Infineon CY8C4026LQI-T412, 32 bit ARM 32 Bit Cortex M0, PSoC Microcontroller, 24 MHz, 64kB FLASH, 24-Pin QFN

RS 제품 번호:: 348-918
제조사 부품 번호:: CY8C4026LQI-T412
제조업체:: Infineon

Infineon CY8C4026LQI-T412, 32 bit ARM 32 Bit Cortex M0, PSoC Microcontroller, 24 MHz, 64kB FLASH, 24-Pin QFN

대량 구매 할인 기용 가능

Subtotal (1 pack of 2 units)*

₩8,035.12

재고있음

980 개 단위 배송 준비 완료

더 자세한 내용이 필요하신가요? 필요한 수량을 입력하고 '배송일 확인'을 클릭하면 더 많은 재고 및 배송 세부정보를 확인하실 수 있습니다.

수량	한팩당	한팩당*
2 - 18	₩4,017.56	₩8,035.12
20 - 198	₩3,620.88	₩7,243.64
200 - 998	₩3,340.76	₩6,681.52
1000 - 1998	₩3,090.72	₩6,183.32
2000 +	₩2,778.64	₩5,557.28

* 참고 가격: 실제 구매가격과 다를 수 있습니다

RS 제품 번호:: 348-918
제조사 부품 번호:: CY8C4026LQI-T412
제조업체:: Infineon

참조 문서

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제품 세부 사항

제품 정보를 선택해 유사 제품을 찾기

모두 선택	제품 정보	값
	브랜드	Infineon
	Series	PSoC
	Product Type	Microcontroller
	Package Type	QFN
	Mount Type	Surface
	Pin Count	24
	Device Core	ARM 32 Bit Cortex M0
	Data Bus Width	32bit
	Program Memory Size	64kB
	Maximum Clock Frequency	24MHz
	RAM Size	8kB
	Maximum Supply Voltage	5.5V
	Minimum Operating Temperature	-40°C
	Maximum Operating Temperature	85°C
	Standards/Approvals	and SAE J2602-2, ISO-11898-1, ISO 17987-6, RoHS
	Number of Programmable I/Os	21
	Width	3 mm
	Height	0.6mm
	Minimum Supply Voltage	1.71V
	Number of Timers	2
	Instruction Set Architecture	Thumb
	Automotive Standard	No
	Program Memory Type	FLASH

	모두 선택
	브랜드 Infineon
	Series PSoC
	Product Type Microcontroller
	Package Type QFN
	Mount Type Surface
	Pin Count 24
	Device Core ARM 32 Bit Cortex M0
	Data Bus Width 32bit
	Program Memory Size 64kB
	Maximum Clock Frequency 24MHz
	RAM Size 8kB
	Maximum Supply Voltage 5.5V
	Minimum Operating Temperature -40°C
	Maximum Operating Temperature 85°C
	Standards/Approvals and SAE J2602-2, ISO-11898-1, ISO 17987-6, RoHS
	Number of Programmable I/Os 21
	Width 3 mm
	Height 0.6mm
	Minimum Supply Voltage 1.71V
	Number of Timers 2
	Instruction Set Architecture Thumb
	Automotive Standard No
	Program Memory Type FLASH

Infineon Microcontroller, 64kByte Program Memory size, 24MHz Maximum Frequency - CY8C4026LQI-T412

This PCB header, part of the Micro-Fit 3.0 connector family, features a 3.0mm pitch design with six contacts across two rows. Designed for through hole mounting, this shrouded connector ensures secure connections between wires and PCBs. Constructed from high-quality brass with a gold plating finish, it is optimised for high-current applications with a voltage rating of up to 600V. This versatile connector is specifically engineered to meet the demands of modern electrical and electronic systems.

Features & Benefits

• Shrouded design enhances connection stability and durability

• 6 contact configuration supports robust electrical connections

• Gold-plated connectors minimise contact resistance for optimal performance

• High current capability rated at 8.5A for power Applications

• Supports operating temperatures from -40°C to +105°C for varied environments

• Glow wire compliant, suitable for safety-critical Applications

Applications

• Used with wire to board connections in power electronics

• Applicable in automation systems requiring high-current connectors

• Suitable for equipment in industrial electronics and machinery

• Ideal for PCBs in household appliances and electrical devices

What is the maximum number of cycles this connector can endure?

The connector is designed for up to 30 mating cycles, providing reliable connections over multiple uses.

Can it withstand high-temperature environments?

Yes, it operates effectively in temperatures ranging from -40°C to +105°C, making it suitable for demanding applications.

Is it compatible with lead-free soldering processes?

The connector supports lead-free soldering techniques, ensuring compliance with modern manufacturing practices.

What type of retention method is integrated into this PCB header?

This header features a press-fit metal retention clip, securing it firmly on the PCB during operation.

How does the gold plating contribute to its performance?

The gold plating reduces contact resistance and enhances conductivity, ensuring efficient electrical performance over time.