BZX84C3V6 Voltage Regulator Diode, with its Precise Voltage Regulation and Low Reverse Current Characteristics, Makes It an Ideal Choice for Precision Instruments

In the world of precision instruments, even the smallest voltage fluctuations can have a significant impact on measurement results. Therefore, ensuring voltage stability becomes a critical aspect of instrument design. The BZX84C3V6 voltage regulator diode, with its precise voltage regulation and low reverse current characteristics, makes it an ideal choice for such applications.

Key Parameters Overview  

Nominal Voltage: 3.6V  

The BZX84C3V6's nominal voltage acts as a precise benchmark in the electronic world, consistently maintaining a steady 3.6V to provide robust voltage support for the circuit.  

SLKOR Voltage Regulator Diode BZX84C3V6 product photo

Voltage Regulation Range: 3.4V-3.8V  

Within this narrow range, the BZX84C3V6 exhibits exceptional voltage control capabilities. Regardless of voltage fluctuations, it keeps the voltage within this range, ensuring stable circuit operation.  

Slkor Voltage Regulator Diode BZX84C3V6 specification

Power: 225mW  

With moderate power consumption, the BZX84C3V6 meets the circuit's requirements while avoiding unnecessary energy waste. It acts as a savvy energy manager, carefully distributing every bit of energy.  

Parameters of Slkor Voltage Regulator Diode BZX84C3V6

Reverse Current (I_r): 5µA  

The low reverse current is another key feature of the BZX84C3V6. In reverse breakdown mode, it draws almost no power, acting as a silent protector, quietly ensuring the safety and stability of the circuit.

Application Scenario: Voltage Stabilization in Precision Measurement Instruments 

Imagine a high-precision measuring instrument that needs to accurately measure weak signals and display results with pinpoint accuracy. Inside the instrument, there’s a critical circuit module responsible for providing stable voltage to the measurement circuit. However, due to fluctuations in the external power supply or interference from other internal components, the voltage in this module may become unstable.

To solve this problem, designers decide to incorporate the BZX84C3V6 voltage regulator diode into the circuit. With its precise 3.6V voltage regulation and ultra-low reverse current, the diode effectively stabilizes the voltage in the circuit, ensuring the accuracy of the measurement results.

Role and Advantages of BZX84C3V6  

● Precise Voltage Regulation Ensures Measurement Accuracy  

The 3.6V nominal voltage of the BZX84C3V6 provides a stable voltage reference for the measurement circuit. Even if external power supply fluctuations occur, the diode quickly responds, keeping the voltage close to the set value and ensuring accurate measurement results.  

● Low Reverse Current Reduces Interference  

In reverse breakdown mode, the reverse current of the BZX84C3V6 is extremely low, consuming almost no power. This means it does not introduce additional interference into the measurement circuit and won't damage other components due to excessive reverse current. This characteristic of low reverse current makes the BZX84C3V6 particularly effective in precision instruments.  

● Improved Circuit Reliability  

The stability and reliability of the BZX84C3V6 ensure consistent performance over long periods of operation. This is a significant advantage for precision instruments that require continuous long-term operation. The diode not only extends the instrument's lifespan but also reduces maintenance costs, improving the overall cost-effectiveness of the equipment.  

● Adaptability to Various Application Environments  

Thanks to its excellent voltage regulation and low power consumption, the BZX84C3V6 is not only suitable for precision measuring instruments but also finds wide applications in communication devices, power management, and other fields. Its broad applicability has made the BZX84C3V6 a trusted voltage regulation component for electronic engineers.

In conclusion, the BZX84C3V6 voltage regulator diode demonstrates its precise voltage regulation, low reverse current characteristics, high reliability, and wide applicability in the field of precision instruments. We believe that in future electronic engineering applications, the BZX84C3V6 will continue to play a crucial role, providing strong support for a wide range of applications.