RR100-EK1

RR100-EK1 Datasheet

Part Number RR100-X W TR

Part	Datasheet
RR100-EK1	RR100-EK1 (pdf)

Related Parts	Information
RR100-KWTR	RR100-KWTR
RR100-JWTR	RR100-JWTR

PDF Datasheet Preview
REDROCK MEMS-BASED REED Top View SENSOR RedRock MEMS-Based Reed Sensor Ideally suited to the needs of Medical, Industrial, Instrumentation, Automotive, and other applications where small size, zero powe1r.3o2 p0e.0r5a2t ion, and directional magnetic sensitivity are required, the RedRock MEMS-Based Reed Sensor is a single-pole, single throw SPST device with normally open ruthenium contacts. The sensor may be actuated by an electromagnet, a permaneSnitdmeaVgnieetw, or a combination of both. RedRock MEMS-Based Reed Sensor u 1.11mm2 Footprint World’s Smallest Reed Sensor u Highly Directional Magnetic Sensitivity u Hot Switchable u 750 G Shock Resistance u Medical Devices u Wide Operating Temperature Range u Battery Powered Devices u Hermetically Sealed u Ideal for SMD Pick and Place u Tape and Reel Packaging BottomuuVPRieroowbsothtiectsics 0.012u A 00n..40i31m75 al Tracking u RoHS Compliant u High Resolution Position & Level Sensing DIMENSIONS in Millimeters Inches Top View Recommended PCB Land pattern as viewed from bottom of die pad side Side View Bottom View Ordering Information Part Number RR100-X W TR Model Number Product Packaging RR100 TR=Tape/Reel Typical Magnetic Sensitivity J=20mT K=12mT Package Style W=Wafer Level Operating Temperature Range is -40ºC to +85ºC Ordering Information Evaluation Kit Part Number RR100-EK1 All specifications are typical unless otherwise specified and subject to change without notice. For more information please refer to Coto Technology’s Product Warranty, Trademarks & Disclaimers. COTO TECHNOLOGY \| tel 401 \| cotorelay.com REDROCK MEMS-BASED REED SENSOR REDROCK RR100 Parameters OPERATING CHARACTERISTICS Operate Sensitivity1 - K J Operate Time including bounce Release Time ELECTRICAL CHARACTERISTICS Switched Voltage Switched Current Breakdown Voltage Contact Resistance Initial Contact Capacitance Insulation Resistance Min. LIFE EXPECTANCY 1.2VDC, 1mA switching load2 ENVIRONMENTAL RATINGS Storage Temperature Operating Temperature Vibration Resistance - Functional3 Shock Resistance - Functional4 Shear Force5 Units VDC mA DC VDC W pF W Operations ºC ºC G gm 100 750 400 12 20 50 10 1012 107 -55 to +150 -40 to +85 1 Individual switches may vary in magnetic closure sensitivity by ± 4 mT Model K or ± 7 mT Model J from the typical value. If your application requires a different sensitivity range, please contact Coto at 2Life expectancy defined as mean cycles before failure with end of life defined as contact resistance >1000 W. 3Functional Vibration Resistance is defined as the mechanical-only force in G, 110 Hz - 3 kHz , that a switch can withstand without causing a contact closure. 4Functional Shock Resistance is defined as the mechanical-only force in G , that a switch can withstand without causing a contact closure. 5Shear Force is the mechanical force applied to the top half, in a plane parallel to the PCB that a switch can withstand without causing damage to the switch. For all inquiries, please contact COTO TECHNOLOGY \| tel 401 \| cotorelay.com REDROCK TECHNICAL & APPLICATIONS INFORMATION SWITCH ANGLE SENSITIVITY RR100 120 150 180 14 12 10 8 6 4 210 240 90 14 12 10 8 6 4 2 12 14 60 30 0 4 6 8 10 12 14 330 300 Adv on mm vs angle polar Retract off mm vs angle polar

