PTC09SACN

PTC09SACN is one type of rectangular connectors, usually referred to as headers and male pins. It is a 3-pin (PL-1, PL-2 and PL-3) male type connector and designed to meet the requirements of quality, performance, cost and delivery including the toughest application requirements.

The layout of PTC09SACN is quite simple. Its 3 pins are arranged in a single row and it has two small open spaces between each pin. This creates a strong connection and reduces noise on the output. Since the pins are pre-wired, no additional assembly is required.

The PTC09SACN connector is made of a die-cast zinc alloy body with nickel-plated pins. Zinc alloy body and nickel-plated pins guarantee mechanical strength and strong connection. As a result, it is highly resistant to abrasion and corrosion, making it suitable for various harsh environments. The pins are also suitable for high temperature applications up to +220°C (425.6°F).

Its working principle is quite simple, as most of the rectangular connectors. The contacts of the PTC09SACN are designed so that two of them are connected to the component containing the signals, while the third contact is for ground. The intention is to use the ground contact as an electrical shield to avoid interference with the other pins. When a signal is passed through the first two contacts, the ground line is also connected to it, providing additional protection from noise.

The PTC09SACN is designed to fit into most Type A (3.5mm) rectangular connectors, making it compatible with many industrial systems. It is also available with different pin configurations, allowing the user to select the most appropriate one for their application. It is widely used in automotive, industrial, audio-visual, and other applications, where a secure and reliable connection is required.

Due to its high quality and reliable performance, the PTC09SACN connector is a great choice for most applications requiring a durable rectangular pin connection. It is designed to be easy to connect and disconnect, as well as provide strong connection and reduce noise on the output. As a result, it is suitable for even the toughest conditions.