SMP1330-005LF by Skyworks Solutions Inc

Overview of SMP1330-005LF by Skyworks Solutions Inc.

The SMP1330-005LF by Skyworks Solutions Inc. is a high-performance PIN diode designed for RF limiting applications. This diode is housed in a green, plastic SOT-23 package with a three-pin configuration, suited for compact designs. Notably, its operating characteristics include a reverse voltage of 20V, forward current of 100mA, and a maximum operating temperature of 150°C, making it robust for various demanding environments.

Key features of the SMP1330-005LF include a low diode capacitance of 1pF and a forward resistance of 1.2 ohm, contributing to its efficiency in RF applications by minimizing signal distortion. The diode is constructed from silicon, offering a breakdown voltage minimum of 20V and is designed with two series connected elements with a center tap configuration. With its low distortion and high-frequency performance extending from high frequency to S-band, it is particularly useful for applications where signal integrity is critical.

Moreover, the SMP1330-005LF meets numerous compliance standards including RoHS, REACH, and has a peak reflow temperature rating of 260°C, which is beneficial during the manufacturing process. Importantly, this PIN diode is identified by the EAR99 ECCN code and HTS code 8541.10.00.60, indicating its general application scope and trade compliance.

Industry Applications for SMP1330-005LF

The applications for the SMP1330-005LF span various industries due to its specifications and performance characteristics. It is important to remember that these applications are conceptual and should be verified for specific industry standards and requirements:

  • Telecommunications: It might be used in RF power limiters for base station receivers and other communication equipment due to its high frequency and low distortion characteristics.
  • Consumer Electronics: This diode could potentially be integrated into wireless devices like smartphones and tablets where efficient signal management and minimization of RF interference are crucial.
  • Entertainment and Gaming: In applications where precise signal control and modulation are required, this diode may be useful in enhancing the performance of wireless gaming controllers or VR/AR headsets.
  • Electronic Manufacturing: Given its robust thermal and electrical properties, manufacturers might utilize this diode in the production testing and quality control of RF components and systems.
  • Security and Surveillance: The SMP1330-005LF could also be applicable in RF-enabled security devices, potentially improving the reliability and effectiveness of wireless security systems.

Note: These suggested applications are conceptual and must be analyzed by engineering and design teams to ensure they meet industry-specific standards and requirements.

About Skyworks Solutions Inc.

Skyworks Solutions Inc. is a prominent player in the semiconductor industry, particularly known for its expertise in the design and manufacture of PIN diodes and other semiconductor products. The company’s product range in diodes includes a variety of specifications to suit different technical demands, making them ideal for a wide range of applications. SMP1330-005LF is just one example of their advanced RF diode technology that demonstrates their commitment to high performance and reliability in semiconductor manufacturing.

Where to Find SMP1330-005LF by Skyworks Solutions Inc

To procure the SMP1330-005LF, interested parties should visit the comprehensive electronic components platform, findchips.com. Here, not only can users check real-time stock availability and competitive pricing, but they can also explore alternative PIN Diodes that might suit different application needs. Historically, distributors such as Arrow Electronics, Mouser Electronics, DigiKey, and Newark have stocked this part. However, stock levels and availability can vary, and it’s recommended to verify current details through Findchips.com.

Compare pricing for SMP1330-005LF and other PIN Diodes at findchips.com