Engineering Library
Practical guidance for ceramic circuits, materials, manufacturing and design.
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Technical resources for substrate selection, manufacturing, applications, design, quality, sourcing, and supporting documentation.
- RF and Microwave Ceramic Circuit IntegrationApplicationsApplication Engineering Guide
- Optoelectronic and Laser Submount Thermal InterfaceApplicationsApplication Engineering Guide
- Bolted AlN Modules: Keep Tightening Torque Out of the CeramicApplicationsApplication guide
- Gasket Seams Beside Ceramic Edges: Find the Local Compression PointApplicationsApplication guide
- Printed Resistors in RC Timing Circuits: Separate Threshold Drift from Resistance DriftApplicationsApplication guide
- R-2R Thick Film Resistor Networks: Review Bit Weight and Output LoadingApplicationsApplication guide
- Laser-Trimmed Gain Networks: Keep Calibration Data with the Assembled ChannelApplicationsApplication guide
- High-Voltage Divider Outputs: Protect the Measurement Input During Fast DisconnectionApplicationsApplication guide
- Matched Resistor Pairs in Instrumentation Amplifiers: Input Bias Currents Still MatterApplicationsApplication guide
- Switched Gain Networks: Include Analog-Switch Resistance in Every RangeApplicationsApplication guide
- Floating Amplifier Inputs: Give Bias Current a Defined ReturnApplicationsApplication guide
- RC Snubber Resistors: Count Both Edges and the Repeating Capacitor StateApplicationsApplication guide
- Folded Resistor Networks: A Capacitive Shortcut Can Bypass Only Part of the ResistanceApplicationsApplication guide
- Printed Pull-Up Resistors for Open-Drain Signals: Intersect Timing and Sink-Current LimitsApplicationsApplication guide
- Carbon Contact PCBs in Key Matrices: Identify Ghost Paths Before Changing InkApplicationsApplication guide
- Printed Resistor Pulse Loads: Match Pulse Width to the Actual Source ImpedanceApplicationsApplication guide
- Passive Resistor Averaging: An Open Input Changes the WeightsApplicationsApplication guide
- Trimmed Gain Verification: Separate Source Amplitude Error from Channel Gain ErrorApplicationsApplication guide
- Divider Clamp Equilibrium: Check the Current Sign at the Allowed Rail LimitApplicationsApplication guide
- Precision Rectifier Networks: Separate Zero-Crossing Loss from Resistor Gain ErrorApplicationsApplication guide