Thermal Stream Temperature Forcing System Advanced High-Low Temperature Thermal Stream Test Equipment

Product Image [Insert the provided product photograph here: Front or three-quarter view of the Thermal Stream Temperature Forcing System showing the compact industrial design with approximate dimensions 500 × 1200 × 850 mm (W × H × D), airflow nozzle/output, control interface, and robust enclosure suitable for laboratory or production environments.]

Product Overview

The Thermal Stream Temperature Forcing System is a precision-engineered testing instrument designed for rapid high-low temperature cycling, temperature shock, and thermal characterization of electronic components. It is widely used in the semiconductor, electronics, and optoelectronics industries for IC characteristic analysis, high-low temperature cycling tests, temperature shock testing, and failure analysis.

This system delivers highly controlled airflow at adjustable temperatures directly to the device under test (DUT), enabling fast and accurate simulation of extreme thermal conditions. It is particularly suitable for semiconductors, Flash/EMMC memory, PCB-mounted ICs, optical transceivers, SFP optical modules, and other sensitive electronic devices that require localized, high-speed temperature forcing.

Key Features and Benefits

· Rapid temperature transition capability with transition times of approximately 12–16 seconds between -55°C and +85°C, enabling efficient thermal shock and cycling tests.

· Wide operating temperature range from -80°C to +200°C, covering the most demanding reliability test requirements.

· Precise temperature control with overshoot limited to ≤2°C for repeatable and accurate test results.

· Adjustable high-volume airflow output from 5 to 17 SCFM (141–481 L/min), allowing optimization for different device sizes and thermal loads.

· Compact and robust industrial design with dimensions of 500 × 1200 × 850 mm (W × H × D), suitable for benchtop or integrated laboratory use.

· Reliable performance for IC characterization, failure analysis, and accelerated life testing in semiconductor and electronics manufacturing environments.

Technical Specifications

Dimensions (W × H × D) 500 × 1200 × 850 mm

Temperature Range -80°C to +200°C

Temperature Transition Performance

· From -55°C to +85°C: approximately 12–16 seconds transition time, stabilization in approximately 5–10 seconds

· From +85°C to -55°C: approximately 12–16 seconds transition time, stabilization in approximately 5–10 seconds

Temperature Overshoot ≤ 2°C

Airflow Output 5–17 SCFM (141–481 L/min), user-adjustable

Supply Gas Pressure 0.55–0.78 MPa (5.6–7.7 kg/cm²)

Typical Applications

This Thermal Stream Temperature Forcing System is ideal for:

· Semiconductor chip and IC thermal characterization and reliability testing

· Flash memory and EMMC high-low temperature cycling and thermal shock tests

· PCB-mounted IC and component thermal performance evaluation

· Optical communication devices, including transceiver and SFP optical module high-low temperature testing

· Failure analysis and accelerated reliability testing in the electronics and semiconductor industries

· Research, development, and quality assurance laboratories requiring precise, rapid temperature forcing

Why Choose This Thermal Stream System

The Thermal Stream Temperature Forcing System provides fast, accurate, and repeatable thermal stress testing with minimal temperature overshoot. Its adjustable airflow and wide temperature range make it a versatile solution for both laboratory analysis and production-line reliability screening of advanced electronic components. The compact footprint and professional-grade construction ensure long-term reliability and ease of integration into existing test workflows.

For detailed technical specifications, customization options, or to request a quotation, please contact our technical sales team. We are prepared to provide application support and recommend the most suitable configuration for your testing requirements.

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