|Title||SENSOR MAG TMR SPST OMNI 30G SOT|
|Datasheet||Download RR121-1B13-311 datasheet
|Others parts numbering|
|RR121-1A23-311: SENSOR MAG TMR SPST OMNI 9G SOT-|
|RR121-1B13-312: SENSOR MAG TMR SPST OMNI 30G LGA|
|RR121-3C53-311: SENSOR MAG TMR SPST BIPOL 10G SO|
The RedRockTM RR121 Series is a digital logic sensor ideal for use in medical, industrial, automotive, and consumer applications. Based on patented Tunneling Magnetoresistance (TMR) technology with seamless CMOS integration, the RR121 offers multiple configurations of several parameters to enable applications like proximity sensing, rotary sensing, and level detection. The RR121 features available operate sensitivities from G (0.9 mT) G (10 mT), and either omnipolar, unipolar, or bipolar magnetic field response. It has the world's lowest average current drain (190 nA) for an active magnetic sensor, as well as operating frequencies to 333 kHz and high operating temperature ranges from to 125°C.
Configurable operate sensitivity from 100 G Ultra-Low Hysteresis Available u Lowest Average Current nA u Omnipolar, Unipolar, and Bipolar Latching Responses Available u Operating Frequencies to 333 kHz u Temperature Rated 125°C u RoHS & REACH Compliant
Proximity Detection Rotary Sensing u Fluid Level Detection u Door & Lid Closure Detection u Utility Meters u Portable Medical Devices u Motor Controllers u Consumer Electronics u Wake-Up mProcessor
943-2686 | email@example.com | www.cotorelay.com Copyright 2017. All rights reserved. rev.11062017 | page 1
Operating Temperature Storage Temperature Maximum Junction Temperature Soldering Temperature (3 cycles, 1 min.) ESD Level (HBM)Supply Voltage (Vdd) Output Voltage (High)2 (Vouth) Output Voltage (Low)2 (Voutl)
Notes: m 1. Unless otherwise specifice, all characteristics as measured 25ºC 2. See "Magnetic Field vs. Output Status" (at right) for more details.
The output voltage on the RR121 is active low, meaning that while a sufficiently strong magnetic field is present, the output voltage is low. The output voltage can be connected to a digital I/O pin on a microcontroller. A decoupling capacitor between the supply voltage and ground is required with placement close to the magnetic sensor. A typical capacitor value 1.0 mF will suffice.
Note: 1. Custom options available for Sensitivity, Frequency, Temperature Rating, Supply Voltage, Output Response & more. Please contact firstname.lastname@example.org for more details.
Series Magnetic Polarity Response 1 = Omnipolar 2 = Unipolar 3 = Bipolar/Latch Magnetic Sensitivity Op 9, Rel Op 30, Rel Op 10, Rel -10 Clock Frequency (Hz) 30 Hz Package 2: LGA-4 Output Response 1: Active Low 5: Open Drain1 Supply Voltage/Output 3: 3Vdd Temp Rating (ºC)
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