SMF33A-TP

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The SMF33A-TP TVS Diode is an ultra-low capacitance and high-speed low-capacitance device designed to protect sensitive components from over-voltage damage. It provides noticeable performance improvements and simplifies circuit board design for a variety of applications from consumer electronics to industrial equipment.

The SMF33A-TP is designed to protect data lines from voltage transients. It is capable of handling surges up to 14 volts, and can absorb up to several thousand volts per junction. It features an electrostatic discharge (ESD) protection of up to two times the Human Body Model (HBM) of 8 kV. It is available in a variety of leaded packages, and can be used in surface-mount applications.

The SMF33A-TP TVS Diode consists of a low forward-conducting, low-capacitance Schottky diode connected in series with a reverse acting Zener diode. During normal operation, the Diode is below its breakdown voltage. When a transient occurs, the voltage on the device rises and the Zener diode clamps the voltage down to an acceptable level. This protects the sensitive components from any over-voltage damage.

The low capacitance of the SMF33A-TP helps it to ensure that voltage transients are dealt with quickly and completely. It features a response time of up to 30 picoseconds, and can absorb repeat transients of up to 500 V/μs. The device has a current rating of up to 600 mA and a power rating of up to 2 W.

The SMF33A-TP requires a minimal mounting area, and the packages it is available in can be easily integrated into a wide range of circuit board designs. It is constructed using thermally-stable materials, which helps ensure long term reliability and performance. The device is RoHS compliant, and is sold in tape-and-reel packaging. It’s also rated for operation from -40 oC to +125 oC.

The SMF33A-TP TVS Diode is an excellent choice for quickly and reliably protecting circuit components from over-voltage damage. Its low capacitance helps ensure fast response times, its thermally-stable construction ensures long-term reliability, and its RoHS compliance makes it an ideal choice for environmentally-conscious applications.

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