PD6443 Palladium Alloy Probe Tip

Palladium Alloy Probe Tip Description

The probe tip made from palladium alloy is a precision component used in various high-precision applications, particularly in electronics, analytical testing, and industrial measurement systems. The tip is manufactured from high-purity palladium, known for its excellent corrosion resistance, conductivity, and stability in high-temperature and harsh environments. The palladium alloy probe tips are designed to ensure consistent and reliable contact during electrical testing, semiconductor device examination, and chemical analysis.

Specifications of Palladium Alloy Probe Tips

Palladium Alloy Probe Tip Applications

• Semiconductor testing: Used in testing systems for integrated circuits (IC) and characterising components.
• Electrical testing: Ideal for high-frequency and high-precision electrical measurements that ensure stable contact and minimal signal interference.
• Electrochemical probing: The ability of palladium to absorb hydrogen makes it useful for electrochemical sensors and fuel cell applications.
• Surface and chemical analysis: For applications such as scanning probe microscopy (SPM) or atomic force microscopy (AFM), where fine, reliable contacts are essential.
• Industrial measurements: In production environments for quality control, testing, and ensuring precise electrical measurements.

Palladium Alloy Probe Tip Packaging

Our palladium alloy probe tips are carefully handled during storage and transport to maintain product quality in its original condition. Packed according to individual requirements.

The tips are sold in cartons, each containing 5 tips.

Frequently Asked Questions

Q1: What is a palladium alloy probe tip (Pd-Ag-Cu)?

A palladium alloy probe tip (Pd-Ag-Cu) is a precision contact component made from a specialised alloy consisting of palladium (Pd), silver (Ag), and copper (Cu). This combination of metals provides the probe tip with excellent electrical conductivity, corrosion resistance, and strength, making it suitable for high-precision applications such as semiconductor testing and electrochemical sensors.

Q2: How does a palladium alloy probe tip perform in high-temperature environments?

Palladium alloy probe tips are suitable for use in high-temperature environments due to the thermal stability of the palladium and copper components. The probe tips maintain their integrity and performance even at elevated temperatures, making them suitable for use under demanding conditions, such as testing high-temperature semiconductor devices.

Q3: Can palladium alloy probe tips be used for electrical high-frequency testing?

Yes, palladium alloy probe tips are ideal for electrical high-frequency testing due to their excellent electrical conductivity and low contact resistance. This ensures that the probe tip establishes a stable and reliable contact, which is essential for accurate high-frequency measurements, especially in semiconductor and electronics testing.