MCP33141D-10-E/MN

Microchip Technology
579-CP33141D-10-E/MN
MCP33141D-10-E/MN

Gam.:

Aprašymas:
Analoginių signalų keitikliai į skaitmeninius – ADC 12-bit,1 Msps, single channel, differential SAR ADC
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Duomenų Lapas:
ECAD modelis:
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Prieinamumas

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Min. 1   Užsakoma po 1
Vieneto kaina:
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Plėt. Kaina:
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Numatomas Įkainis:

Kainodara (EUR)

Qty. Vieneto kaina
Plėt. Kaina
1,50 € 1,50 €
1,24 € 31,00 €
1,14 € 136,80 €

Produkto Požymis Atributo vertė Pasirinkite Požymį
Microchip
Gaminio kategorija: Analoginių signalų keitikliai į skaitmeninius – ADC
RoHS:  
MCP331xxD-10
SMD/SMT
TDFN-10
12 bit
1 Channel
SPI
1 MS/s
Differential
SAR
1.8 V
1.7 V to 5.5 V
73.8 dBFS
- 40 C
+ 125 C
AEC-Q100
Tube
Prekės Ženklas: Microchip Technology
Kūrimo priemonių rinkinys: MCP331x1-XX
DNL - Diferencialinis netiesiškumas: 0.05 LSB
INL – integruotas netiesiškumas: 0.07 LSB
Keitiklių skaičius: 1 Converter
Energijos suvartojimas: 3.6 mW
Gaminys: Analog to Digital Converters
Gaminio tipas: ADCs - Analog to Digital Converters
Nuoroda Type: External
Etaloninė Įtampa: 5.1 V
SFDR - Dinaminis Diapazonas be Trikdžių: 100 dB
Išjungimas: Shutdown
SINAD - Signal Triukšmo ir Iškraipymų Santykis: 73.8 dBFS
Gamyklinės pakuotės kiekis: 120
Subkategorija: Data Converter ICs
Maksimali Maitinimo Įtampa: 5.5 V
Maitinimo Įtampa - Min.: 1.7 V
THD - Bendras Harmoninis Iškraipymas: - 101.5 dB
Tipas: High-Precision Data Acquisition
Vieneto Svoris: 20 mg
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Pasirinkti atributai: 0

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CNHTS:
8542399000
USHTS:
8542390030
ECCN:
EAR99

MCP331x1(D)-xx Analog-to-Digital Converters

Microchip Technology MCP331x1(D)-10/05 is a family of Analog-to-Digital Converters (ADC), featuring a full differential input, high performance, and low power consumption in a small package, making them ideal for battery-powered systems and remote data acquisition applications. The MCP331x1(D)-10/05 ADCs feature a Successive Approximation Register (SAR) architecture, an industry-standard SPI serial interface and wide digital I/O interface supply (DVIO) range, allowing them to be interfaced with most industry-standard host microcontrollers, without the need for external voltage level shifters. These Analog-to-Digital Converters feature 1M/500k samples/second, one input channel, low power consumption (0.8µA typical standby, 1.6mA typical active [for 1Msps]), and are offered in a compact 10-pin MSOP or 10-TDFN packages.

MCP33141/MCP33151 12/14-bit ADCs

Microchip MCP33141/MCP33151 12/14-bit Analog-to-Digital Converters (ADCs) feature a single-ended input, high performance, and low power consumption in a small package. This makes these devices ideal for battery-powered systems and remote data acquisition applications. These ADCs feature a successive approximation register (SAR) architecture and an industry-standard SPI serial interface, allowing 12-bit or 14-bit ADC capability to be added to any PIC® microcontroller. The MCP33141/MCP33151 features 500k or 1M samples/second, 1 input channel, low power consumption (1.5µA typical standby current, 0.33mA typical active current), and is available in 10-pin MSOP and 10-pin TDFN.

Standalone Analog-to-Digital Converters (ADCs)

Microchip Technology Standalone Analog-to-Digital Converters (ADCs) deliver high precision, low power consumption, and small size at up to 200Mega samples per second (Msps) for conversion of analog-to-digital signals. These ADCs can help overcome design challenges by allowing users to choose the correct ADC for low-power designs. Microchip designed these ADCs to operate in high temperatures and high electromagnetic environments. Most of them come with AEC-Q100-qualified automotive qualifications, providing the reliability required for automotive and industrial applications.

Automotive Analog Products

Designers of electronic control modules within the automobile are being challenged to deliver increased performance in a variety of systems, including powertrain, chassis, comfort, driver information, entertainment, and safety. Microchip Technology's broad portfolio of low-power analog products enables the development of cost-effective solutions that address these challenges and others facing the system designer. As one of the first companies to apply Non-Volatile Memory (NVM) technology to the development process for analog products, Microchip has utilized its NVM experience to deliver innovative analog solutions with unchallenged electrical characteristics. 

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