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Showing Results For: General Purpose DACs
General Purpose DACs
What are General Purpose DACs?
Digital-to-analog converter, abbreviated as DAC, is equipment that converts digital signals into the format or analog output signal that is suitable for easy understanding by other devices. Digital-to-analog converters are commonly used in the audio industry. The digital audio signal or binary streams become converted into analog signals that are easily understandable for the next devices or headphone amplifiers to be used. Other applications for DACs include use in TVs, which typically convert digital video into analog, and cellphones. General Purpose DACs can also be used in Motor Controllers and calibration apparatus. distribution of data and potentiometers.
Types of Digital to Analog Converters
- R-2R Ladder DAC - The Digital-to-analog converter is a binary system converter that makes use of continuous cascaded resistor values R and 2R. This method is used to improve accuracy.
- A Switched Capacitor - A parallel capacitor network has been embedded in a switched capacitor.
- Switched Resistor - This is a parallel resistor system; these resistors are activated or bypassed based on the digital signal.
- Switched Current Source - Several other power sources are selected depending on the digital signal they have usually been input into.
What are DACs used for?
You need to convert the digital signal from MP3 files or CDs into an analog signal to play music through headphones or speakers when listening to them. The signal can then be passed on to an amplifier after being transformed. You will also require a digital to analog conversion while using VOIP (voice over IP) or playing online games.
Things to consider before buying a DAC
- DACs - Digital-to-Analog Converters are available in all sorts of performance configurations, some of which are listed below individually.
- Maximum sample rate - Digital-to-analog converter circuit can work to measure the system performance and offer high efficiency for reading accuracy.
- Resolution - Digital analog converter can convert the input to a format that is understandable as input to other devices and carry out the rest of the processing as expected. They are usually measured in bits.
- Dynamic range - The greatest and lowest decibels that a DAC can reproduce are measured. The dynamic range and resolution are strongly related.
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AD9754ARZ, Analog Devices
Digital to Analogue Converters 14 Bit, Analog Devices
This family of digital-to-analogue converters (DACs) from Analog Devices come with a 14-bit resolution. Analog Devices' 14-bit DACs are ideal for industrial environments which require a robust design solution. They offer high performance alongside accurate and reliable conversion.
Digital to Analogue Converters - Analog Devices
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AD9779ABSVZ, Analog Devices
Digital to Analogue Converters 16 Bit, 2- 4- 8- and Multi-Channel, Analog Devices
Digital to Analogue Converters - Analog Devices
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AD7396ARZ, Analog Devices
Digital to Analogue Converters 12 Bit, Analog Devices
Digital to Analogue Converters - Analog Devices
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AD5535BKBCZ, Analog Devices
Digital to Analogue Converters 14 Bit, Analog Devices
This family of digital-to-analogue converters (DACs) from Analog Devices come with a 14-bit resolution. Analog Devices' 14-bit DACs are ideal for industrial environments which require a robust design solution. They offer high performance alongside accurate and reliable conversion.
Digital to Analogue Converters - Analog Devices
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AD5311RBRMZ, Analog Devices
Digital to Analogue Converters 10 Bit, Analog Devices
Digital to Analogue Converters - Analog Devices
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MAX5725BAUP+, Maxim
Eight High-Accuracy DAC Channels
12-Bit Accuracy Without Adjustment
±1 LSB INL Buffered Voltage Output
Guaranteed Monotonic Over All Operating Conditions
Independent Mode Settings for Each DAC
Three Precision Selectable Internal References
2.048V, 2.500V, or 4.096V
Internal Output Buffer
Rail-to-Rail Operation with External Reference
4.5μs Settling Time
Outputs Directly Drive 2kΩ Loads
Small 6.5mm
´
4.4mm 20-Pin TSSOP or Ultra-Small 2.5mm
´
2.3mm 20-Bump WLP Package
Wide 2.7V to 5.5V Supply Range
Separate 1.8V to 5.5V VDDIO Power-Supply Input
Fast 50MHz 4-Wire SPI/QSPI/MICROWIRE/DSP-Compatible Serial Interface
Programmable Interface Watchdog Timer
Pin-Selectable Power-On-Reset to Zero-Scale or Midscale DAC Output
Active-Low LDAC and Active-Low CLR for Asynchronous DAC Control
Three Selectable Power-Down Output Impedances
1kΩ, 100kΩ, or High Impedance
Applications
Automatic Tuning and Optical Control
Gain and Offset Adjustment
Portable Instrumentation
Power Amplifier Control and Biasing
Process Control and Servo Loops
Programmable Voltage and Current Sources
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MCP4801-E/P, Microchip
MCP4801/4802 Series 8 Bit Digital-to-Analogue Converters
Digital to Analogue Converters - Microchip
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MAX538BESA+, Maxim
Digital to Analogue Converters 12 Bit, Maxim Integrated
Digital to Analogue Converters - Maxim Integrated
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AD7805BRZ, Analog Devices
Digital to Analogue Converters 10 Bit, Analog Devices
Digital to Analogue Converters - Analog Devices
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MX7837JN+, Maxim
Digital to Analogue Converters 12 Bit, Maxim Integrated
Digital to Analogue Converters - Maxim Integrated
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LTC1660CN#PBF, Linear Technology
Analogue to Digital Converters 10 Bit, Linear Technology
Analogue to Digital Converters - Linear Technology
Linear Technology offers high performance Analogue to Digital Converter products (ADCs), including 16-bit to 24-bit Delta-Sigma (Δ-Σ) converters for precision measurements, up to 16-bit high-speed pipeline ADCs for communications, and 8-bit to 20-bit low power Successive Approximation Register (SAR) analogue to digital converters.