AH1911 - ULTRA-LOW POWER DIGITAL OMNIPLOAR HALL-EFFECT SWITCH

Description

The AH1911/AH1921 is an ultra-low power digital Omnipolar Hall Effect switch IC from Diodes broad Hall Effect switches family.

Diodes

📥 Download Datasheet

Datasheet Details

Part number	AH1911
Manufacturer	DIODES
File Size	534.21 KB
Description	ULTRA-LOW POWER DIGITAL OMNIPLOAR HALL-EFFECT SWITCH
Datasheet	AH1911 Datasheet
Additional preview pages of the AH1911 datasheet.

📁 Similar Datasheet

AH1 - Hexode (Tungsram)
AH1 - High Dynamic Range Amplifier (WJ Communication)
AH1 - High Dynamic Range Amplifier (TriQuint Semiconductor)
AH1 - Hexode 1947 (Philips)
AH1 - Hexode 1935 (Philips)
AH100 - Misch Hexode (TELEFUNKEN)
AH100W - ALUMINUM HOUSED RESISTORS (HITANO)
AH101 - High Linearity Amplifier (WJ Communication)
AH101-G - High Linearity Amplifier (TriQuint Semiconductor)
AH102 - High Linearity Amplifier (WJ Communication)

Other Datasheets by Diodes

AH1912 - ULTRA-LOW POWER DIGITAL OMNIPLOAR HALL-EFFECT SWITCH
AH1913 - ULTRA HIGH SENSITIVITY DIGITAL OMNIPOLAR HALL-EFFECT SWITCH
AH1902 - HIGH SENSITIVITY MICROPOWER OMNIPLOAR HALL-EFFECT SWITCH
AH1903 - HIGH SENSITIVITY MICROPOWER UNIPOLAR/OMNIPOLAR SELECTABLE HALL-EFFECT SWITCH
AH1921 - ULTRA-LOW POWER DIGITAL OMNIPLOAR HALL-EFFECT SWITCH
AH1389 - ULTRA SENSITIVE DUAL OUTPUT UNIPOLAR HALL-EFFECT SWITCH
AH1390 - ULTRA SENSITIVE DUAL OUTPUT UNIPOLAR HALL EFFECT SWITCH
AH1711 - LOW-VOLTAGE HIGH-SENSITIVITY HALL EFFECT LATCH SWITCH

Full PDF Text Transcription

Click to expand full text

AH1911/AH1921 ULTRA-LOW POWER DIGITAL OMNIPLOAR HALL-EFFECT SWITCH NEW PRODUCT Description The AH1911/AH1921 is an ultra-low power digital Omnipolar Hall Effect switch IC from Diodes broad Hall Effect switches family. Thanks to the hibernating clocking system, the average supply current is only 1.6μA at 3V, which makes the AH1911/AH1921 perfectly fit battery-powered consumer products, Gas or water meter, smoke detectors and IoT devices. The wider range of supply voltage (1.6V to 5.5V) extends battery operating time and supports low voltage system microcontrollers, which provides great flexibility for system design. The advanced chopper stabilized design provides superior stability on switch operating point over temperature and supply voltage.

Published: Jan 6, 2019 |