SN74AUC2G32YZPRB TI Logic Gates | 0.8V-2.7V | Dual 2-Input OR Gate

Product Overview

The SN74AUC2G32YZPRB is a dual 2-input positive-OR gate from Texas Instruments' AUC (Advanced Ultra-Low-Voltage CMOS) family. It is designed for ultra-low-voltage operation (0.8V to 2.7V) while maintaining high speed and low power consumption. The device is available in a tiny 6-pin DSBGA package (YZP), making it ideal for space-constrained applications. It performs the Boolean function Y = A + B in positive logic.

Detailed Technical Specifications

Key Features

• Ultra-low-voltage operation: 0.8V to 2.7V
• High speed: tpd 2.2 ns at 1.8V
• Low power consumption: 10 µA max ICC
• ±9 mA output drive at 1.8V
• Latch-up performance exceeds 100 mA per JESD 78, Class II
• ESD protection exceeds JESD 22: 2000V HBM, 1000V CDM
• Available in ultra-small DSBGA package (0.8mm × 1.2mm)

Target Applications

The SN74AUC2G32YZPRB is suitable for a wide range of low-voltage, high-speed logic applications. Specific examples include:

• 5G base station control logic: Used for signal gating and combining in power management and interface circuits.
• Automotive dashboard displays: Logic OR function for combining sensor inputs or control signals in low-voltage infotainment systems.
• Portable medical devices: Battery-powered equipment requiring ultra-low-power logic.
• IoT edge nodes: Low-voltage logic for sensor data aggregation and communication interfaces.
• Smartphones and tablets: Space-constrained designs needing high-speed logic in small packages.

Global Supply Chain & Wholesale Solutions

At Jasin Chip, we provide professional supply chain and wholesale solutions for SN74AUC2G32YZPRB. Our core advantages include:

• 24/7 Global Customer Support: Professional team providing instant quotes and technical support worldwide.
• In-stock Inventory, Same-day Shipping: We maintain localized stock; orders confirmed before 4 PM are shipped the same day.
• HK-SZ Synergy, Flexible Settlement: Direct global shipping from Shenzhen with support for HK bank transfers and multi-currency.
• Escrow Secured Transactions: We support Escrow.com for secure transactions, ensuring peace of mind for batch orders.
• BOM Kitting & Sampling Services: Specialized sourcing for testing samples and urgent shortage components.

Quality Assurance & Compliance

Jasin Chip guarantees that all delivered products are 100% original factory stock with full quality assurance and traceability.

• 100% Original & Authentic: All components are guaranteed to be authentic with strict quality control.
• RoHS Compliant: All electronic components comply with international environmental and safety standards.
• Original Factory Packaging: We maintain original factory packaging and seals to ensure ESD protection and physical integrity.

產品概述

SN74AUC2G32YZPRB 是德州儀器（TI）AUC（高級超低電壓 CMOS）系列中的雙路 2 輸入正或門。它專為超低電壓操作（0.8V 至 2.7V）而設計，同時保持高速和低功耗。該器件採用微型 6 引腳 DSBGA 封裝（YZP），非常適合空間受限的應用。它在正邏輯中執行布爾函數 Y = A + B。

詳細技術參數

核心特性

• 超低電壓操作：0.8V 至 2.7V
• 高速：1.8V 時 tpd 為 2.2 ns
• 低功耗：最大 ICC 為 10 µA
• 1.8V 時 ±9 mA 輸出驅動
• 閂鎖性能超過 100 mA（符合 JESD 78 Class II）
• ESD 保護超過 JESD 22：2000V HBM，1000V CDM
• 提供超小型 DSBGA 封裝（0.8mm × 1.2mm）

典型應用場景

SN74AUC2G32YZPRB 適用於多種低電壓、高速邏輯應用。具體示例包括：

• 5G 基站控制邏輯：用於電源管理和接口電路中的信號門控和組合。
• 汽車儀表板顯示：在低電壓信息娛樂系統中組合傳感器輸入或控制信號的邏輯或功能。
• 便攜式醫療設備：需要超低功耗邏輯的電池供電設備。
• 物聯網邊緣節點：用於傳感器數據聚合和通信接口的低電壓邏輯。
• 智能手機和平板電腦：需要在小型封裝中實現高速邏輯的空間受限設計。

環球供應鏈與批發合作夥伴方案

在 Jasin Chip，我們為 SN74AUC2G32YZPRB 提供全面的供應鏈與批發解決方案。 我們的核心優勢包括：

• 全天候環球客戶支援：專業團隊為您提供即時報價及技術支援，無需漫長等待。
• 現貨庫存，即日發貨：確保現貨充足。下午 4 點前確認訂單，即可安排當天寄出。
• 深港聯動，結算靈活：深圳直發全球，物流高效可靠；支援香港銀行戶口轉賬及多幣種結算。
• Escrow 擔保交易：支援 Escrow.com 平台交易，保障買賣雙方權益，小批量訂單亦可安心在線下單。
• BOM 配單與樣板服務：提供樣板測試及認證支援。專注一站式 BOM 配套及緊急缺料採購服務。

品質保證與合規

Jasin Chip 承諾所有出貨產品均為原廠正貨，具備完善的品質保證及產品可追溯性。

• 100% 原廠正貨：承諾所有供應零件均為原裝現貨，品質嚴格把關，來源清晰可追溯。
• 符合 RoHS 認證：所有電子元器件均符合國際環保標準及相關安全認證。
• 原廠封裝保護：嚴格保留原廠原始包裝及封條，確保物流過程中的靜電防護 (ESD) 與物理安全。

以上產品均為原廠正貨，提供 BOM 配單及現貨庫存支援，歡迎查詢。

HONG KONG JASIN SEMICONDUCTOR TECHNOLOGY COMPANY LIMITED
Trusted Partner for Automotive, Industrial, and Hard-to-find Components.
WhatsApp: +852 5209 9691 | Email: [email protected]