
DOWO
Strong alternative with matching 0201 package, 5V rating, and ultra-low 0.05pF capacitance.
TPESD0201G05V is an ultra-low capacitance (0.05pF) polymeric ESD suppressor in a 0201 package. Finding a replacement requires matching these critical parameters for high-speed data line protection.
Different technology (silicon vs. polymer) affects clamping voltage and dynamic resistance.
All viable candidates use the same standard 0201 package.
While no confirmed drop-in replacement exists, PESD0201V05 offers a very close parametric match. The main difference is the component technology (silicon vs. polymeric), which requires engineering evaluation.
PESD0201V05 by DOWO is the strongest candidate due to its identical capacitance and voltage rating in the same package.
The primary risk is the technology difference between the target's polymeric structure and candidates' silicon diode structure, which can affect clamping characteristics and response.

DOWO
Strong alternative with matching 0201 package, 5V rating, and ultra-low 0.05pF capacitance.
| Feature / factor | TPESD0201G05V | PESD0201V05 | ESD8472MUT5G | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 0201 | 0201 | 0201 (0603 Metric) | 0201 / 0201 (0603 Metric) — Package size matches.; ESD8472MUT5G: Package size matches. | |
| Voltage | 5.0 V | 5.0 V | 5.3 V | 5.0 V / 5.3 V — Working voltage matches.; ESD8472MUT5G: Slightly higher working voltage is acceptable. | |
| Capacitance | 0.05 pF | 0.05 pF | 0.2 pF | 0.05 pF / 0.2 pF — Ultra-low capacitance matches, suitable for high-speed lines.; ESD8472MUT5G: Capacitance is 4x higher, may impact signal integrity. | |
| Technology | Bi-Directional (Polymeric) | Bi-Directional (Silicon) | Bi-Directional (Silicon) | Bi-Directional (Silicon) — Functionally similar but different technology (Silicon vs. Polymeric).; ESD8472MUT5G: Different technology (Silicon vs. Polymeric). |
PESD0201V05 by DOWO is a strong candidate, matching the 5V working voltage, 0.05pF capacitance, and 0201 package. However, it uses silicon technology instead of polymeric, which should be evaluated for the specific application.