PDF Datasheet Preview

REDROCK

MEMS-BASED

REED

Top View

SENSOR

RedRock MEMS-Based Reed Sensor

Ideally suited to the needs of Medical, Industrial, Instrumentation, Automotive, and
other applications where small size, zero powe1r.3o2 p0e.0r5a2t ion, and directional magnetic
sensitivity are required, the RedRock MEMS-Based Reed Sensor is a single-pole,
single throw SPST device with normally open ruthenium contacts. The sensor may
be actuated by an electromagnet, a permaneSnitdmeaVgnieetw, or a combination of both.

RedRock MEMS-Based Reed Sensor
u 1.11mm2 Footprint World’s Smallest Reed Sensor
u Highly Directional Magnetic Sensitivity u Hot Switchable
u 750 G Shock Resistance
u Medical Devices
u Wide Operating Temperature Range
u Battery Powered Devices
u Hermetically Sealed u Ideal for SMD Pick and Place u Tape and Reel Packaging

BottomuuVPRieroowbsothtiectsics
0.012u

A 00n..40i31m75 al

Tracking
u RoHS Compliant
u High Resolution Position &

Level Sensing

DIMENSIONS in Millimeters Inches

Top View

Recommended PCB Land pattern as viewed from bottom of die pad side

Side View

Bottom View
Ordering Information

Part Number RR100-X W TR

Model Number

Product Packaging

RR100

TR=Tape/Reel

Typical Magnetic Sensitivity

J=20mT K=12mT

Package Style W=Wafer Level

Operating Temperature Range is -40ºC to +85ºC
Ordering Information Evaluation Kit

Part Number RR100-EK1

All specifications are typical unless otherwise specified and subject to change without notice. For more information please refer to Coto Technology’s Product Warranty, Trademarks & Disclaimers.

COTO TECHNOLOGY | tel 401 | cotorelay.com

REDROCK MEMS-BASED REED SENSOR

REDROCK

RR100

Parameters OPERATING CHARACTERISTICS

Operate Sensitivity1 - K J

Operate Time including bounce Release Time

ELECTRICAL CHARACTERISTICS

Switched Voltage Switched Current Breakdown Voltage Contact Resistance Initial Contact Capacitance Insulation Resistance Min.

LIFE EXPECTANCY
1.2VDC, 1mA switching load2

ENVIRONMENTAL RATINGS

Storage Temperature Operating Temperature Vibration Resistance - Functional3 Shock Resistance - Functional4 Shear Force5

Units

VDC mA DC

VDC W pF W

Operations
ºC ºC G gm
100 750 400
12 20
50 10 1012 107 -55 to +150 -40 to +85
1 Individual switches may vary in magnetic closure sensitivity by ± 4 mT Model K or ± 7 mT Model J from the typical value. If your application requires a different sensitivity range, please contact Coto at
2Life expectancy defined as mean cycles before failure with end of life defined as contact resistance >1000 W. 3Functional Vibration Resistance is defined as the mechanical-only force in G, 110 Hz - 3 kHz , that a switch can withstand without causing a contact closure. 4Functional Shock Resistance is defined as the mechanical-only force in G , that a switch can withstand without causing a contact closure. 5Shear Force is the mechanical force applied to the top half, in a plane parallel to the PCB that a switch can withstand without causing damage
to the switch.

For all inquiries, please contact

COTO TECHNOLOGY | tel 401 | cotorelay.com

REDROCK TECHNICAL & APPLICATIONS INFORMATION

SWITCH ANGLE SENSITIVITY

RR100
120 150
180 14 12 10 8 6 4
210 240
90 14 12 10 8 6 4 2
12 14
60 30
0 4 6 8 10 12 14
330 300

Adv on mm vs angle polar Retract off mm vs angle polar

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived RR100-EK1 Datasheet file may be downloaded here without warranties.

Datasheet ID: RR100-EK1 506934