12 mm2 LFBGA

Contextual Info: a 32-Channel Precision Infinite Sample-and-Hold AD5533B* GENERAL DESCRIPTION FEATURES Infinite Sample-and-Hold Capability to ؎0.018% Accuracy Infinite Sample-and-Hold Total Unadjusted Error ؎2.5 m V High Integration: 32-Channel DAC in 12 mm ؋ 12 mm CSPBGA

Contextual Info: 32-Channel Precision Infinite Sample-and-Hold AD5533B* a GENERAL DESCRIPTION FEATURES Infinite Sample-and-Hold Capability to ؎0.018% Accuracy Infinite Sample-and-Hold Total Unadjusted Error ؎2.5 m V High Integration: 32-Channel DAC in 12 mm ؋ 12 mm CSPBGA

Contextual Info: 32-Channel, 14-Bit DAC with Precision Infinite Sample-and-Hold Mode AD5532B* a FEATURES High Integration: 32-Channel DAC in 12 mm ؋ 12 mm CSPBGA Guaranteed Monotonic to 14 Bits Infinite Sample-and-Hold Capability to ؎0.018% Accuracy Infinite Sample-and-Hold Total Unadjusted Error ؎2.5 mV

dac interfacing with 8051 microcontroller

Abstract: interfacing 8051 with mems sensor AD5532B AD5532ABC-1 AD5532ABC-2 AD5532ABC-3 AD5532ABC-5 AD5532BBC-1 AD5533ABC-1 AD780
Contextual Info: a 32-Channel, 14-Bit DAC with Precision Infinite Sample-and-Hold Mode AD5532B* GENERAL DESCRIPTION FEATURES High Integration: 32-Channel DAC in 12 ؋ 12 mm2 LFBGA Guaranteed Monotonic to 14 Bits Infinite Sample-and-Hold Capability to ؎0.018% Accuracy Infinite Sample-and-Hold Total Unadjusted Error ؎2.5 mV

Contextual Info: a 32-Channel, 14-Bit DAC with Precision Infinite Sample-and-Hold Mode AD5532B* GENERAL DESCRIPTION FEATURES High Integration: 32-Channel DAC in 12 mm ؋ 12 mm CSPBGA Guaranteed Monotonic to 14 Bits Infinite Sample-and-Hold Capability to ؎0.018% Accuracy Infinite Sample-and-Hold Total Unadjusted Error ؎2.5 mV

AD5532ABC-1

Abstract: AD5532ABC-2 AD5532ABC-3 AD5532ABC-5 AD5532B AD5532BBC-1 AD5533ABC-1 AD780 MC68HC11 interface board block diagram Vo-28
Contextual Info: a 32-Channel, 14-Bit DAC with Precision Infinite Sample-and-Hold Mode AD5532B* GENERAL DESCRIPTION FEATURES High Integration: 32-Channel DAC in 12 mm ؋ 12 mm CSPBGA Guaranteed Monotonic to 14 Bits Infinite Sample-and-Hold Capability to ؎0.018% Accuracy Infinite Sample-and-Hold Total Unadjusted Error ؎2.5 mV

AD5532-2

Abstract: AD5532 AD5532-4 AD5532-5 AD5532ABC-1 AD5532ABC-2 AD5532ABC-5 AD780
Contextual Info: a 32-Channel Infinite Sample-and-Hold AD5532-4/AD5532-5 Preliminary Technical Data GENERAL DESCRIPTION The AD5532 combines a 32 channel voltage translation function with an infinite output hold capability. An analog input voltage on the common input pin, VIN, is

Contextual Info: ANALOG 32/64-Channel Infinite ► D E V IC E S _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Sample-and-Hold Preliminary Technical Data AD5532/64 FEATURES Infinite Hold Capability with No Droop Single Input, 32/64 Output Channels Input/Output Transfer Function Nonlinearity of

AD5532ABC-1

Abstract: AD5532ABC-2 AD5532ABC-3 AD5532ABC-5 AD5532BBC-1 AD5533 AD5533ABC-1 AD5533ABC-1REEL AD5533BBC-1 AD780
Contextual Info: a 32-Channel Infinite Sample-and-Hold AD5533* FEATURES Infinite Sample-and-Hold Capability to ؎0.018% Accuracy High Integration: 32-Channel DAC in 12 mm ؋ 12 mm CSPBGA Per Channel Acquisition Time of 16 ␮s Max Adjustable Voltage Output Range Output Impedance 0.5 ⍀

PIC16C6

Abstract: 1000bs
Contextual Info: a 32-Channel Infinite Sample-and-Hold AD5533* Preliminary Technical Data FEATURES Infinite Sample & Hold Capability to ±0.012% accuracy High Integration: 32-channel SHA in 12x12 mm2 LFBGA µ s max Per channel acquisition time of 16µ Adjustable Voltage Output Range

