501193

Unleashing Precision Connectivity with Molex 501193-7000 Pico-Clasp Crimp Contact for 50118 Series Dual Row Receptacle Housing

In the realm of electronic connectors, precision and reliability are paramount. Molex, a renowned leader in interconnect solutions, introduces the 501193-7000 crimp contact, a crucial component of the Pico-Clasp series designed specifically for use with the 50118 series dual row receptacle housing. This article explores the distinctive features, applications, and advantages that make the Molex 501193-7000 a standout choice for precision connectivity.

Key Features of Molex 501193-7000:

1. Current Rating of 1A AC/DC:
The Molex 501193-7000 boasts a robust current rating of 1A AC/DC, making it ideal for applications where efficient power transmission is essential. Whether in consumer electronics, automotive systems, or industrial machinery, this crimp contact ensures a reliable and uninterrupted flow of electrical currents.

2. Voltage Rating of 50V AC/DC:
With a voltage rating of 50V AC/DC, the 501193-7000 provides a secure electrical connection in low to moderate voltage environments. This makes it suitable for a wide range of applications, ensuring stability and performance across diverse electronic systems.

3. Insulation Resistance of 100MΩ (Min):
The crimp contact excels in maintaining insulation integrity with a minimum insulation resistance of 100MΩ. This feature ensures that the connector performs reliably, even in environments where insulation is critical to prevent signal interference or leakage.

4. Low Contact Resistance (20mΩ Max):
Achieving seamless connectivity is imperative, and the 501193-7000 delivers with a low contact resistance of 20mΩ (maximum). This ensures minimal signal loss and heat generation, contributing to the efficiency and longevity of the connected electronic devices.

5. Withstanding Voltage of 500VAC (Min):
Safety is paramount in electronic applications. The crimp contact can withstand voltages up to 500VAC, providing an extra layer of protection against electrical breakdowns. This feature enhances the reliability of the connector in demanding environments.

6. Wide Operating Temperature Range (-25°C to +85°C):
The 501193-7000 is designed to perform flawlessly across a broad temperature spectrum, from -25°C to +85°C. This versatility ensures its suitability for applications in diverse industries and climates, offering stability and functionality in extreme conditions.

Material Composition of Molex 501193-7000:

1. Applicable Wires (28AWG~32AWG):
The crimp contact accommodates a range of wire sizes from 28AWG to 32AWG, providing flexibility in design and application. This adaptability makes it an excellent choice for various electronic devices and systems.

2. Material: Phosphor Bronze, T=0.12mm:
Crafted from high-quality phosphor bronze with a thickness of 0.12mm, the crimp contact exhibits durability and resilience. This material composition ensures longevity and reliability in the face of repetitive use and environmental challenges.

3. Finish: Tin Plated/Gold Plated:
The crimp contact offers a choice of tin-plated or gold-plated finishes. This not only enhances its aesthetic appeal but also provides corrosion resistance, ensuring a stable and reliable connection over an extended period.

Applications and Advantages:

The Molex 501193-7000 Pico-Clasp crimp contact finds its applications in a myriad of electronic devices and systems, ranging from consumer electronics and automotive components to industrial machinery. Its advantages lie in the precision of its design, reliable performance across varying conditions, and the ability to meet the demanding requirements of modern connectivity standards.

In conclusion, Molex has once again set a standard for precision connectivity with the 501193-7000 Pico-Clasp crimp contact. This component seamlessly combines advanced features, versatile material composition, and a commitment to quality, making it an indispensable choice for engineers and designers seeking optimal performance in electronic interconnect solutions.