A Series 1-4 Pole Rotary Switches

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1-4 Pole Rotary Switches

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1-4 Pole Rotary Switches

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Multi-pole and multi-position

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Multi-pole and multi-position

文件：299.98 Kbytes Page：5 Pages

包装：散装 描述：500MA FUSE FOR FTLK1 AND FTLK3 测试与计量 配件

包装：散装 描述：500MA FUSE FOR FTLK1 AND FTLK3 测试与计量 配件

丝印代码：A114ES；Built-in bias resistors enable the configuration of an inverter circuit without connecting external input resistors

−100mA / −50V Digital transistors (with built-in resistors) Features 1) Built-in bias resistors enable the configuration of an inverter circuit without connecting external input resistors (see equivalent circuit). 2) The bias resistors consist of thin-film resistors with complete isolation to

丝印代码：A114GS；Digital Transistors (Built-in Resistor)

Features 1) The built-in bias resistors consist of thin-film resistors with complete isolation to allow positive biasing of the input, and parasitic effects are almost completely eliminated. 2) Only the on / off conditions need to be set operation, making device design easy. 3) Higher mounting

丝印代码：A114TS；Digital transistors (built in resistor)

Features 1) Built-In Biasing Resistors 2) Built-in bias resistors enable the configuration of an inverter circuit without connecting external input resistors (see inner circuit). 3) The bias resistors consist of thin-film resistors with complete isolation to allow negative biasing of th

丝印代码：A114WS；Digital transistors (built-in resistors)

Features 1) Built-in bias resistors enable the configuration of an inverter circuit without connecting external input resistors. 2) The bias resistors consist of thin-film resistors with complete isolation to allow positive biasing of the input, and parasitic effects are almost completely elimin

丝印代码：A114E-XXX；DIGITAL TRANSISTOR (PNP)

文件：1.01542 Mbytes Page：16 Pages

丝印代码：A114E-XXX；DIGITAL TRANSISTOR (PNP)

文件：1.01542 Mbytes Page：16 Pages

丝印代码：A114WS；-100mA / -50V Digital transistors (with built-in resistors)

文件：147.41 Kbytes Page：3 Pages

Dual, 2-Wire Hall-Effect Sensor Interface with Analog and Digital Outputs

Features ●● Provides Supply Current and Interfaces to Two 2-Wire Hall-Effect Sensors ●● 5.5V to 18V Operating Voltage Range ●● Protects Hall Sensors Against Up to 60V Supply Transients ●● Low-Power Shutdown for Power Saving ●● Filtered Digital Outputs ●● Analog Output Mirrors the Hall Sens

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall-Effect Switches

FEATURES AND BENEFITS ■Chopper stabilization • Low switchpoint drift over operating temperature range • Low stress sensitivity ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection • Supply transient protection • Reverse-battery protection • On-board voltage re

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Sensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board