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P6KE18HE3/54
Product Overview
Category
The P6KE18HE3/54 belongs to the category of transient voltage suppressor diodes.
Use
These diodes are used to protect electronic circuits from voltage spikes and transients.
Characteristics
- Fast response time
- High surge capability
- Low clamping voltage
Package
The P6KE18HE3/54 is available in a DO-15 package.
Essence
The essence of the P6KE18HE3/54 lies in its ability to divert excessive current away from sensitive components during voltage surges.
Packaging/Quantity
The P6KE18HE3/54 is typically packaged in reels or tubes, with quantities varying based on manufacturer specifications.
Specifications
- Peak Pulse Power Dissipation: 600W
- Breakdown Voltage: 16.7V
- Maximum Clamping Voltage: 29.2V
- Operating Temperature Range: -55°C to +175°C
Detailed Pin Configuration
The P6KE18HE3/54 features a standard DO-15 package with two leads. The anode is connected to one lead, while the cathode is connected to the other.
Functional Features
- Transient voltage suppression
- Reverse avalanche breakdown protection
- Fast response to voltage spikes
Advantages
- High surge capability
- Low clamping voltage
- Robust construction for reliable performance
Disadvantages
- Limited to specific voltage ranges
- May require additional circuitry for comprehensive surge protection
Working Principles
When a voltage spike occurs, the P6KE18HE3/54 conducts excess current to ground, preventing it from reaching sensitive components and causing damage.
Detailed Application Field Plans
The P6KE18HE3/54 is commonly used in: - Power supplies - Telecommunication equipment - Automotive electronics - Industrial control systems
Detailed and Complete Alternative Models
- P6KE15HE3/54
- Breakdown Voltage: 13.3V
- Maximum Clamping Voltage: 23.1V
- Peak Pulse Power Dissipation: 600W
- P6KE22HE3/54
- Breakdown Voltage: 19.8V
- Maximum Clamping Voltage: 32.4V
- Peak Pulse Power Dissipation: 600W
- P6KE33HE3/54
- Breakdown Voltage: 30.8V
- Maximum Clamping Voltage: 53.3V
- Peak Pulse Power Dissipation: 600W
In conclusion, the P6KE18HE3/54 transient voltage suppressor diode offers robust protection against voltage spikes and transients, making it an essential component in various electronic applications.
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Seznam 10 běžných otázek a odpovědí souvisejících s aplikací P6KE18HE3/54 v technických řešeních
Sure, here are 10 common questions and answers related to the application of P6KE18HE3/54 in technical solutions:
What is the P6KE18HE3/54?
- The P6KE18HE3/54 is a 600W transient voltage suppressor diode designed to protect sensitive electronic equipment from voltage transients induced by lightning, inductive load switching, and electrostatic discharge.
What is the maximum clamping voltage of the P6KE18HE3/54?
- The maximum clamping voltage of the P6KE18HE3/54 is 29.2V at 10A.
What is the peak pulse power dissipation of the P6KE18HE3/54?
- The peak pulse power dissipation of the P6KE18HE3/54 is 600W for an 8/20μs waveform.
What are the typical applications of the P6KE18HE3/54?
- The P6KE18HE3/54 is commonly used in surge protection for telecommunications equipment, industrial control systems, automotive electronics, and power supplies.
What is the operating temperature range of the P6KE18HE3/54?
- The P6KE18HE3/54 has an operating temperature range of -55°C to +175°C.
How does the P6KE18HE3/54 provide overvoltage protection?
- The P6KE18HE3/54 suppresses voltage transients by diverting excess current away from sensitive components and limiting the voltage across them.
Can the P6KE18HE3/54 be used in high-speed data lines?
- Yes, the P6KE18HE3/54 can be used to protect high-speed data lines such as Ethernet, USB, and HDMI interfaces from voltage surges.
Is the P6KE18HE3/54 RoHS compliant?
- Yes, the P6KE18HE3/54 is compliant with the Restriction of Hazardous Substances (RoHS) directive.
What is the packaging of the P6KE18HE3/54?
- The P6KE18HE3/54 is available in a DO-15 package.
Are there any specific layout considerations when using the P6KE18HE3/54 in a circuit?
- It is recommended to keep the leads of the P6KE18HE3/54 as short as possible and to minimize the loop area to reduce inductance and maximize its effectiveness in suppressing transients.
I hope these answers are helpful! Let me know if you need further information.