NOIP1SN025KA-GTI footprint, schematic symbol and 3D model by onsemi

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NOIP1SN025KA-GTI Details

Manufacturer Part Number:
NOIP1SN025KA-GTI
Brand Name:
onsemi
Pbfree Code:
Yes
Rohs Code:
Yes
Part Life Cycle Code:
Active
Part Package Code:
CPGA-355
Manufacturer Package Code:
107DJ
Country Of Origin:
Thailand
Factory Lead Time:
20 Weeks
Date Of Intro:
2018-05-09
Manufacturer:
onsemi
YTEOL:
8.6
Additional Feature:
GLOBAL SHUTTER; IT ALSO OPERATES AT 3.3 V NOMINAL SUPPLY VOLTAGE
Array Type:
FRAME
Body Breadth:
36.1 mm
Body Height:
3.5 mm
Body Length or Diameter:
43.1 mm
Dynamic Range:
59 dB
Frame Rate:
80 fps
Horizontal Pixel:
5120
Master Clock:
360 MHz
Mounting Feature:
THROUGH HOLE MOUNT
Operating Current-Max:
540 mA
Operating Temperature-Max:
85 °C
Operating Temperature-Min:
-40 °C
Optical Format:
1.28 inch
Output Interface Type:
4-WIRE INTERFACE
Output Type:
DIGITAL OUTPUT
Package Shape/Style:
RECTANGULAR
Pixel Size:
4.5X4.5 µm
Sensitivity (V/lx.s):
5.8 V/lx.s
Sensors/Transducers Type:
IMAGE SENSOR,CMOS
Spectral Response (nm):
300-1100
Supply Voltage-Max:
1.9 V
Supply Voltage-Min:
1.7 V
Surface Mount:
NO
Termination Type:
SOLDER
Vertical Pixel:
5120

A good PCB layout for NOIP1SN025KA-GTI involves keeping the input and output traces separate, using a solid ground plane, and minimizing the length of the input traces to reduce noise and EMI.
To ensure reliability in high-temperature applications, ensure that the device is operated within its recommended temperature range, use a heat sink if necessary, and follow proper thermal design guidelines.
NOIP1SN025KA-GTI has built-in ESD protection, but it's still important to follow proper ESD handling procedures during assembly and testing to prevent damage.
Yes, NOIP1SN025KA-GTI is suitable for high-frequency applications up to 100 MHz. However, it's essential to follow proper layout and design guidelines to minimize signal degradation and ensure optimal performance.
To troubleshoot issues with NOIP1SN025KA-GTI, start by checking the power supply, input signals, and output loads. Use oscilloscopes and logic analyzers to debug the signal paths and identify the root cause of the issue.

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