Oximeter PCB board, Oximeter circuit board, Oximeter circuit board can be divided into:

Single sided PCB board for oximeter, oximeter circuit board, oximeter circuit board

On a basic medical PCB board, parts are concentrated on one side and wires are concentrated on the other side. Due to the fact that the wires only appear on one side, this type of medical PCB board is called single-sided. Due to the strict restrictions on circuit design imposed by single panels (as there is only one side, wiring cannot cross and follow separate paths), only early circuits used this type of circuit board.

Double sided PCB board oximeter PCB board, oximeter circuit board, oximeter circuit board

There is wiring on both sides of this board, but the wires on both sides must be used, and there must be appropriate circuit connections between the two sides. The "bridge" between circuits is called a through-hole. A through-hole is a small hole on a medical PCB board that is filled or covered with metal and can be connected to wires on both sides. Because the area of double-sided panels is twice that of single panels, double-sided panels solve the problem of staggered wiring (which can be transmitted to the other side through vias). More suitable for more complex circuits than a single panel.

Multi layer PCB oximeter PCB board, oximeter circuit board, oximeter circuit board

In order to increase the area that can be wired, multi-layer boards often use single-sided or double-sided wiring boards. Printed circuit boards use one double-sided inner layer and two single-sided outer layers, or two double-sided inner layers and two single-sided outer layers. The positioning system and insulation adhesive material are alternately placed together, and the printed circuit board with interconnected conductive patterns according to design requirements becomes a four layer or six layer printed circuit board, also known as a multi-layer medical PCB board The number of layers on a PCB does not necessarily mean there are multiple separate wiring layers. In special circumstances, an empty layer will be added to control the thickness of the board. Usually, the number of layers is even, including two outer layers. Most motherboards have a structure of 4 to 8 layers, but technically, it can be a medical PCB board with nearly 100 layers. Most large computers use quite a few layers of motherboards, but as these types of computers can already be replaced by clusters of many regular computers, multilayer boards are gradually being phased out. Due to the tight combination of layers in medical PCB boards, it is often difficult to see the actual quantity, but upon careful observation of the motherboard, it can still be seen. Multilayer boards are gradually being phased out. Due to the tight combination of layers in medical PCB boards, it is often difficult to see the actual quantity, but upon careful observation of the motherboard, it can still be seen. Multilayer boards are gradually being phased out. Due to the tight combination of layers in medical PCB boards, it is often difficult to see the actual quantity, but upon careful observation of the motherboard, it can still be seen.

With people's increasing emphasis on health, the demand for oxygen analyzer PCBA is also gradually increasing. The oximeter is easy and fast to use: there is no need to go to the hospital to collect blood, no need to endure the pain of flesh and blood, just gently pinch your fingertips for 3 seconds to accurately see your physical health status. In addition, there is no worry about safety: there is no possibility of cross infection, and the tedious process of queuing for inspection is also eliminated, allowing for physical examination anytime and anywhere.

Working principle of pulse oximeter: Fingertip pulse oximeter uses infrared light technology to accurately detect the blood oxygen saturation and pulse of the human body through the brightness of finger skin and musculoskeletal tissue. Unlike blood collection, it has high safety, no need to worry about blood infection, and no pain; High precision, fully compliant with EU CE standards.

Target audience: The oximeter is suitable for all age groups, including children, adults, and the elderly. Normal people also need to monitor their physical condition at all times; If you or your family or friends suffer from vascular diseases (including coronary heart disease, hypertension, hyperlipidemia, cerebral thrombosis, etc.) or respiratory diseases (including asthma, bronchitis, elderly, etc.), chronic bronchitis, pulmonary heart disease.  . ）Compared to other diseases, it is even more necessary to equip fingertip pulse oximeters.

Introduction to Finger Clamp (Nail, Fingertip) Detector:

Provide customized solutions for the development of blood oxygen pulse detection devices based on blood oxygen pulse modules;

Digital display of measurement results, intelligent reminder of abnormal results;

Can be integrated with the development of medical IoT, with real-time upload of detection data to the cloud;

Medical grade blood oxygen pulse rate detection standard;

Blood oxygen finger clamp machine

Diversified display of numerical graphics:

One-click measurement

compact and lightweight

LED color screen

Pulse rate measurement

Low consumption and environmental protection

The pulse oximeter PCB board, pulse oximeter circuit board, and pulse oximeter circuit board supply board of the pulse oximeter finger clip module can provide customers with corresponding PCB boards, supporting structural adjustment and development of corresponding functions. Provide development and customization of different technical and cost solutions. The customized digital blood oxygen solution supports the development and customization of blood oxygen function modules such as health all-in-one machines, medical ventilators, and home health monitoring terminals. Provide technical support for the corresponding medical device certification for customers.

Performance parameters of oxygen analyzer PCBA:

Model: Medical Device Board

Mechanical rigidity: rigidity

Layers: double-sided

Substrate: Copper

Insulation material: Organic resin

Insulation thickness: Conventional board

Flame retardant performance: VO board

Processing technology: Rolled foil