Say Goodbye to OHMITE's 20+ Week Lead Times, Ushering in a New Era of Efficient Supply Chains

Head-to-head electrical benchmark (from HVC materials-science analysis)

Same parameter matrix as the Style 3 English paper on RuO₂ thick film and alumina substrates—condensed for quick comparison against typical OHMITE Slim-Mox datasheet classes.

Case-study metrics: CT high-voltage divider (from HVC medical & industrial applications)

Excerpt from the Style 4 application article (60 kV class imaging)—useful when comparing divider networks side-by-side with OHMITE-class parts.

Supply Chain Challenges: Are You Facing These Issues?

• OHMITE and Ohmcraft lead times of 20-26 weeks severely impacting project timelines.
• High single-source supplier risk, with no alternatives during stock shortages.
• Slow response to custom requirements, high MOQ (Minimum Order Quantity).
• Delayed technical support, prolonged validation cycles.

HVC's HVR Series: Your Supply Chain Optimization Solution

1. Rapid Delivery: 4-Week Standard Lead Time

HVC's HVR series guarantees a 4-week lead time for standard models and 6 weeks for custom models.

Compared to OHMITE's 20+ week lead times, we help customers reduce waiting times by 75%, allowing your products to reach the market faster and seize business opportunities.

2. Full Compatibility: Seamless Replacement for OHMITE's Entire Series

Utilizing advanced CNC laser cutting technology for 1:1 dimensional replication:

• Slim-Mox Series: Flat-pack design, 100% pin-compatible.
• Ultra-Mox Series: High-power applications, perfectly matched dimensions.
• Mini-Mox/Maxi-Mox Series: Cylindrical package, direct drop-in replacement.
• ARC2 Series: Tubular resistors, consistent mechanical dimensions.

3. Superior Performance: Meeting or Exceeding International Standards

Key Technical Specifications:

• Temperature Coefficient of Resistance (TCR): ±15 ppm/°C, outperforming the industry standard of ±50 ppm/°C.
• Voltage Coefficient of Resistance (VCR): 0.1 ppm/V, ensuring high voltage stability.
• Resistance Range: 100 kΩ - 4 GΩ, meeting diverse application requirements.
• Operating Voltage: 1.5kV - 60kV, covering the full spectrum of medical and industrial applications.

4. Flexible Customization: Low MOQ, Rapid Response

MOQ as low as 100 pieces, no tooling required, supporting custom shapes.

Our engineering team provides comprehensive technical support, assisting with product validation and certification.

Customer Value: Why Choose HVC?

• Reduced Time-to-Market: A 4-week lead time helps you launch products 3-4 months ahead of competitors.
• Lower Inventory Costs: Rapid delivery enables you to implement JIT (Just-In-Time) strategies, reducing inventory accumulation.
• Supply Chain Security: Diversified supplier options mitigate single-source risk.
• Cost Advantage: While ensuring performance, prices are 15-30% lower than original manufacturers.
• Technical Assurance: Validated by Fortune 500 companies, widely applied in medical and industrial sectors.

4.2 ARC2 & MOX Series (Tubular Type)

5. Core Application Scenarios

6.1 Medical Imaging: CT & X-Ray Power Supplies

In medical equipment feedback loops, resistor TCR requirements are extremely demanding. The HVC HVR series, with its ultra-low temperature drift characteristics, ensures stable resistance in feedback circuits even during prolonged exposure-generated heating, enabling precise control of radiation dosage and improved imaging clarity.

6.2 Precision Measurement: High Voltage Dividers & Probes

For high voltage dividers, linearity (VCR) is more important than resistance value itself. HVC achieves a 0.1 ppm/V voltage coefficient, meaning the voltage division ratio remains consistent throughout the loading process from 0 to 30kV, greatly simplifying calibration complexity in downstream circuits.

6. Agile Manufacturing & Quality Assurance

HVC's advantage lies not only in materials but also in manufacturing process innovation:

1. CNC Laser Trimming: Using advanced laser cutting systems, we achieve extreme fine-tuning of resistance tolerance without damaging the ceramic substrate.

2. Three-Stage Firing Process: Through three different temperature curve firings for the conductive layer, encapsulation layer, and end electrodes, we ensure excellent stability in environments ranging from $-55^\circ C$ to $+155^\circ C$.

3. 100% High Voltage Burn-in Test: Each unit undergoes pulse testing at 1.5× rated voltage before delivery, ensuring every resistor has passed real-world validation.

7. Conclusion

The HVC HVR Series delivers superior performance to OHMITE with 4-week delivery. Validated by Fortune 500 companies, it offers a seamless replacement with better specs and supply chain security.

Model Cross-Reference Guide

Complete OHMITE to HVC model cross-reference for quick selection:

OHMITE Series Overview

OHMITE Slim-Mox Popular Models

OHMITE ARC2 & MOX Tubular Models

Typical Replacement Cases

Contact & Technical Support

If you are looking for alternatives to OHMITE Slim-Mox / Ultra-Mox (or related series), or need assistance with high voltage thick film resistor selection and customization, HVC's engineering team is ready to support you.

We promise to provide free sample testing and manufacturer-level technical support for all replacement projects, jointly promoting the continuous development of high-voltage technology.

Copyright: © HVC Capacitor. All rights reserved. No reproduction or commercial use without permission.
Disclaimer: Parameters herein are for reference only; refer to the latest datasheet and any mutually agreed technical specifications for binding values.