TVR10112KSY
Thinking Electronics Industrial Co.
TVRBagThrough Hole
Ref. price$0.5000
Lead time on requestGet quote
Thinking Electronics Industrial Co. TVR10 Series
26 variants · Thinking Electronics Industrial Co.
About the Thinking Electronics Industrial Co. TVR10 Series
The Thinking Electronics Industrial Co. TVR10 Series series groups 26 related part numbers, each listed with full specifications, a datasheet where available, and an RFQ option. Every variant in the range shares a common case of Disc 10mm, features of - and mounting of Through Hole. Variants differ by current - surge, energy and maximum AC volts, so you can match the exact current - surge your application requires using the selection guide below. All listed Thinking Electronics Industrial Co. TVR10 Series part numbers are active and orderable.
Select a variant by
- Current - surge
- 2.5 kA · 3.5 kA · 4 kA · 500 A
- Energy
- 5.5J · 32J · 35J · 40J · 58J · 60J · 65J · 70J · 85J · 99J · 115J
- Maximum AC volts
- 30 V · 140 V · 150 V · 175 V · 215 V · 250 V · 275 V · 300 V · 680 V
- Maximum DC volts
- 38 V · 180 V · 200 V · 225 V · 275 V · 320 V · 350 V · 385 V · 895 V
- Varistor voltage
- 1.21 kV · 52 V · 242 V · 264 V · 297 V · 363 V · 429 V · 473 V · 517 V
Shared specifications
- Case
- Disc 10mm
- Features
- -
- Mounting
- Through Hole
- Number of circuits
- 1
- Operating temperature
- -40°C~105°C(TA)
- Package
- Bag
Variant comparison
| Parameter | TVR10112KSY | TVR10221KSY | TVR10241KSY | TVR10271KSY | TVR10331KSV | TVR10391KSV |
|---|---|---|---|---|---|---|
| Current - surge | 2.5 kA | 2.5 kA | 2.5 kA | 2.5 kA | 3.5 kA | 3.5 kA |
| Energy | 115J | 32J | 35J | 40J | 58J | 70J |
| Maximum AC volts | 680 V | 140 V | 150 V | 175 V | 215 V | 250 V |
| Maximum DC volts | 895 V | 180 V | 200 V | 225 V | 275 V | 320 V |
| Varistor voltage | 1.21 kV | 242 V | 264 V | 297 V | 363 V | 429 V |
Request a quote on any Thinking Electronics Industrial Co. TVR10 Series part number and we confirm price, availability and lead time per line — including end-of-life and allocation-constrained variants.