This article serves as an exhaustive technical resource. Whether you are designing a power supply, repairing a circuit board, or sourcing components, this guide breaks down every parameter of the ZD10-100 datasheet, including electrical characteristics, thermal data, packaging, and application circuits. Before diving into the datasheet, it is essential to decode the naming convention. The "ZD" typically stands for Zener Diode . The "10" generally refers to the nominal Zener voltage, and the "100" often indicates the power dissipation or a specific series identifier.
| Parameter | Symbol | Value | Unit | |-----------|--------|-------|------| | Power Dissipation | P TOT | 100 | mW | | Junction Temperature | T J | 150 | °C | | Storage Temperature Range | T STG | -65 to +150 | °C | | Forward Voltage (I F = 10mA) | V F | 0.9 (typical) | V | | Parameter | Conditions | Min | Typ | Max | Unit | |-----------|------------|-----|-----|-----|------| | Zener Voltage (V Z ) | I ZT = 5 mA | 9.4 | 10 | 10.6 | V | | Reverse Leakage Current (I R ) | V R = 7.5V | - | - | 10 | µA | | Zener Impedance (Z ZT ) | I ZT = 5 mA | - | 30 | - | Ω | | Temperature Coefficient | I ZT = 5 mA | - | +0.07 | - | %/°C | zd10-100 datasheet
The ZD10-100 is a with a nominal Zener voltage of 10V . It belongs to a family of small-signal Zener diodes designed for voltage regulation, clipping, and reference applications in low-power circuits. Key Specifications from the ZD10-100 Datasheet Below is a breakdown of the official typical specifications found in the manufacturer’s datasheet. (Note: Always refer to the original datasheet from your specific vendor, as parameters can vary slightly between manufacturers like Vishay, ON Semiconductor, or Diodes Inc.) 1. Absolute Maximum Ratings These are stress limits. Exceeding these values can destroy the component. This article serves as an exhaustive technical resource
When using the ZD10-100, remember to: respect the 100mW power limit, always use a current-limiting resistor, and account for the positive temperature coefficient in precision designs. By mastering this datasheet, you can confidently integrate the ZD10-100 into your next project, ensuring stability and longevity. Disclaimer: The specifications provided in this article are representative of typical 100mW, 10V Zener diodes. Always verify exact parameters with the manufacturer’s official datasheet for your specific part number and batch. The "ZD" typically stands for Zener Diode
A 12V supply feeds a 5kΩ resistor in series with the ZD10-100 cathode to ground. The op-amp’s non-inverting input taps the 10V reference. 2. Overvoltage Protection (Crowbar Trigger) Used in conjunction with an SCR to protect low-voltage logic. If the input supply exceeds 10.6V, the Zener conducts, triggering the SCR and shorting the supply. 3. Waveform Clipping In audio or signal processing, the ZD10-100 can clip signal peaks exceeding ±10V (when back-to-back with another Zener), preventing distortion or damage to subsequent stages. 4. Low-Cost Shunt Regulator For low-current loads (e.g., <8 mA), the ZD10-100 can act as a simple shunt regulator, maintaining 10V across a load even if the input voltage fluctuates. ZD10-100 vs. Other Common Zener Diodes | Part Number | Voltage | Power | Package | Key Difference | |-------------|---------|-------|---------|----------------| | ZD10-100 | 10V | 100 mW | SOD-323 | Low power, precision reference | | 1N4740A | 10V | 1 W | DO-41 | High power, through-hole | | BZX55C10 | 10V | 500 mW | DO-35 | Moderate power, older design | | MMSZ5240B | 10V | 500 mW | SOD-123 | Higher power surface mount |
Introduction In the world of power electronics, the ability to select the right component for voltage regulation and transient suppression is critical. Among the vast sea of Zener diodes, the ZD10-100 stands out as a specific, high-reliability component often used in industrial, automotive, and telecommunications equipment. However, finding a clear, consolidated, and detailed datasheet for the ZD10-100 can be challenging.