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Toshiba TIMM — main shared

Bench sheet ↗

Device type
Monitor / TV
Device
Toshiba TIMM
Board
main
Visibility
Public

— anyone with the link can view this list.

Component type

Default type
aluminium electrolytic

Part quality

The bars this list's parts were searched under. Individual rows can lift a bar — check the table's policy columns.

🌊 About ripple current

The ripple policy column lets you select capacitors for their ripple-current handling.

Ripple current is a rating, not a defect — it tells you how much AC current a capacitor can carry continuously without overheating. Higher is generally better, so "low ripple" and "high ripple current" are the same request said from opposite ends. For otherwise comparable parts, higher ripple-current capability usually goes with lower ESR; lower ESR reduces the ESR component of ripple voltage and, just as importantly, reduces self-heating.

Set it per row, on purpose. Ripple current matters mainly for reservoir and smoothing capacitors after a rectifier, and for capacitors carrying substantial switching ripple in SMPS and deflection circuits. It is usually not a useful selection criterion for small coupling, bypass, or signal-decoupling capacitors. Asking for a high ripple-current rating there can simply steer the BOM toward larger, more expensive parts without a practical benefit. Add the ripple policy column in the table editor and set it only on rows where the capacitor carries meaningful ripple current.

The two ripple choices answer different questions. Mains rectifier targets the low-frequency ripple associated with rectified mains — typically 100/120 Hz after full-wave rectification, depending on 50/60 Hz mains. Switching or scan targets the kHz-range ripple found in switch-mode supplies and circuits such as monitor deflection stages. The same capacitor can have different ripple-current ratings at different frequencies because ESR changes with frequency, so a part that is excellent at one frequency may not be the best choice at another.

This is a preference, not a hard filter. It only ranks parts that already meet the other electrical and mechanical requirements, so a row cannot fail selection because of ripple policy. Expect to pay roughly proportionally for extra headroom — measured at about 1.8× the price for 1.8× the rating across a small sample — but treat any such multiplier as a heuristic rather than a guarantee.

Also keep capacitance separate from ripple current. The bulk voltage sag between charging pulses is primarily determined by capacitance and load current; a like-for-like recap therefore preserves that basic behavior. What a higher-ripple/lower-ESR part improves is the ESR-related ripple, current spikes, transient behavior, and the heat generated inside the capacitor.

Source list (35 components)

Capacitors — Aluminium electrolytic (35)

What was found What was asked for
Resolved Manufacturer Temp Lifetime qty capacitance voltage temp lifetime lifetime_policy manufacturer_policy
✓ Rubycon -40°C ~ 105°C 5000 Hrs @ 105°C 3 1 50 105 5000
✓ Rubycon -40°C ~ 105°C 5000 Hrs @ 105°C 3 2.2 50 105 5000
✓ Rubycon -40°C ~ 105°C 5000 Hrs @ 105°C 3 3.3 50 105 5000
✓ Rubycon -40°C ~ 105°C 5000 Hrs @ 105°C 6 4.7 50 105 5000
✓ ⚠ Panasonic Industry -55°C ~ 105°C 1000 Hrs @ 105°C 8 10 16 105 any
✓ ⚠ Panasonic Industry -55°C ~ 105°C 1000 Hrs @ 105°C 1 10 25 105 any
✓ Rubycon -40°C ~ 105°C 5000 Hrs @ 105°C 4 10 50 105 5000
✓ Rubycon -40°C ~ 105°C 15000 Hrs @ 105°C 1 10 200 105 5000
✓ ⚠ Nichicon -55°C ~ 105°C 2000 Hrs @ 105°C 1 22 16 105 any
✓ Rubycon -40°C ~ 105°C 5000 Hrs @ 105°C 4 22 50 105 5000
✓ ⚠ Würth Elektronik -40°C ~ 105°C 5000 Hrs @ 105°C 2 33 16 105 any
✓ Rubycon -40°C ~ 105°C 10000 Hrs @ 105°C 3 33 200 105 5000
✓ Rubycon -25°C ~ 105°C 12000 Hrs @ 105°C 1 33 250 105 5000
✓ Rubycon -40°C ~ 105°C 5000 Hrs @ 105°C 11 47 16 105 5000
✓ Rubycon -40°C ~ 105°C 7000 Hrs @ 105°C 2 47 50 105 5000
✓ Chemi-Con -40°C ~ 105°C 7000 Hrs @ 105°C 1 47 100 105 5000
✓ Rubycon -25°C ~ 105°C 12000 Hrs @ 105°C 1 47 250 105 5000
✓ Rubycon -40°C ~ 105°C 6000 Hrs @ 105°C 11 100 16 105 5000
✓ Rubycon -40°C ~ 105°C 5000 Hrs @ 105°C 4 100 25 105 5000
✓ Rubycon -40°C ~ 105°C 7000 Hrs @ 105°C 1 100 50 105 5000
✓ Rubycon -40°C ~ 105°C 12000 Hrs @ 105°C 2 100 200 105 5000
✓ Rubycon -40°C ~ 105°C 10000 Hrs @ 105°C 1 180 200 105 5000
✓ Rubycon -40°C ~ 105°C 6000 Hrs @ 105°C 2 220 16 105 5000
✓ Rubycon -40°C ~ 105°C 7000 Hrs @ 105°C 1 220 25 105 5000
✓ Rubycon -40°C ~ 105°C 8000 Hrs @ 105°C 1 220 35 105 5000
✓ Rubycon -40°C ~ 105°C 7000 Hrs @ 105°C 3 330 16 105 5000
✓ Rubycon -40°C ~ 105°C 8000 Hrs @ 105°C 2 330 25 105 5000
✓ Rubycon -40°C ~ 105°C 5000 Hrs @ 105°C 2 470 25 105 5000
✓ Chemi-Con -40°C ~ 105°C 7000 Hrs @ 105°C 1 470 50 105 5000
✓ Rubycon -40°C ~ 105°C 10000 Hrs @ 105°C 1 1000 16 105 5000
✓ Chemi-Con -25°C ~ 105°C 10000 Hrs @ 105°C 1 1000 200 105 5000
✓ Rubycon -40°C ~ 105°C 10000 Hrs @ 105°C 1 2200 25 105 5000
✓ Rubycon -40°C ~ 105°C 10000 Hrs @ 105°C 1 2200 35 105 5000
✓ Rubycon -40°C ~ 105°C 10000 Hrs @ 105°C 1 3300 25 105 5000
✓ Rubycon -40°C ~ 105°C 10000 Hrs @ 105°C 1 3300 35 105 5000

35 rows · 92 capacitors

CSV

Resolved parts

Latest (2026-08-18 05:19, 3 DigiKey queries)

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History (14 resolutions)
  • 2026-08-18 05:19 — 3 queries
  • 2026-08-18 05:18 — 4 queries
  • 2026-08-18 05:14 — 35 queries
  • 2026-07-31 03:07 — 2 queries
  • 2026-07-31 03:06 — 2 queries
  • 2026-07-29 06:38 — 35 queries
  • 2026-07-29 06:31 — 35 queries
  • 2026-07-29 04:40 — 35 queries
  • 2026-07-28 01:42 — 35 queries
  • 2026-07-28 01:35 — 35 queries
  • 2026-07-27 19:54 — 35 queries
  • 2026-07-27 19:52 — 35 queries
  • 2026-07-26 15:23 — 0 queries
  • 2026-07-26 14:27 — 35 queries