製品カテゴリ
- 医療用ケーブル 24
- USB4ケーブル 11
- POGOピンケーブル 4
- 防水ケーブル 27
- タイプCケーブル 15
- USB5 Cables 9
- USB スクリュー ロック ケーブル 26
- ハブ 14
- USBアングルケーブル 27
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DC2.35安全プラグTO 3.5 電極メスバックル医療ケーブル
互換性により ECG デバイスのパフォーマンスが向上
最高のパフォーマンスを実現したい場合、つまり. ECG デバイスから得られる正確な結果, デバイスと互換性のある ECG ワイヤーまたはケーブルを使用する必要があります. もちろん, 互換性によりデバイスの全体的な機能が向上します.
カテゴリ: 医療用ケーブル
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Disposable negative electrode board with pin insertion for adult therapy circuit board
1. Classified by material: Circuit negative plates can be divided into two types: metal negative plates and conductive adhesive negative plates. Metal negative plates are usually made of metals such as copper and aluminum, which have good conductivity and stability; The conductive adhesive negative electrode plate is covered with a layer of metal foil on the conductive adhesive, which has good flexibility and adhesion.
2. Classified by shape: Circuit negative plates can be divided into various shapes such as circular, square, rectangular, 等. Different shapes of negative plates are suitable for different parts and populations.
3. Classified by purpose: The negative plate of the circuit can be divided into two types: disposable and reusable. Disposable negative plates are usually used for disposable electrocardiogram examinations and can be discarded after use; Reusable negative plates can be reused after cleaning and disinfection.
It should be noted that when using the negative electrode plate of the circuit, it is necessary to strictly follow the operating procedures and disinfection requirements to ensure the safety and accuracy of the inspection. At the same time, the appropriate negative electrode plate should be selected according to the patient's condition, and installed and used correctly to avoid unnecessary risks and complications.
Silicone negative electrode plate Electrode Conducting Resin for Electrode Therapy Lead Wire
Single-circuit negative plates are a common form of circuit negative plate, and they are integrated with conductive metal foils, which are connected to the high-frequency electrosurgical unit via a circuit. The high-frequency electrosurgical unit detects whether it is safe and compatible based on capacitance effect. When there is no negative plate in the high-frequency electrosurgical unit, the unit will sound an alarm, reminding medical staff that the negative plate is not connected. Although this single-circuit negative plate is simple, it has certain drawbacks; it can only detect whether the circuit negative plate is connected, but not whether the negative plate is connected to the skin and effective.