PI7C9X2G303ELBZXE - Diodes Incorporated

Manufacturer Part Number

PI7C9X2G303ELBZXE

Manufacturer

Diodes

Introduction

PI7C9X2G303ELBZXE is a specialized interface component designed by Diodes for advanced wireless applications. This component caters to the increasing demand for efficient and high-performance connectivity solutions.

Product Features and Performance

Advanced JTAG interface for programming and testing purposes

Optimized for high-speed signal integrity

Designed for wireless communication enhancements

Offers robust data transmission capabilities

Engineered for low-power consumption to extend device battery life

Product Advantages

High integration level reduces system complexity and PCB space requirements

Enhanced wireless performance improves the reliability of wireless connections

Low power design enables longer operation times for battery-powered devices

Superior signal integrity for high-speed data transactions

Key Technical Parameters

Interface: JTAG

Package / Case: 136-VFQFN Dual Rows, Exposed Pad

Supplier Device Package: 136-aQFN (8x8)

Mounting Type: Surface Mount

Quality and Safety Features

Manufactured according to Diodes' stringent quality control standards

Designed to meet various international safety regulations for wireless devices

Compatibility

Compatible with various wireless communication protocols

Designed to integrate seamlessly with existing and new system architectures

Application Areas

Ideal for IoT devices requiring reliable wireless communication

Suitable for portable devices where power efficiency is critical

Applied in industrial wireless control systems for enhanced connectivity

Product Lifecycle

The product is currently in an Active status, indicating availability and ongoing support

No current indications of discontinuation, ensuring long-term availability

Upgrades or replacements are expected to maintain compatibility and performance enhancements

Several Key Reasons to Choose This Product

Its advanced JTAG interface simplifies programming and debugging efforts

Optimized for cutting-edge wireless applications, ensuring future-proof designs

Low power consumption enhances device usability and environmental sustainability

High-quality manufacturing standards promise reliability and durability

Supports a broad range of applications, offering versatile design possibilities