SDR10EZPJ100
AI

The **SDR10EZPJ100** is a specific surface-mount electronic component manufactured by **ROHM Semiconductor**. It belongs to the **SDR series**, which consists of high-reliability, anti-surge chip resistors.
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## 1. Component Overview
The SDR10EZPJ100 is an **Anti-Surge Chip Resistor**. These resistors are engineered to withstand significantly higher pulse voltages and surges compared to standard thick-film resistors, making them ideal for power supply circuits and areas prone to electrostatic discharge (ESD).
### Key Specifications
| Parameter | Value |
| :--- | :--- |
| **Resistance** | 10 $\Omega$ |
| **Tolerance** | $\pm 5\%$ (J code) |
| **Power Rating** | 0.50 W (1/2 Watt) |
| **Package Size** | 1206 (Inch) / 3216 (Metric) |
| **Temperature Coefficient** | $\pm 200 ppm/°C$ |
| **Max Working Voltage** | 200V |
| **Operating Temp Range** | -55°C to +155°C |
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## 2. Part Number Breakdown
The part number follows ROHM's specific naming convention:
| Code Segment | Meaning | Description |
| :--- | :--- | :--- |
| **SDR** | Series Name | High-reliability anti-surge chip resistors. |
| **10** | Size Code | 1206 size (3.2mm x 1.6mm). |
| **EZP** | Packaging | Embossed tape packaging (5,000 pcs). |
| **J** | Tolerance | $\pm 5\%$. |
| **100** | Resistance Value | 10 + 0 zeros = **10 $\Omega$**. |
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## 3. Physical Dimensions
As a **1206 (3216)** package, the physical footprint is standardized:
* **Length (L):** 3.20 mm
* **Width (W):** 1.60 mm
* **Height (H):** 0.55 mm
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## 4. Typical Applications
Due to its "Anti-Surge" characteristics, this part is commonly used in:
* **Power Supplies:** Handling inrush currents or sudden voltage spikes.
* **Automotive Electronics:** Circuit protection against load dump or ignition noise.
* **Motor Control:** Snubber circuits or gate drive resistors where high pulses occur.
* **Industrial Equipment:** Enhancing durability against environmental electrical noise.
- ⤷
How does an anti-surge resistor differ internally from a standard thick-film resistor?
- ⤷ What are the alternative resistance values available in the ROHM SDR10 series?
- ⤷ Can this resistor be used in AEC-Q200 automotive applications?