AD5532

Abstract: AD5564
Contextual Info: a 32/64-Channel Infinite Sample-and-Hold AD5532/64 Preliminary Technical Data FEATURES Infinite Hold Capability with No Droop Single Input, 32/64 channels of Output Input/Output Transfer Function Linearity of ±0.012% max Per-Channel Acquisition time of 16 µs max

Contextual Info: 32-Channel Infinite Sample-and-Hold AD5533* a FEATURES Infinite Sample-and-Hold Capability to ؎0.018% Accuracy High Integration: 32-Channel DAC in 12 mm ؋ 12 mm CSPBGA Per Channel Acquisition Time of 16 ␮s Max Adjustable Voltage Output Range Output Impedance 0.5 ⍀

Contextual Info: DESIGN SHOWCASE Sample/Hold Has Zero Droop and Infinite Hold Driving a D/A converter with an A/D converter provides an overall analog-hold function which, though limited in output resolution, offers zero voltage droop and infinite hold time Figure 1 . The A/D converter shown (ICi)

F14mm

Contextual Info: ANALOG ► DEVICES 32/64-Channel Infinite Sample-and-Hold AD5532/64 Preliminary Technical Data FEATURES Infinite Hold Capability w ith No Droop Single Input, 32/64 channels of Output Input/O utput Transfer Function Linearity of ±0.012% max Per-Channel Acquisition tim e of 16 |xs max

C3745

Abstract: AD5532ABC-1 AD5532ABC-2 AD5532ABC-3 AD5532ABC-5 AD5533 AD5533ABC-1 AD780 EVAL-AD5532EB VO17
Contextual Info: a 32-Channel Infinite Sample-and-Hold AD5533* GENERAL DESCRIPTION The AD5533 combines a 32-channel voltage translation function with an infinite output hold capability. An analog input voltage on the common input pin, VIN, is sampled and its digital representation transferred to a chosen DAC register. VOUT for this

C3745

Contextual Info: a 32-Channel Infinite Sample-and-Hold AD5533* GENERAL DESCRIPTION The AD5533 combines a 32-channel voltage translation function with an infinite output hold capability. An analog input voltage on the common input pin, VIN, is sampled and its digital representation transferred to a chosen DAC register. VOUT for this

radix-2

Abstract: 64 point radix 4 FFT 37021 ADSP-2100A 64 point radix 2 FFT radix4
Contextual Info: 6 One-Dimensional FFTs 6.7 LEAKAGE The input to an FFT is not an infinite-time signal as in a continuous Fourier transform. Instead, the input is a section a truncated version of a signal. This truncated signal can be thought of as an infinite signal multiplied by a rectangular function. For a DFT, the product of the signal

Contextual Info: WORLD’S FIRST SAMPLEAND-INFINITE-HOLD ICs Automate Factory Calibration for Faster Production, Improved Quality, and Lower Costs FACTORY CALIBRATION EQUIPMENT PROGRAMMABLE VOLTAGE GENERATOR REFERENCE VOLTAGE CIRCUIT REQUIRING VOLTAGE CALIBRATION SYSTEM OUTPUT

AD5532-2

Abstract: AD5532 AD5533 AD5541 AD780 AD820 EVAL-AD5532EB
Contextual Info: a Evaluation Board for 32 Channel, Infinite Sample-and-Hold EVAL-AD5532EB FEATURES Full-Featured Evaluation Board for the AD5532/AD5533 On-Board 3V Reference Various Link and Switch Options PC Software for Control af AD5532/AD5533 Socketed AD5532/AD5533 for Easy Replacement

ST 9427

Abstract: 4W0E F27C F38F AD16AB F29B F423 transistor f423 F33-C F28E
Contextual Info: National Semiconductor Application Note 485 Ashok Krishnamurthy April 1987 INTRODUCTION This report discusses the implementation of Infinite Impulse Response IIR digital filters using the National Semiconductor HPC microcontroller A general program that can be

vc1037

Abstract: SONOS flash memory
Contextual Info: CY8CNP102B CY8CNP102E PRELIMINARY Nonvolatile Programmable System On Chip nvPSoC Overview The Cypress nonvolatile Programmable System On Chip (nvPSoC) processor combines a versatile Programmable System-on-Chip (PSoC ) core with an infinite endurance

8-Channel opamp mux

Abstract: high level block diagram for eeprom simple switch block diagram TEMPERATURE DEPENDENT DC FAN SPEED CONTROL usb flash drive block diagram 12 volts Voltage Doubler project 3.3v supply opamp ELP 02V error multiplexer comparator parity microcontroller based temperature control fan
Contextual Info: PRELIMINARY CY8CNP102B, CY8CNP102E Nonvolatile Programmable System-On-Chip nvPSoC Overview The Cypress nonvolatile Programmable System-On-Chip (nvPSoC) processor combines a versatile Programmable System-on-Chip (PSoC ) core with an infinite endurance