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PIC16F1788-E/SS

Name: Microchip PIC16F1788-E/SS
Brand: Microchip Technology
SKU: 579-PIC16F1788-E/SS
Price: 26.71 SEK
Availability: InStock

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Mouser nr:

579-PIC16F1788-E/SS

Tillverk: Nr.:

PIC16F1788-E/SS

Tillverk:

Microchip Technology

Beskrivning:

8-bitars mikrokontroller - MCU 28KB Flash, 2KB RAM 256B EEPROM

Visa i väljare för utvecklingsverktyg

Datablad:

PIC16F1788-E/SS Datablad (PDF)

ECAD-modell:

Ladda ned den kostnadsfria Libary Loader för att omvandla denna fil för ditt ECAD-verktyg. Läs mer om ECAD-modellen.

Mer information

Lär dig mer om Microchip Technology PIC16F1788-E/SS

På lager: 5 869

Lager:: 5 869 Kan skickas omedelbart

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Fabrikens ledtid:: 5 Veckor Uppskattad tillverkningstid i fabriken för kvantiteter som är större än vad som visas.

Ange kvantitet:

Minst: 1 Flera: 1

Enhetspris:

-,-- kr

Ext. pris:

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Est. Pris:

Prissättning (SEK)

Antal	Enhetspris	Ext. pris
	26,71 kr	26,71 kr
	24,42 kr	610,50 kr
	22,13 kr	2.080,22 kr

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Produktattribut	Attributvärde	Välj attribut
Tillverkare:	Microchip
Produktkategori:	8-bitars mikrokontroller - MCU
RoHS-direktivet:
Kärna:	PIC16
Programminnesstorlek:	28 kB
DataRAM-storlek:	2 kB
Paket/låda:	SSOP-28
Maximal klockfrekvens:	32 MHz
ADC-upplösning:	12 bit
Antal I/O:	25 I/O
Minimal matningsspänning:	2.3 V
Maximal matningsspänning:	5.5 V
Monteringsstil:	SMD/SMT
Databussbredd:	8 bit
Minsta drifttemperatur:	- 40 C
Maximal drifttemperatur:	+ 125 C
Serie:	PIC16(L)F178x
Kvalificering:	AEC-Q100
Förpackning:	Tube
Märke:	Microchip Technology
Fuktkänsliga:	Yes
Produkt:	MCUs
Produkttyp:	8-bit Microcontrollers - MCU
Fabriksförpackningskvantitet:	47
Underkategori:	Microcontrollers - MCU
Handelsnamn:	PIC
Enhetens vikt:	710 mg

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TARIC:: 8542319000
CNHTS:: 8542319092
CAHTS:: 8542310000
USHTS:: 8542310015
JPHTS:: 854231032
KRHTS:: 8542311000
MXHTS:: 8542310302
ECCN:: 3A991.a.2

Functional Safety Solutions

Microchip Technology Functional Safety Solutions offer robustness, reliability, and safety to end-products. In some application segments, these requirements are formalized and mandatory, while in others, they are implemented to differentiate the product and take the step from a good product to an excellent product. The standards for functional safety depend on the market that is targeted. Many standards support multiple levels of rigorousness, which are applied depending on the likelihood and severity of the hazard. The methods of addressing hazards range from detecting single failures and putting the system into a safe state to full redundancy, where failures should not only be detected but also corrected without any interruption or degradation of service.

Core Independent Peripherals

Microchip Technology PIC Microcontrollers with Core Independent Peripherals enable designers to take 8-bit MCU performance to a new level. The offering includes a number of on-board modules designed to increase capability in any control system and provide impressive efficiency in embedded design. Core Independent Peripherals handle their tasks with no code or supervision from the CPU to maintain operation. As a result, they simplify the implementation of complex control systems and give designers the flexibility to innovate.

Automotive 8-Bit Microcontrollers

Microchip Technology Automotive 8-Bit Microcontrollers include MCUs with the PIC® and AVR® architecture. Capturing the best features of both architectures enables Microchip to offer plentiful solutions for every type of automotive system. From Human Machine Interface (HMI) applications based on touch technology to underhood applications requiring high-temperature robustness to simple watchdog-type applications requiring a small form factor, users can find extensive options that meet specific requirements.

Intelligent Analog PIC

Microchip Technology Intelligent Analog PIC reduces the system cost, conserves board space, and improves the performance with increased throughput, and transfer of ADC (Analog-to-Digital) data via UART or SPI. On products with DMA, data is directly transferred to the RAM to be processed in parallel. Each analog module may be individually turned on or off when needed. DMA enabled DACs (Digital-to-Analog) require no processor overhead for even faster responses. Integrated buffered DACs eliminate the need for an external buffer. DAC can be used as input or reference to Op Amp, Comparator, or ADC. Op-Amp can be configured for either the lowest power consumption or the highest speed. MCU internal voltage references can be used as references for integrated analog components. CTMU can be used as a constant current source for sensors.