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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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Enrgtech #
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Name
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MCP47FEB01A0-E/ST, Microchip
698 In Stock
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100 +
£ 0.14
Analog Devices
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AD1851RZ, Analog Devices
45 In Stock
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47 +
£ 8.89
Analog Devices
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AD7537LNZ, Analog Devices
2 In Stock
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1 +
£ 40.62
Analog Devices
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AD5663RBRMZ-3, Analog Devices
198 In Stock
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50 +
£ 4.78
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MCP48FEB01-E/UN, Microchip
498 In Stock
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100 +
£ 0.14
Analog Devices
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ADAU1966WBSTZ, Analog Devices
538 In Stock
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90 +
£ 14.46
Linear Technology
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LTC1668IG#PBF, Linear Technology
14 In Stock
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1 +
£ 23.28
9 +
£ 22.11
24 +
£ 21.00
Linear Technology
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LTC2601CDD#PBF, Linear Technology
119 In Stock
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121 +
£ 3.19
242 +
£ 3.11
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MAX5541CSA+, Maxim
298 In Stock
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100 +
£ 5.52
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MX7226KN+, Maxim
19 In Stock
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1 +
£ 15.43
5 +
£ 13.47
Linear Technology
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LTC1446CS8#PBF, Linear Technology
198 In Stock
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100 +
£ 7.47
Linear Technology
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LTC1446CN8#PBF, Linear Technology
98 In Stock
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50 +
£ 8.27
250 +
£ 7.98
500 +
£ 7.78
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MAX5886EGK+D, Maxim
1 In Stock
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1 +
£ 24.85
10 +
£ 21.17
20 +
£ 19.48
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MX7224KCWN+, Maxim
1 In Stock
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1 +
£ 3.80
5 +
£ 3.70
Analog Devices
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AD5333BRUZ, Analog Devices
20 In Stock
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1 +
£ 6.80
10 +
£ 6.61
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New Items
New items
ADAU1966WBSTZ, Analog Devices

ADAU1966WBSTZ, Analog Devices

Audio Digital to Analogue Converters, Analog Devices Digital to Analogue Converters - Analog Devices
New items
AD1851RZ, Analog Devices

AD1851RZ, Analog Devices

Digital to Analogue Converters 16 Bit, Single Channel, Analog Devices Digital to Analogue Converters - Analog Devices
New items
MCP47FEB01A0-E/ST, Microchip

MCP47FEB01A0-E/ST, Microchip

MCP47FEB01/02 Series 8 Bit Digital-to-Analogue Converters The MCP47FEB01/02 range of devices from Microchip are 8-bit, buffered voltage output Digital-to-Analogue Converters with non-volatile memory and an I 2 C compatible interface available in single and dual-channel variants. Features 8-bit Resolution Rail-to-Rail Output Fast Settling Time - 6 μs (typical) Voltage Reference Options - Device V DD , External V REF (buffered or un-buffered) or Internal Bandgap (1.22V typical) Output Gain Options - Unity (1x) or 2x (when not using internal V DD as voltage source) Non-Volatile Memory (EEPROM) Power-Down Modes Low Power Consumption – Dual-Channel Variant Normal Operation 380μA (max), Single Channel Variant Normal Operation 180 μA (max), Power-Down Operation 650nA (typical) and EEPROM Write Cycle 1.9mA (max) Single-Supply Operation - 2.7V to 5.5V I 2 C™ Interface Digital to Analogue Converters - Microchip
New items
AD7537LNZ, Analog Devices

AD7537LNZ, Analog Devices

Digital to Analogue Converters 12 Bit, Analog Devices Digital to Analogue Converters - Analog Devices
New items
LTC1668IG#PBF, Linear Technology

