Printed Thick Film Resistor
Custom resistor geometry reviewed with paste system, terminations, load, protection, and measurement method.
Open product pagePrinted resistor manufacturing route
Thick Film Resistors
Resistance is designed from paste family, effective geometry, terminations, fired process, electrical load, protection, measurement conditions, and—where required—a planned laser-trim path.
Route definition
What is fixed before quotation
- Resistive system
- Paste decade and compatible conductor, substrate, firing, and protection system
- Design variables
- Effective squares, aspect ratio, terminal overlap, current path, load, and thermal path
- Adjustment
- As-fired target and optional laser-trim geometry defined before artwork release
- Verification
- Resistance at stated conditions plus project-selected TCR, ratio, voltage, load, or stability checks
Released product pages
Choose the closest engineering route
Start from the nearest product family, then confirm the drawing, material system, operating conditions, and required evidence.
Ceramic Resistor Substrate
Printed resistor elements and conductor interfaces on a released ceramic layout.
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Custom Resistor Network
Multiple values or ratios integrated into one ceramic part with a shared trim and inspection strategy.
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Laser-Trimmed Resistor Array
Artwork includes trim allowance, current-path control, measurement points, and final acceptance criteria.
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High-Voltage Thick Film Resistor
Voltage distribution, geometry, creepage, protection, environment, and test conditions are reviewed together.
Open product pageRFQ checklist
Put these items on the drawing or RFQ
- 01
Target resistance or ratio, tolerance, TCR, and reference temperature
- 02
Voltage, current, power, pulse, duty cycle, and thermal boundary
- 03
Substrate, conductor, termination, overglaze, and assembly route
- 04
Available resistor area, trim direction, probe points, and keep-outs
- 05
Qualification, sampling, lifetime, and lot-record requirements
Typical programme fit
Applications we can review
- Precision dividers and matched networks
- High-voltage and power-control circuits
- Sensor signal conditioning and custom feedback
- Hybrid modules with integrated passive elements
Suitability and performance are confirmed from the complete assembly and validation conditions, not the application name alone.
Engineering references