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ATMXT1188S

Status: In Production

Features:

  • Supports up to 16 concurrent touches in real time with touch size reporting
  • Communication via I2C interface
  • External high voltage option to increase the signal to noise ratio (SNR)
  • Supports glove (2mm) touch
  • Support thick lenses (up to 2mm plastic)
  • Superior moisture performance
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Overview
Documents
Development Environment
RoHS Information
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Device Overview

Summary

The recommended alternative touch controller is ATMXT1066T2.

With 1188 nodes, the single-chip, high noise immunity Microchip's maXTouch® mXT1188S provides optimized performance for tablets ranging from 7" to 10" and running the Windows® 8 and Android operating systems. The ultra-low power and fast response time of the mXT1188S offers the best-in-class solution for e-Reader devices.

As with the other devices in the S Series, the mXT1188S includes:

    Our thinner sensors, which enable the thinnest touchscreen stacks with the noisiest displays

    Noise suppression technology, which ensures flawless operation with any charger

Additional Features

Supports up to 16 concurrent touches in real time with touch size reporting

Communication via I2C interface

External high voltage option to increase the signal to noise ratio (SNR)

Supports glove (2mm) touch

Support thick lenses (up to 2mm plastic)

Superior moisture performance

Parametrics
Name
Value
Interface Type
I2C
Max Screen Size (Inch)
10.1
Operating Voltage range (Vcc)
3.3 to 3.47
Touch Response
>250 Hz
Temperature Range (degC)
-40 to 85
Number of Touches
16
Max Nodes Supported
1188

Documents

Jump to:

Development tools data is currently unavailable.

RoHS Information

Part Number
Device Weight (g)
Shipping Weight (grams)
Lead Count
Package Type
Package Width
Solder Composition
JEDEC Indicator
RoHS
China EFUP
ATMXT1188S1-CU025
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CU050
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CU056
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CU058
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CU060
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CU061
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR025
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR050
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR056
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR060
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR061
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188SC09-CU052
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188SC09-CU054
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CU021
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CU029
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CU036
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CUR021
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CUR029
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CUR036
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CUR071
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CU071
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR058
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CU028
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CU059
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR027
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR059
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CU022
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CUR023
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR028
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CUR030
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CU023
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S-CUR022
0.082600
0.383250
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CU027
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188S1-CU030
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
ATMXT1188SC09-CU020
0.082600
0.850000
128
VFBGA
7x7x1mm
LF35
e8
To see a complete listing of RoHS data for this device, please Click here
Shipping Weight = Device Weight + Packing Material weight. Please contact sales office if device weight is not available.

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