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Solid State Pressure Conduit Gauge, Shanghai TOW Intelligent Technology Co., Ltd. (CAT#: STEM-LEAR-1138-YJL)

Highlights

High accuracy:
High-fidelity pressure measurement without lag, motion artifacts, and signal drift
High quality:

Cat Number: STEM-LEAR-1138-YJL

Application: Intravascular blood pressure measurement<br />Urodynamic study measurements<br />Intracranial pressure measurement<br />Intrauterine pressure measurement<br />Intraocular pressure measurement<br />Intra-aortic balloon pump pressure measurement<br />Catheter guide wire research and development<br />Cardiac assist measurement<br />Electrosurgical measurements

Model: STEM-LEAR-1138-YJL

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Description

Solid State Pressure Conduit Gauge, model STEM-LEAR-1138-YJL is manufactured by Shanghai TOW Intelligent Technology Co., Ltd.
The solid-state pressure catheter measuring instrument uses an advanced solid-state miniature physiological fiber optic pressure sensor. This solid-state pressure sensor is a miniature fiber-optic sensor designed for pressure monitoring in life sciences or medicine using MEMS technology. Its diameter is only 0. 25mm and can be directly used in catheter wires, endoscopes and other devices to complete invasive physiological pressure measurement with minimal trauma. The miniature physiological optical fiber pressure sensor solves the problem of moisture drift in traditional optical fiber and at the same time makes the zero drift very small.

Specification

Number of channels: 1
Diameter: 0.25mm
Range: -50 mmHg to 300 mmHg relative to atm. (wider range also available)
Resolution: 0.5 mmHg (no averaging)
Accuracy: 1% FS or 1 mmHg (whichever is greater)
Sampling frequency: 250 Hz standard
Storage temperature: -40 °C to 70 °C
Operating temperature: 0 °C to 45 °C
Humidity: 95% non-condensing
Light source life: 40 000 hours MTBF

Features

High accuracy:
High-fidelity pressure measurement without lag, motion artifacts, and signal drift
High quality:
High frequency response maintains signal integrity and prevents signal loss
Minimally invasive:
Smaller catheter size, less invasive
Compatibility:
Compatible with MR、RF、MW、EM environments
Miniaturization:
Integrated into the catheter
Compact size yet rugged
Good accuracy and reliability
Unaffected by EMI/RFI microwaves
Super safe

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