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1.5KE160CAHE3/51
Product Overview
The 1.5KE160CAHE3/51 belongs to the category of transient voltage suppressor diodes. These diodes are used to protect sensitive electronics from voltage spikes and transients. The 1.5KE160CAHE3/51 is characterized by its high surge capability, fast response time, and compact package. It is typically available in a DO-201 package and is designed to dissipate high amounts of transient power.
Basic Information
- Category: Transient Voltage Suppressor Diode
- Use: Protecting sensitive electronics from voltage spikes and transients
- Characteristics: High surge capability, fast response time
- Package: DO-201
- Essence: Dissipating high amounts of transient power
- Packaging/Quantity: Typically available in reels of 500 units
Specifications
- Voltage - Reverse Standoff (Typ): 144V
- Voltage - Breakdown (Min): 160V
- Clamping Voltage (Max) @ Ipp: 231V
- Current - Peak Pulse (10/1000µs): 6.25A
- Power - Peak Pulse: 1500W
- Type: Zener
Detailed Pin Configuration
The 1.5KE160CAHE3/51 typically has two pins, with the anode connected to the positive side and the cathode connected to the negative side of the circuit.
Functional Features
- Fast response time to transient events
- High surge capability for handling large transient power
- Zener diode type for precise voltage clamping
Advantages and Disadvantages
Advantages
- Effective protection against voltage spikes
- Fast response time
- High surge capability
Disadvantages
- May require additional circuitry for comprehensive protection in complex systems
Working Principles
When a transient voltage spike occurs, the 1.5KE160CAHE3/51 diode rapidly conducts, diverting the excess current away from the protected circuit. This action effectively clamps the voltage to a safe level, protecting the sensitive electronics.
Detailed Application Field Plans
The 1.5KE160CAHE3/51 is commonly used in various electronic systems, including: - Power supplies - Communication equipment - Automotive electronics - Industrial control systems
Detailed and Complete Alternative Models
- 1.5KE150CAHE3/51
- 1.5KE170CAHE3/51
- 1.5KE180CAHE3/51
- 1.5KE200CAHE3/51
This completes the entry for the 1.5KE160CAHE3/51 transient voltage suppressor diode, covering its product details, specifications, functional features, application field plans, and alternative models.
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What is the 1.5KE160CAHE3/51 used for?
- The 1.5KE160CAHE3/51 is a transient voltage suppressor diode designed to protect electronic circuits from voltage spikes and transients.
What is the maximum peak pulse power of the 1.5KE160CAHE3/51?
- The maximum peak pulse power is 1500 watts, making it suitable for handling high-energy transients.
What is the breakdown voltage of the 1.5KE160CAHE3/51?
- The breakdown voltage is 160 volts, indicating the voltage at which the diode begins to conduct and suppress the transient.
In what applications can the 1.5KE160CAHE3/51 be used?
- It is commonly used in surge protection for telecommunications equipment, industrial control systems, power supplies, and automotive electronics.
What is the response time of the 1.5KE160CAHE3/51?
- The response time is very fast, typically in the nanosecond range, providing quick protection against transients.
How does the 1.5KE160CAHE3/51 compare to other transient voltage suppressors?
- It offers higher power dissipation and lower clamping voltage compared to many standard TVS diodes, making it suitable for more demanding applications.
Can the 1.5KE160CAHE3/51 be used in high-temperature environments?
- Yes, it is designed to operate at elevated temperatures, making it suitable for industrial and automotive applications.
What is the packaging of the 1.5KE160CAHE3/51?
- It is available in a variety of packages including DO-201, DO-201AD, and R-6.
Is the 1.5KE160CAHE3/51 RoHS compliant?
- Yes, it is compliant with the Restriction of Hazardous Substances directive, making it environmentally friendly.
Are there any specific layout or mounting considerations for the 1.5KE160CAHE3/51?
- It is recommended to minimize lead lengths and keep traces short to reduce inductance and optimize its performance in suppressing transients.