VDRS10P075BSE

Product Overview

Use

It is used to protect electronic circuits from overvoltage surges by providing a high resistance at normal operating voltage and a low resistance at overvoltage conditions.

Characteristics

Voltage Rating: 75V
Package Type: Disc
Essence: Protection against voltage spikes
Packaging/Quantity: Typically packaged in reels or trays, quantity varies based on manufacturer

Specifications

Maximum Voltage: 75V
Maximum Allowable Energy: Specify value
Operating Temperature Range: Specify range

Detailed Pin Configuration

Include detailed pin configuration diagram or description here

Functional Features

Overvoltage Protection: Provides a high resistance under normal conditions and low resistance during overvoltage events.
Fast Response Time: Quickly responds to voltage surges to protect connected equipment.

Advantages

Effective protection against voltage spikes
Fast response time
Compact size

Disadvantages

Limited maximum voltage rating
May require additional circuitry for comprehensive surge protection

Working Principles

The VDRS10P075BSE operates based on the principle of voltage-dependent resistance. Under normal operating conditions, it exhibits a high resistance, effectively isolating the circuit from transient voltage spikes. When an overvoltage event occurs, the varistor's resistance decreases significantly, diverting the excess energy away from the protected circuit.

Detailed Application Field Plans

The VDRS10P075BSE is commonly used in various electronic devices and systems, including: - Power supplies - Telecommunication equipment - Industrial control systems - Consumer electronics

Detailed and Complete Alternative Models

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In conclusion, the VDRS10P075BSE is a vital component in safeguarding electronic circuits from voltage surges, offering fast and reliable protection. Its compact design and efficient operation make it suitable for a wide range of applications.

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Seznam 10 běžných otázek a odpovědí souvisejících s aplikací VDRS10P075BSE v technických řešeních

What is VDRS10P075BSE?
- VDRS10P075BSE is a voltage-dependent resistor (VDR) with a 10mm diameter and 75V rating, commonly used for surge protection in electronic circuits.
How does VDRS10P075BSE work?
- VDRS10P075BSE works by exhibiting a high resistance at normal operating voltages, but rapidly decreasing its resistance when subjected to higher voltages, thereby diverting excess current away from sensitive components.
Where can VDRS10P075BSE be used?
- VDRS10P075BSE can be used in various technical solutions such as power supplies, telecommunications equipment, industrial control systems, and consumer electronics for surge protection.
What are the key specifications of VDRS10P075BSE?
- The key specifications include a diameter of 10mm, a maximum voltage rating of 75V, a response time of nanoseconds, and a high surge current capability.
How is VDRS10P075BSE different from other VDRs?
- VDRS10P075BSE stands out due to its specific diameter and voltage rating, making it suitable for applications requiring precise surge protection within those parameters.
Can VDRS10P075BSE be used in automotive applications?
- Yes, VDRS10P075BSE can be utilized in automotive electronics for surge protection against voltage transients and electrical disturbances.
What are the temperature considerations for VDRS10P075BSE?
- VDRS10P075BSE operates within a specified temperature range, typically between -40°C to +85°C, ensuring reliable performance in various environmental conditions.
Is VDRS10P075BSE RoHS compliant?
- Yes, VDRS10P075BSE is designed to comply with RoHS regulations, making it suitable for use in environmentally conscious applications.
Are there any application notes or guidelines available for using VDRS10P075BSE?
- Yes, the manufacturer provides detailed application notes and guidelines for integrating VDRS10P075BSE into technical solutions, ensuring proper usage and effectiveness.
What are the typical failure modes of VDRS10P075BSE?
- Typical failure modes include degradation of surge protection capability over time, excessive current causing overheating, and mechanical damage due to external stress. Regular testing and monitoring can help mitigate these risks.