SN74LS624DR - Texas Instruments Logic IC, SOIC-14

In stock - 11307 items available
SKU: SN74LS624DR-SOIC-14
Regular price ¥600
After you place an order, our sales team will send written confirmation of the final price, shipping charges, and estimated delivery lead time. Import duties, taxes, brokerage fees, and other destination charges are the customer's responsibility. When needed, we can assist with available product information and customs documents for import declaration; final customs clearance and payment remain the customer's responsibility.
Chip-seek customer service team
Customer Service Team Questions about pricing, stock or sourcing? Our team is happy to help. Typically replies within 1 business hour
Upload your BOMSend your bill of materials for a same-day quote.
Order & shipping notice
  • Prices include applicable taxes; import duties and customs clearance are not included.
  • Prefer your own carrier? Choose to use your DHL / FedEx / UPS account at checkout.
  • Genuine & original parts, 12-month warranty, DOA replacement.
  • Volume pricing available for 1,000+ pcs — ask us for a quote.
Quality Certifications
CMA certified CNAS accredited ERAI member ISO 9000

SN74LS624DR

発振器 VCO 1.1MHz ~ 25MHz 45pF 方形波 50% 5V 14-Pin SOIC SMD T/R

在庫あり: 11307SOIC-14アクティブ
メーカーTexas Instruments
パッケージSOIC-14
在庫11307
標準パック-

価格 & ご注文

単価$3.2550

基本情報

メーカー Texas Instruments
メーカー型番 SN74LS624DR
ICカテゴリ 集積回路 & チップ
パッケージ SOIC-14
ライフサイクルステータス アクティブ

技術仕様

電源電圧 5V
周波数 1.1MHz
ピン数 14
ソースパラメータ 発振器 VCO 1.1MHz~25MHz 45pF 方形波 50% 5V 14-Pin SOIC SMD T/R

在庫と価格は定期的に更新されます。技術データはエンジニアリング参考用に提供されています。

Datasheet

Download PDF

MANUFACTURER ACCESS

Manufacturers We Source

Browse frequently requested semiconductor and electronic component manufacturers, then search the catalog or submit an RFQ for the exact part you need.

From the desk

Recent Articles

Market signals, technical notes, and practical sourcing guidance for semiconductor procurement.

View all articles
TP4056の熱予算と充電電流設定
Semiconductor insights

TP4056の熱予算と充電電流設定

1本の抵抗で電流を設定できるが、温度を左右するのは入力電圧と銅(パターン)だ。その計算、ディレーティング表、そして1 Aがしばしば0.5 Aになる理由。

Read article