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MPN : R5F100GEAFB#30

Renesas Electronics R5F100GEAFB#30, 16bit RL78 Microcontroller, RL78/G13, 32MHz, 4 (Flash) kB, 64 (ROM) kB Flash, ROM,
  • 브랜드

    Renesas Electronics

  • 무원상품코드

    M012290004634

  • 타입별
    PK
  • 주문가능수량

    품 절

  • 최소주문수량2
  • 판매단위2
  • 제품정보
  • 배송정보
    (영업일 기준)
  • 특이사항
구매수량 :

*대량구매해택
  • 수량단가1 : 2개 ~ 2,829원

  • 수량단가2 : 10개 ~ 2,745원

  • 수량단가3 : 50개 ~ 2,660원

  • 수량단가4 : 100개 ~ 2,604원

  • 수량단가5 : 200개 ~ 2,546원


총금액
(VAT 별도)

  • 상품정보
  • 상품후기
  • 상품문의
  • 배송/AS안내

■ 제품필수정보

제조사 Renesas Electronics
제조사품명 R5F100GEAFB#30
간략설명 Renesas Electronics R5F100GEAFB#30, 16bit RL78 Microcontroller, RL78/G13, 32MHz, 4 (Flash) kB, 64 (ROM) kB Flash, ROM,

■ 제품사양


패밀리명 = RL78/G13
패키지 = LFQFP
장착형태 = Surface Mount
핀수 = 48
코어 = RL78
데이터 버스 = 16bit
프로그램 메모리 크기 = 4 (Flash) kB, 64 (ROM) kB
최대 주파수 = 32MHz
RAM 크기 = 4 kB
USB 채널 = 0
PWM 단위 수 = 0
일반 작동 공급 전압 = 1.6 ??5.5 V Maximum Number of Ethernet Channels = 0 Data Flash Memory is Not Mounted. RL78/G13, 16-Bit Microcontrollers, 64kB/96kB Flash, Renesas Electronics. RL78 is Renesas Electronics' next-generation microcontroller family combining advanced features from both the 78K and R8C families to deliver low power consumption (66uA / MHz) and high performance (41DMIPS @ 32MHz). RL78 is based upon a 16bit CISC architecture with analogue rich functionality. The platform line-up will include general purpose, LCD and ASSPs including lighting and automotive microcontrollers. RL78 is designed specifically for ultra-low power applications enabling customers to build compact and energy-efficient systems at lower cost. In addition to a high-precision (±1%) on-chip oscillator enabling 32MHz CPU operation and other standard on-chip functions from the RL78/G13, the RL78/G14 microcontrollers have multiply, divide and multiply-accumulate instructions capable of faster processing than the RL78/G13, and functions from the R8C Family with proven track records, such as timers RD/RG/RJ, data transfer controller, and event link controller, helping to lower the total cost of building a system and contributing to more compact size and lower power consumption.

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