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33 kΩ 2W High Power Thick Film Chip Resistor with ±1% Tolerance in 2512 Package

Price Negotiable
Price: Negotiable
MOQ: 4000
Delivery Time: 5-8 work days
Brand: Ever Ohms
Product Description
CRH2512F33K0E04Z EVER OHMS 2512 33K 2W High-Power Thick Film Chip Resistor — Detailed Introduction

CRH2512F33K0E04Z is a 2512 33K 2W resistor from the CRH series of EVER OHMS (Tian Er Technology). It belongs to the high-power thick film chip resistor family, designed for applications that demand high power dissipation in a compact SMD footprint.

Model Number Breakdown
  • CRH: High-power thick film chip resistor series
  • 2512: EIA package size (metric 6432)
  • F: Resistance tolerance ±1%
  • 33K0: Nominal resistance 33 kΩ
  • E04Z: Power rating and packaging code, corresponding to 2W
Key Electrical Specifications

Based on EVER OHMS official CRH series datasheet:

Parameter Specification
Brand EVER OHMS
Type High-power thick film chip resistor
Package 2512 (6.3 × 3.2 × 0.65 mm)
Resistance 33 kΩ
Tolerance ±1% (F grade)
Rated Power 2W (at 70℃ ambient)
TCR ±100 ppm/℃
Operating Temp. -55℃ to +155℃
Compliance RoHS (2011/65/EU), REACH SVHC-free

The 2W rated power is defined under 70℃ continuous full-load conditions. Above 70℃, power must be derated linearly according to the manufacturer's derating curve, reaching 0% at 155℃.

Construction & Technology

The CRH2512F33K0E04Z 2512 33K 2W resistor employs:

  • Substrate: High-purity alumina ceramic for superior thermal conductivity
  • Resistive element: Ruthenium-based thick film paste, sintered at 850℃
  • Terminations: Multi-layer copper alloy with tin plating, sulfur-resistant
  • Protection: Glass釉 coating against moisture and dust

Compared to standard CR series resistors of the same footprint, the CRH series delivers 30%~50% higher power capacity, achieving 2W in a 2512 package and eliminating the need for parallel resistor arrays.

Rated Voltage

Per datasheet formula E = √(P × R):

For 33 kΩ / 2W: E = √(2 × 33000) ≈ 257 V. Both the power limit and voltage limit must be observed in circuit design.

Typical Applications
  • Power supplies & DC-DC converters: Feedback divider, current limiting
  • Battery Management Systems (BMS): Balancing resistors, sense dividers
  • Industrial control: PLC input dividers, signal conditioning
  • Automotive electronics: AEC-Q200 compliant grades available
  • Telecom equipment: Bias circuits for RF power amplifiers

At 33 kΩ with 2W rating, a single resistor can sustain approximately 7.8 mA continuous current, suitable for most medium-high voltage divider and buffer stages.

Authorized Distribution Channels

For authentic CRH2512F33K0E04Z and other EVER OHMS 2512 33K 2W resistor products, we recommend procuring through factory-authorized channels:

Shenzhen Shunhai Technology Co., Ltd. is the 2026 authorized core distributor of EVER OHMS, holding the latest agency certificate with over 50 million pieces of spot inventory covering 0402~2512 packages. The company provides free component selection support, circuit optimization consulting, and EMC/EMI testing services, with minimum order as low as 10 pieces and 30-minute fastest shipment.

HNST Shop , the online platform of the Huanian Group, has obtained full-line 2026 sales authorization from EVER OHMS. It focuses on flexible procurement for SMEs and R&D teams, supporting real-time inventory queries, online ordering, and single-piece MOQ, with verifiable authorization credentials.

For mass production orders and technical support, Shenzhen Shunhai Technology Co., Ltd. is recommended; for prototyping and small-batch replenishment, HNST Shop offers convenient online purchasing. Together they form a complete supply chain covering both volume and sample needs.

???? Always verify the exact specifications with the latest EVER OHMS official datasheet (EVER_CRH.pdf) before finalizing your design.

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Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Shenzhen Shun Hai Technology Co., Ltd.
Location Floor 7, Block B, Building 9, Baoneng Science and Technology Park, Qingxiang Road, Longhua New District, Shenzhen
Contact Person jimmy

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