TE Connectivity 1-1002908-0 Датчик вибрации

Код товара RS: 170-4378Бренд: TE ConnectivityПарт-номер производителя: 1-1002908-0
brand-logo

Техническая документация

Характеристики

Длина

41мм

Ширина

16мм

Глубина

0.04мм

Минимальная рабочая температура

0°C

Максимальная рабочая температура

+70°C

Размеры

41 (мм) x 16 (мм) x 40 (мкм)

Страна происхождения

China

Информация о товаре

TE Connectivity DT Series Piezoelectric Vibration Sensors

TE Connectivity’s MEAS piezoelectric film sensors are constructed from silver ink screen printed electrodes on rectangular piezo film. Piezo vibration sensors without a lead can be adhered directly to a surface using epoxy resin or double sided tape, and leads can be attached with crimps, eyelets, conductive epoxy or compressive clamping. For the piezoelectric sensors that come with a lead, 28 AWG wire and a riveted lug are used.

Suitable applications include recording the time of an event, sensing dynamic strain, counting the number of impacts, measuring impact related events and making sensor elements.

P.O.A.

TE Connectivity 1-1002908-0 Датчик вибрации

P.O.A.

TE Connectivity 1-1002908-0 Датчик вибрации

Информация о наличии не успела загрузиться

Информация о наличии не успела загрузиться

Техническая документация

Характеристики

Длина

41мм

Ширина

16мм

Глубина

0.04мм

Минимальная рабочая температура

0°C

Максимальная рабочая температура

+70°C

Размеры

41 (мм) x 16 (мм) x 40 (мкм)

Страна происхождения

China

Информация о товаре

TE Connectivity DT Series Piezoelectric Vibration Sensors

TE Connectivity’s MEAS piezoelectric film sensors are constructed from silver ink screen printed electrodes on rectangular piezo film. Piezo vibration sensors without a lead can be adhered directly to a surface using epoxy resin or double sided tape, and leads can be attached with crimps, eyelets, conductive epoxy or compressive clamping. For the piezoelectric sensors that come with a lead, 28 AWG wire and a riveted lug are used.

Suitable applications include recording the time of an event, sensing dynamic strain, counting the number of impacts, measuring impact related events and making sensor elements.