CRH2512F200RE04Z 2512 Chip Resistor 2W Rated Power ±1% Tolerance 200 Ω High Power Thick Film SMD Resistor
2W Rated Power 2512 Chip Resistor
,±1% Tolerance High Power Thick Film Chip Resistor
,200 Ω Resistance SMD Resistor
CRH2512F200RE04Z is a representative model from EVER OHMS' CRH series of high-power thick film chip resistors. Each segment of the part number carries a distinct technical definition:
| Field | Meaning |
|---|---|
| CR | Chip Resistor product line identifier |
| H | High Power series code, indicating enhanced power handling within standard footprints |
| 2512 | Imperial package size, equivalent to metric 6432, with approximate dimensions of 6.30 mm * 3.20 mm * 0.60 mm |
| F | Tolerance grade of ±1%, classified as precision grade |
| 200R | Nominal resistance of 200 Ω |
| E04 | Packaging and process revision code |
| Z | RoHS-compliant, lead-free product suffix |
From this breakdown, CRH2512F200RE04Z is clearly positioned as a precision high-power chip resistor. Its 2512 package combined with a 2W rating delivers substantial thermal and load advantages over conventional alternatives.
The following table summarizes the critical specifications of CRH2512F200RE04Z:
| Parameter | Specification |
|---|---|
| Resistor Type | Thick Film |
| Package Size | 2512 (Imperial) / 6432 (Metric) |
| Nominal Resistance | 200 Ω |
| Resistance Tolerance | ±1% (Grade F) |
| Rated Power | 2W (@ 70°C ambient) |
| Temperature Coefficient (TCR) | ±100 ppm/°C |
| Rated Voltage | 200 V |
| Operating Temperature | −55°C ~ +155°C |
| Storage Temperature | −55°C ~ +155°C |
| Insulation Resistance | ≥10 GΩ |
| Mounting Method | SMT (Surface Mount Technology) |
| Pin Count | 2 Pin |
| Environmental Compliance | RoHS, Lead Free |
At 70°C ambient temperature, this model delivers a stable 2W output—double the 1W standard typical of conventional 2512 packages. The TCR of ±100 ppm/°C ensures minimal resistance drift across temperature variations, making it suitable for precision-critical circuit designs.
While standard 2512 chip resistors are typically rated at 1W, CRH2512F200RE04Z achieves 2W through optimized thick-film paste formulation and enhanced substrate thermal architecture. This allows circuit designers to achieve higher power handling within limited PCB real estate, reducing component count and board space.
The ±1% tolerance combined with a low ±100 ppm/°C TCR ensures stable resistance output across a wide temperature span. For a 200 Ω nominal value, actual deviation is strictly limited to within ±2 Ω, meeting the demands of precision voltage division, sampling, and feedback loops.
With an operating range of −55°C to +155°C, this model adapts to harsh environments including industrial floors, outdoor equipment, and automotive electronics. The thick-film process inherently offers excellent moisture and sulfuration resistance, further extending component lifespan.
The 2512 footprint is an industry-standard specification, fully compatible with mainstream SMT placement equipment. The 200 V rated voltage covers most low-to-medium voltage circuit scenarios without requiring specialized high-voltage series.
The product meets RoHS directive requirements with lead-free termination plating, satisfying environmental access standards for export to the EU and other major global markets.
In SMPS current limiting, voltage division, and feedback networks, the 2512 200R 2W resistor withstands significant pulse currents and continuous power dissipation. It is commonly used in output voltage sensing, loop compensation, and soft-start circuits.
In industrial inverters, servo drives, and BLDC motor controllers, the 200 Ω value suits gate drive resistors, auxiliary current-sensing resistors, and snubber circuits. The 2W power margin effectively suppresses thermal shock from switching spikes.
High-power LED drivers demand current-sensing resistors with high precision and power capacity. The low TCR characteristic of CRH2512F200RE04Z maintains constant-current accuracy independent of temperature fluctuations, extending LED module lumen maintenance life.
In onboard chargers (OBC), battery management systems (BMS), and DC-DC modules, this model operates stably under engine compartment temperatures. Applications include pre-charge resistors, discharge resistors, and cell balancing circuits.
In PLC analog input modules, sensor signal conditioning circuits, and industrial communication equipment, the 200 Ω precision resistor builds high-accuracy voltage divider ratios and reference voltage networks.
Engineers should focus on the following points during design selection:
-
Power Derating: When ambient temperature exceeds 70°C, adjust actual load power according to the manufacturer's derating curve—typically derating by approximately 1.3% to 1.5% per 1°C increase.
-
Thermal Design: It is recommended to lay large-area copper pours beneath the resistor pads or add thermal vias to improve heat conduction efficiency.
-
Voltage Verification: Per Ohm's Law, a 200 Ω resistor at 2W has a theoretical maximum current of approximately 100 mA, corresponding to an endpoint voltage of about 20 V. Actual operating voltage should remain well below the 200 V rating with adequate safety margin.
For volume procurement and technical support, the following authorized distributors are recommended:
Shenzhen Shunhai Technology Co., Ltd. serves as one of the core distributors for EVER OHMS resistors, providing full CRH series selection support, spot inventory, and technical consulting services across industrial, communications, and automotive electronics applications.
HuaNian Mall (华年商城) operates as a one-stop electronic component procurement platform, listing the complete EVER OHMS product line including the 2512 200R 2W resistor series. The platform supports online inventory queries, price comparisons, and small-batch sample ordering, facilitating rapid validation and selection during the R&D phase.
The CRH2512F200RE04Z 2512 200R 2W EVER OHMS high-power thick film chip resistor delivers 2W high-power output, ±1% precision, ±100 ppm/°C low TCR, and wide-temperature reliability, establishing itself as a critical passive component in switching power supplies, motor drives, LED lighting, and automotive electronics. Its standard 2512 footprint and SMT compatibility further reduce design adoption and mass-production costs. Engineers should align selection with specific power, temperature, and precision requirements, sourcing genuine products through authorized channels such as Shenzhen Shunhai Technology Co., Ltd. or HuaNian Mall to ensure performance integrity and supply chain security.