TS20S Conductive Polymer Tantalum Capacitor Datasheet & Application

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Need a quick look at TS20S specs before sourcing? Watch the overview above, then dive into the essentials below. If you’re comparing polymer vs MnO₂ for SSD, telecom, or DC/DC, this will save you time.

Ultra-low ESR polymer tantalum capacitor for reliable, cool-running designs.

What TS20S Solves

TS20S is built around one goal: cut ESR so your power stages run cooler and more efficiently. In continuous ripple scenarios, it maintains stable behavior, helping extend product lifetime and reduce failure risks. That’s why it frequently appears in SSD controllers, telecom base stations, notebooks, and DC/DC converters.

Datasheet Essentials

The TS20S conductive polymer chip tantalum series offers a practical mix of capacitance options with a wide voltage range (2.5–63 V) and an operating window up to +125 °C. Its ultra-low ESR design helps minimize heat and power loss, giving you a more predictable thermal profile and reliability headroom in dense layouts.

How Engineers Use It

In real deployments, swapping to TS20S often lowers operating temperature a few critical degrees in tight enclosures, which compounds into longer service intervals and fewer RMA events—exactly what sourcing teams want to see on lifetime cost.

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How to Source Safety Capacitors – X1/Y2 TS22 Buyer’s Guide

Suntan Technology Company Limited – All Kinds of Capacitors

Buy safety capacitors online often means balancing certification, price, and lead time. This buyer’s guide shows how Suntan TS22 X1/Y2 safety capacitors streamline sourcing for across-the-line and line-by-pass power supply designs.

Explore certified TS22 X1/Y2 safety capacitors for power supply and EMI suppression. Click to request a quote.

What to Check Before You Buy (Certification First)

For sourcing X1 capacitor options or comparing Y1 Y2 safety capacitor price, certification is the first filter. TS22 is recognized under X1/Y2 safety standards with AC 300V / 400V ratings and a broad capacitance range of 10pF–10,000pF — ideal for EMI suppression and AC line use cases.

Quick Spec Snapshot (from official datasheet)

• Rated Voltage: 300VAC / 400VAC
• Capacitance: 10pF – 10,000pF
• Tolerance: ±10%, ±20%, +80/−20%
• Temperature Range: −25°C ~ +85°C
• Insulation Resistance: ≥ 10,000 MΩ (500VDC, 1 min)
• Dielectric Strength: up to 4000VAC / 60s (400VAC type)

These values make TS22 a practical choice for safety capacitor supplier comparisons and alternative X1 Y2 capacitor selection.

How to Source TS22 Efficiently (Buyer’s Flow)

1. Define working class: X1/Y2 for across-the-line / line-by-pass.
2. Pick value: from 10pF to 10,000pF based on EMI target and design impedance.
3. Confirm voltage: 300VAC / 400VAC per input mains and safety margin.
4. Check tolerance & temperature: ±10%, ±20%, or +80/−20% within −25°C to +85°C operating range.
5. Request stock & price: use the official channel for bulk sourcing and stable lead time.

▶ Watch the TS22 application video to see how X1/Y2 capacitors are used in real power supply designs.

Why Choose TS22 for Long-Tail Purchasing Needs

If you’re comparing buy safety capacitor online options, TS22 offers a blend of certification, wide capacitance coverage, competitive cost, and stable supply. It’s a practical Murata alternative for price-sensitive BOMs without compromising safety compliance.

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Diode Selection Guide – From 1N4148 to Triac BT134

Suntan Technology Company Limited – All Kinds of Capacitors

Engineers often find themselves comparing choices like 1N4148 vs 1N4007, US1M vs M7, or deciding between Zener diode and Triac/MOSFET for load control. This guide clarifies key practical differences that impact real-world design decisions.

1N4148 vs 1N4007

1N4148 is a fast switching diode (trr ~4 ns) for high-speed circuits. 1N4007 is a general rectifier (1000 V, 1 A), slower but robust for AC rectification. Use 1N4148 for signal-level, 1N4007 for power-level.

US1M vs M7

US1M (ultra-fast, 50–75 ns) is suited for SMPS. M7 is robust for adapters/chargers. Prefer US1M for efficiency, M7 for durability.

Zener Diode Selection

The 1N4727A–1N4761A series covers 3–75 V, 1 W. Lower values for references, higher values for surge protection.

Triac vs MOSFET

Triac BT134 (600 V, 4 A RMS, 40 A surge) is good for AC load control (lighting, heating, motors). MOSFETs are better for high-speed DC and PWM. For AC → Triac; for DC → MOSFET.

Quick Summary

• 1N4148 vs 1N4007 – Fast switching vs power robustness
• US1M vs M7 – SMPS efficiency vs adapter durability
• Zener (1 W) – Reference or surge protection
• Triac vs MOSFET – AC loads vs DC/PWM control

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