BAT54S,215 - DIODE SCHOTTKY 2*0.2A 30V SOT23 NXP PHILIPS

BAT54S,215
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HT Part No. HT299780

Mfr. Part No. BAT54S,215

Manufacturer: NXP (PHILIPS)

Technical Documents:

9 - In Stock pcs
Price:
£ 0.032
Units Per Unit Prices
20 - 2999 £ 0.032
3000 + £ 0.024
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Product Specification

Product Attributes
Package / Case SOT23-3
Diode Configuration Dual Series
Rohs ROHS
Polarity None
Peak Repetitive Reverse Voltage (VRRM) 30V
Operating Temperature -55°C~+150°C
Manufacturer NXP (PHILIPS)
Mounting Type SMT
Applications General Purpose
Series Schottky Diode
Average Rectified Current 200mA (2x200mA)
Reverse Recovery Time (Trr) N/A
Packaging TAPE&REEL

More Information

The BAT54S,215, a dual Schottky diode made by Nexperia (formerly Philips), is a small, surface-mount technology (SMT) package ideal for space-saving designs in modern electronics. Each diode can handle up to 200mA of current and withstand up to 30V in the reverse direction, making it suitable for a wide range of general-purpose applications.

Special Features of BAT54S,215 - NXP (PHILIPS) Dual Schottky Diode:

  • Low forward voltage drop: This allows more current to flow through the diode with less wasted energy, improving efficiency in low-voltage circuits.
  • High surge current capability: The BAT54S,215 can handle short bursts of high current, protecting sensitive circuits from damage caused by voltage spikes and transients.
  • Surface-Mount Technology (SMT): This allows for automated assembly and soldering, reducing manufacturing costs and enabling miniaturization of electronic devices.

Why Buy BAT54S,215 - Nexperia Dual Schottky Diode?

  • Improved efficiency in low-voltage applications
  • Protects circuits from voltage spikes and transients
  • Enables miniaturization of electronic devices

Versatile Uses of BAT54S,215 - NXP (PHILIPS) Dual Schottky Diode, 30V:

  • Voltage clamping and limiting: The BAT54S,215 can be used to prevent voltages from exceeding a certain level, protecting components from damage.
  • Level shifting: It can be used to adjust voltage levels between different parts of a circuit.
  • OR logic circuits: It can be used to implement OR logic gates in digital circuits.
  • ESD protection: It can help to safeguard circuits from electrostatic discharge (ESD), which can damage electronic components.

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