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ADC3422IRTQT

Name: Texas Instruments ADC3422IRTQT
Brand: Texas Instruments
SKU: 595-ADC3422IRTQT
Price: 36.44 EUR
Availability: InStock

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Mouser No:

595-ADC3422IRTQT

Mfr. No:

ADC3422IRTQT

Mfr.:

Texas Instruments

Description:

Analog to Digital Converters - ADC Quad-Channel 12-Bit 50-MSPS Analog-to- A A 595-ADC3422IRTQR

Datasheet:

ADC3422IRTQT Datasheet

ECAD Model:

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More Information

Learn more about Texas Instruments ADC3422IRTQT

In Stock: 228

Stock:: 228 Can Dispatch Immediately

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Factory Lead Time:: 18 Weeks Estimated factory production time for quantities greater than shown.

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Packaging:

Full Reel (Order in multiples of 250)

Cut Tape

MouseReel™ (+5,00 €)

Pricing (EUR)

Qty.	Unit Price	Ext. Price
Cut Tape / MouseReel™ ^†
	36,44 €	36,44 €
	32,16 €	321,60 €
	32,14 €	803,50 €
	32,11 €	3.211,00 €
Full Reel (Order in multiples of 250)
	25,52 €	6.380,00 €

† A MouseReel™ fee of 5,00 € will be added and calculated in your basket. All MouseReel™ orders are non-cancellable and non-returnable. ↩

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Product Attribute	Attribute Value	Select Attribute
Manufacturer:	Texas Instruments
Product Category:	Analog to Digital Converters - ADC
RoHS:
Series:	ADC3422
Mounting Style:	SMD/SMT
Package/Case:	QFN-56
Resolution:	12 bit
Number of Channels:	4 Channel
Interface Type:	Serial LVDS
Sampling Rate:	50 MS/s
Input Type:	Differential/Single-Ended
Architecture:	Pipeline
Analogue Supply Voltage:	1.8 V
Digital Supply Voltage:	1.8 V
SNR - Signal to Noise Ratio:	70.2 dB
Minimum Operating Temperature:	- 40 C
Maximum Operating Temperature:	+ 85 C
Packaging:	Reel
Packaging:	Cut Tape
Packaging:	MouseReel
Brand:	Texas Instruments
ENOB - Effective Number of Bits:	11.5 Bit
Features:	Low Power
Moisture Sensitive:	Yes
Power Consumption:	228 mW
Product Type:	ADCs - Analog to Digital Converters
SFDR - Spurious Free Dynamic Range:	90 dB
SINAD - Signal to Noise and Distortion Ratio:	70.9 dB
Factory Pack Quantity:	250
Subcategory:	Data Converter ICs
Unit Weight:	196,300 mg

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TARIC:: 8542399000
CNHTS:: 8542399000
CAHTS:: 8542390000
USHTS:: 8542390030
JPHTS:: 854239099
MXHTS:: 8542399901
ECCN:: EAR99

ADC342x/ADC342x-Q1 Quad-Channel 12-Bit ADCs

Texas Instruments ADC342x/ADC342x-Q1 Quad-Channel 12-Bit Analog-to-Digital Converters are a high-linearity, ultra-low power, quad-channel, 12-bit, 25-MSPS to 125-MSPS, analog-to-digital converters (ADCs). The devices are designed specifically to support demanding, high input frequency signals with large dynamic range requirements. An input clock divider allows more flexibility for system clock architecture design and the SYSREF input enables complete system synchronization. The ADC342x supports serial low-voltage differential signaling (LVDS) in order to reduce the number of interface lines, thus allowing for high system integration density. The serial LVDS interface is two-wire, where each ADC data are serialized and output over two LVDS pairs. An internal phase-locked loop (PLL) multiplies the incoming ADC sampling clock to derive the bit clock that is used to serialize the 12-bit output data from each channel. The ADC342x-Q1 devices are AEC-Q100 qualified for automotive applications.

ADC3x High-Speed 12/14-Bit ADCs

Texas Instrument ADC3x High-Speed 12/14-Bit Analog-to Digital Converters are a high-linearity, ultra-low power, dual-channel, 12 or 14-bit, 25-MSPS to 125-MSPS, analog-to-digital converters (ADCs). These devices are designed specifically to support demanding, high input frequency signals with large dynamic range requirements. An input clock divider allows more flexibility for system clock architecture design and the SYSREF input enables complete system synchronization. The ADC3x supports serial low-voltage differential signaling (LVDS) in order to reduce the number of interface lines, thus allowing for high system integration density. The serial LVDS interface is two-wire, where each ADC data are serialized and output over two LVDS pairs. An internal phase-locked loop (PLL) multiplies the incoming ADC sampling clock to derive the bit clock that is used to serialize the 12 or 14-bit output data from each channel.
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