Rsuwei

RTD Wafer Wireless

RTD WAFER wireless RTD WAFER 无线

RTD Wafer Wireless

  • Wafer size:  12″
  • Temperature precision: ±0.5℃ 
  • Temperature measure range: 15-250℃
  • Number of measurement point: 9, 16

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RTD Wafer Wireless

Product Introduction

The primary purpose of the RTD wafer wireless is to accurately measure and monitor the temperature of wafers during semiconductor processing. Precise temperature control is crucial for ensuring the quality and consistency of the manufactured devices. The resistance temperature detector (RTD) measure temperature by correlating the resistance of the RTD material with temperature. They are made from materials like platinum due to its stable and predictable resistance-temperature relationship. The RTD sensors are typically integrated onto a silicon wafer, similar to the wafers being processed, to ensure that the temperature readings are representative of actual conditions. The system is designed wihout wire connection for sensors, allowing the capability for wireless temperature measurement application.

Specifications

ItemSpecification
Wafer size12”
Wafer MaterialSilicon 
Number of measurement point16 Points 
Sensor typeRTD:PT1000
Temperature range15-250℃ (The duration of a single test at temperatures exceeding 100°C is within 300 seconds, while the duration for a single test at 80-100°C is within 1200 seconds.)
Use time per charge60 minutes
Precision±0.5℃
Resolution0.01℃
Data transmission typeBluetooth 
Sampling1Hz/2Hz
SoftwareRTD Wafer dedicated software features real-time curves and wafer mapping cloud diagrams.
Data analyzerThe RTD Wafer temperature measurement system includes a main unit and a display device.
Wafer mapping functionWith dynamic mapping function
Real time data analysisMax、Min、Mean、3-S、Range、part Range

Applications of TC Wafer

ETCH, ESC TEMP, CVD Chamber, hot plate

Customization

Please provide below custom data to us so we can send quotation!

1. Determine the temperature accuracy requirements and dimensions.
2. Determine the vacuum requirements.
3. Determine the number and arrangement of points.

 TC Wafer Drawings – Sample