onsemi TF412 N-Channel JFET
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onsemi TF412 SemiconductorsDescription
The onsemi TF412 N-Channel JFET is designed for low-frequency general-purpose amplifiers and impedance converter applications. It operates at a maximum voltage of 30V and a current of 10mA, featuring a small input gate-source leakage current of -1.0nA. Encased in an ultrasmall SOT-883 package, this JFET supports product miniaturization and complies with halogen-free environmental standards.
onsemi TF412 N-Channel JFET
Introduction
The onsemi TF412 N-Channel JFET is a versatile semiconductor component designed for low-frequency applications. Its compact size and efficient performance make it an ideal choice for various electronic projects.
Part Description
The onsemi TF412 N-Channel JFET operates at a maximum voltage of 30V and a current of 10mA. It features a remarkably low input gate-source leakage current of -1.0nA, which enhances its performance in sensitive applications. The device is housed in an ultra-small SOT-883 package, measuring just 1.0mm x 0.6mm x 0.4mm, making it suitable for miniaturized designs. Additionally, it complies with halogen-free environmental standards, ensuring it meets eco-friendly requirements.
Applications
- Low-frequency general-purpose amplifiers
- Impedance conversion
- Infrared sensor applications
Industries
- Consumer electronics
- Telecommunications
- Automotive
- Medical devices
Usage Ideas
- Compact Audio Amplifier: Utilize the TF412 to build a low-frequency audio amplifier for portable audio devices, ensuring high fidelity in a small form factor.
- Sensor Interface: Implement the JFET in an infrared sensor circuit to improve signal integrity and reduce noise in detection applications.
- Miniature Signal Processing: Design a compact impedance converter for use in RF applications, leveraging the small size and low leakage current of the TF412 for enhanced performance.
Conclusion
The onsemi TF412 N-Channel JFET is an excellent choice for engineers and hobbyists looking to incorporate low-frequency amplification and impedance conversion in their designs. Its small size, low leakage current, and compliance with environmental standards make it a valuable component in modern electronic applications.