HLW20S-6C7LF

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The HLW20S-6C7LF belongs to a family of FFC / FPC (Flat Flexible) Connectors. These connectors are used in a variety of applications, ranging from consumer electronics to automotive systems and industrial automation. As such, understanding the features and working principles of the HLW20S-6C7LF can be helpful to understand the capabilities of the whole family.

The most notable feature of the HLW20S-6C7LF is its right angle design. This provides improved durability and dimensional accuracy and allows for a range of circuit layouts and designs. The low profile design also allows for increased board space savings. Furthermore, the connector features extended IC pads which are designed to protect against ESD events.

The mechanical structure of the HLW20S-6C7LF allows the parts to be quickly assembled. The cables are firmly locked in place by a latch, ensuring a stable connection. The latch also prevents accidental separation when the connector is subjected to vibration or shock. The pins of the connector feature a high retention force which ensures good contact and signal integrity.

The electrical characteristics of the HLW20S-6C7LF make it suitable for use in a number of applications. The impedance is controlled to meet specific application needs and the operating temperatures range from -40ºC to 125ºC. The connector also features current rating up to 0.4A and voltage rating up to 24V. The mating cycles of the connector are over 5000 times.

The HLW20S-6C7LF is an easy to use flat cable connector with a simple working principle. After ensuring the connector and cable are clean and free of any debris, the cable is plugged into one end of the connector. The latch locks the cable into place, providing a secure connection. Finally, the mating connector is connected to the other end of the cable.

The HLW20S-6C7LF is a versatile flat cable connector suitable for a range of applications. Its small size and high durability make it a good choice for situations where space is limited, or where the connector is likely to be subject to shock or vibration. Furthermore, its high operating temperature range and current rating make it suitable for use in automotive systems and industrial automation.

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