质量的年代tandards and Environmental Certifications

ATS605LSG：双输出差分速度和方向传感器 IC

ATS605LSG 数据表
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Description

ATS605LSG 为旋转位置感应应用提供带铁氧体齿轮目标的单 IC 解决方案。SG 封装整合稀土球团，以方便制造，不随温度变化的一致性能和提高可靠性。

三个霍尔元件整合在一起，形成两个独立的差分通道。这些通道由 IC 处理。IC 包含精密数字电路，可减少磁铁的不良影响和系统偏差。霍尔差分信号用于产生高度准确的速度输出和（若需要）提供旋转方向的信息。

还采用了先进的校准技术以优化信号偏移和幅度。该校准技术结合了对信号的数字跟踪，因此，在各种气隙、速度和温度条件下均能实现精确切换。开漏输出提供电压输出信号，该信号映射感应到的目标的形状，按目标齿的大小与霍尔元件间隔的比例，在两个通道之间相隔一个相位。’此感应 IC 系统经优化适合各种要求双路齿轮速度和位置信号信息或同步高分辨率齿轮速度和方向信息的应用。

ATS605 采用无铅 (Pb) 4 引脚 SIP 封装，整合反馈偏压磁铁，且引脚框采用 100% 雾锡电镀。

Top Features

  • 两个独立的数字输出，代表感应目标的机械靠模’
  • 可选输出，提供高分辨率位置和方向检测信息
  • 气隙独立开关点
  • 整合反馈偏压磁铁电路
  • 不受外部磁场干扰
  • 较宽的工作电压范围
  • 可实现高可靠性的单芯片 IC
  • 使用扫描和 IDDQ 测试方法，实现稳健的测试覆盖和稳定性
  • 可靠的双带宽配置
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Part Number Specifications and Availability

Part Number Package Type Temperature RoHS
Compliant		 Part Composition /
RoHS Data		 Comments Samples Check Stock
ATS605LSGTN-F-H-T 4-lead SIP -40°C to 150°C Yes View Data Contact your
local sales rep		 Check
Distributor Stock
ATS605LSGTN-F-T 4-lead SIP -40°C to 150°C Yes View Data Contact your
local sales rep		 Check
Distributor Stock
ATS605LSGTN-R-H-T 4-lead SIP -40°C to 150°C Yes View Data Contact your
local sales rep		 Check
Distributor Stock
ATS605LSGTN-R-T 4-lead SIP -40°C to 150°C Yes View Data Contact your
local sales rep		 Check
Distributor Stock
ATS605LSGTN-S-H-T 4-lead SIP -40°C to 150°C Yes View Data Contact your
local sales rep		 Check
Distributor Stock
ATS605LSGTN-S-T 4-lead SIP -40°C to 150°C Yes View Data Contact your
local sales rep		 Check
Distributor Stock

Allegro 的产品不允许在任何由于 Allegro 产品的合理故障造成人身伤害的装置或系统中使用，包括但不限于生命支持装置或系统。

Packaging

封装

见解和创新

Packaging

Back-Biased Packaging Advances (SE, SG, SH, and SJ versus SA and SB)

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Packaging

Guidelines for Designing Subassemblies Using Hall-Effect Devices

This document covers most of the assembly methods used for mounting Hall-effect devices. In Allegro® Hall-effect devices, the signal is conditioned and optimized for various types of magnetic inputs to produce a suitable electrical output.

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Packaging

Guidelines for Leadforming Using Back-Biased Hall-Effect Devices

AN296080 - This application note provides specific information and general ideas to consider when designing tools to accomplish the final preparation of the device. The application note Guidelines for Designing Subassemblies Using Hall-Effect Devices, AN27703, must be used in conjunction with this ...

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