LTC1668IG#PBF, Linear Technology

Digital to Analogue Converters 16 Bit, Linear Technology The Linear Technology range of digital to analog converters includes voltage output DAC s, multiplying current output D-A Converters and special-function digital to analogue converters. This product family comes in a 16-bit Resolution and offers single channel to multichannel with serial SPI or I2C or parallel interfaces. Special features on some include software selectable output spans (SoftSpan), power-on-reset to zero-scale, mid-scale or Hi-Z options and integrated high precision references. The 16-bit high precision Current Output digital to analog converter series let you choose an external amplifier they do not depend upon the reference being buffered like Voltage Output Rail to Rail DAC types which demonstrate high linearity. The SoftSpanTM feature allows software selectable output spans eliminating the need to add precision gain stages and the associated external jumpers, precision resistors, and amplifier circuitry. Integrated precision resistors allow reference inversion, bipolar offset, offset and gain adjustment. The Voltage Output buffered and un-buffered rail-to-rail D-A Converter work well in a wide range of open-loop or closed-loop systems, adjusting gain, offset and many other signals. As well as the VOUT DAC un-buffered low glitch that makes them ideal for AC applications such as waveform generation. · DC performance (INL, DNL, Offset and Gain error) · AC performance (fast settling time, low glitch impulse and crosstalk) · Low power consumption · Rail to rail types · Micropower DAC versions · Supported by demo system and evaluation software · Evaluate the performance of the D-A Converter with QuikEval data acquisition and analysis software Digital to Analogue Converters - Linear Technology
New items
AD5333BRUZ, Analog Devices

AD5333BRUZ, Analog Devices

Digital to Analogue Converters 10 Bit, Analog Devices Digital to Analogue Converters - Analog Devices
New items
MAX5541CSA+, Maxim

MAX5541CSA+, Maxim

Digital to Analogue Converters 16 Bit, Maxim Integrated Digital to Analogue Converters - Maxim Integrated
New items
MAX5886EGK+D, Maxim

MAX5886EGK+D, Maxim

Digital to Analogue Converters 12 Bit, Maxim Integrated Digital to Analogue Converters - Maxim Integrated
New items
LTC1446CN8#PBF, Linear Technology

LTC1446CN8#PBF, Linear Technology

Digital to Analogue Converters 12 Bit, Linear Technology Linear Technology 12-bit digital to analog converter (DAC) offer a range of different functions from parallel, serial SPI as well as I2C interface. DAC offer INL (Integral Non-Linearity) and DNL (differential Non-Linearity), Offset and Gain error DC performance. The AC performance offers fast settling time, low glitch impulse and crosstalk. · Low power consumption · Compact package · Supported by demo system and evaluation software · Evaluate the performance of the D-A Converter with QuikEval data acquisition and analysis software Some features include : Integrated high precision references power-on-reset to zero-scale mid-scale Hi-Z options and software selectable output spans (SoftSpan) Digital to Analogue Converters - Linear Technology
New items
MX7224KCWN+, Maxim

MX7224KCWN+, Maxim

Digital to Analogue Converters 8 Bit, Maxim Integrated Digital to Analogue Converters - Maxim Integrated
New items
MCP48FEB01-E/UN, Microchip

MCP48FEB01-E/UN, Microchip

MCP48FEB01/02 8 Bit Digital-to-Analogue Converters The Microchip MCP48FEB01/02 family are 8-bit voltage output Digital-to-Analogue Converters (DACs) that offer high performance with low power consumption and fast settling time. On-board Non-Volatile EEPROM can save DAC settings during power down; four different Voltage Reference options are available. An SPI Interface supports write commands up to 20 MHz and read commands of up to 10 MHz. Features 8-Bit Output Voltage Resolution (256 steps) Rail-to-Rail Output Fast Settling Time: 7.8 μs (typical) DAC Voltage Reference Options: Device VDD, External VREF (buffered or unbuffered) and Internal Bandgap (1.22 V typical) Output Gain Options: Unity (1x), 2x (when not using internal VDD as voltage source) Non-Volatile Memory (EEPROM) Power-Down modes Low-Power Consumption: 180 μA Normal Operation (maximum), 650 nA Power Down Operation (typical) Single-Supply Operation: 2.7 V to 5.5 V SPI Interface Digital to Analogue Converters - Microchip
New items
MX7226KN+, Maxim

MX7226KN+, Maxim

Digital to Analogue Converters 8 Bit, Maxim Integrated Digital to Analogue Converters - Maxim Integrated
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