BZG05C13-HE3-TR
Product Overview
Category
The BZG05C13-HE3-TR belongs to the category of voltage regulator diodes.
Use
It is commonly used for voltage regulation and protection in electronic circuits.
Characteristics
- Low forward voltage drop
- High surge current capability
- Compact package size
Package
The BZG05C13-HE3-TR is typically available in a surface mount package.
Essence
This product serves as a crucial component in maintaining stable voltage levels within electronic systems.
Packaging/Quantity
The BZG05C13-HE3-TR is usually packaged in reels containing a specific quantity, such as 3000 units per reel.
Specifications
- Voltage Rating: 13V
- Power Dissipation: 1.5W
- Forward Current: 500mA
- Operating Temperature Range: -65°C to +175°C
Detailed Pin Configuration
The BZG05C13-HE3-TR typically has two pins, with the anode connected to one pin and the cathode connected to the other.
Functional Features
- Provides stable voltage regulation
- Protects against voltage spikes and surges
- Suitable for use in various electronic applications
Advantages and Disadvantages
Advantages
- Low forward voltage drop ensures minimal power loss
- High surge current capability enhances robustness
- Compact package size allows for space-efficient designs
Disadvantages
- Limited voltage regulation range compared to some alternative models
- May require additional components for precise voltage control in certain applications
Working Principles
The BZG05C13-HE3-TR operates by shunting excess voltage away from the protected circuit when the voltage exceeds the specified level. This helps maintain a consistent voltage across the circuit.
Detailed Application Field Plans
The BZG05C13-HE3-TR is widely used in: - Power supply units - Automotive electronics - Industrial control systems - Consumer electronics
Detailed and Complete Alternative Models
Some alternative models to consider include: - BZG05C10-HE3-TR - BZG05C15-HE3-TR - BZG05C18-HE3-TR
These alternatives offer varying voltage ratings to suit different application requirements.
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What is the BZG05C13-HE3-TR used for?
- The BZG05C13-HE3-TR is a voltage regulator diode commonly used for overvoltage protection and voltage stabilization in various technical solutions.
What is the maximum voltage rating of the BZG05C13-HE3-TR?
- The maximum voltage rating of the BZG05C13-HE3-TR is typically 13V, making it suitable for applications requiring voltage clamping or regulation.
How does the BZG05C13-HE3-TR provide overvoltage protection?
- The BZG05C13-HE3-TR operates by shunting excess voltage to ground when the input voltage exceeds its specified threshold, thereby protecting downstream components.
What are the typical applications of the BZG05C13-HE3-TR in technical solutions?
- Common applications include protection of sensitive electronic components, voltage regulation in power supplies, and surge suppression in communication systems.
What is the power dissipation capability of the BZG05C13-HE3-TR?
- The BZG05C13-HE3-TR has a power dissipation capability that allows it to handle transient overvoltage events without sustaining damage.
Does the BZG05C13-HE3-TR require external components for operation?
- In most cases, the BZG05C13-HE3-TR can function independently, but additional circuitry may be required for specific applications such as filtering or current limiting.
Is the BZG05C13-HE3-TR suitable for automotive applications?
- Yes, the BZG05C13-HE3-TR is often used in automotive electronics for protecting sensitive components from voltage spikes and transients.
What are the temperature specifications for the BZG05C13-HE3-TR?
- The BZG05C13-HE3-TR typically operates within a specified temperature range, ensuring reliable performance in various environmental conditions.
Can the BZG05C13-HE3-TR be used in high-frequency applications?
- Yes, the BZG05C13-HE3-TR is suitable for high-frequency applications due to its fast response time and low capacitance.
Are there any recommended layout considerations for integrating the BZG05C13-HE3-TR into a PCB design?
- It is advisable to minimize trace lengths and optimize the layout to reduce parasitic inductance and ensure effective overvoltage protection.
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