1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW
✔ TXS2Sx-9V Application
1. Communications (XDSL, Transmission) 2. Measurement 3. Security 4. Home appliances, and audio/visual equip
TXS2Sx-9V-Z, Panasonic
TX-S
Very High Sensitivity, 50 mW (nominal operating) Rely with LT style pin layout
3. High contact reliability High contact reliability is achieved b.
TXS2Sx-1.5V, Panasonic
TX-S
Very High Sensitivity, 50 mW (nominal operating) Rely with LT style pin layout
3. High contact reliability High contact reliability is achieved b.
TXS2Sx-1.5V-Z, Panasonic
TX-S
Very High Sensitivity, 50 mW (nominal operating) Rely with LT style pin layout
3. High contact reliability High contact reliability is achieved b.
TXS2Sx-12V, Panasonic
TX-S
Very High Sensitivity, 50 mW (nominal operating) Rely with LT style pin layout
3. High contact reliability High contact reliability is achieved b.
TXS2Sx-12V-Z, Panasonic
TX-S
Very High Sensitivity, 50 mW (nominal operating) Rely with LT style pin layout
3. High contact reliability High contact reliability is achieved b.
TXS2Sx-24V, Panasonic
TX-S
Very High Sensitivity, 50 mW (nominal operating) Rely with LT style pin layout
3. High contact reliability High contact reliability is achieved b.
TXS2Sx-24V-Z, Panasonic
TX-S
Very High Sensitivity, 50 mW (nominal operating) Rely with LT style pin layout
3. High contact reliability High contact reliability is achieved b.
TXS2Sx-3V, Panasonic
TX-S
Very High Sensitivity, 50 mW (nominal operating) Rely with LT style pin layout
3. High contact reliability High contact reliability is achieved b.
