Panasonic PAN1320-HCI Bluetooth Chip 2.1

RS tilauskoodi: 731-5738Tuotemerkki: PanasonicValmistajan osanumero.: PAN1320-HCIIMPA: 0
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Tekninen dokumentti

Tekniset tiedot

Series

STMM-105-01-T-D

Minimum Voltage Sensed

1 V ac/dc, 15 V ac/dc, 3V ac/dc

Series

TSW-110-18-L-D

Minimum Operating Temperature

-40 °C

Maximum Operating Temperature

+85 °C

Model Number

OT16F6

Series

TSW-106-15-F-D

Height

2.8mm

Width

8.7mm

Length

15.6mm

Merkki

Panasonic

Alkuperämaa

China

Tuotetiedot

BD100 Single Level Trip Amplifier

RS Pro single level trip amplifiers operate from a single process input, with a single trip action. This output can be arranged so that the alarm condition is triggered either above or below the defined set point. The relay can also be configured for a Fail-Safe (energised in the stable state to de-energise in the alarm state) or Non-Fail Safe (de-energised in the stable state to energise in the alarm state) operation.

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€ 17,20

kpl (ilman ALV)

€ 21,33

kpl (Sis ALV:n)

Panasonic PAN1320-HCI Bluetooth Chip 2.1

€ 17,20

kpl (ilman ALV)

€ 21,33

kpl (Sis ALV:n)

Panasonic PAN1320-HCI Bluetooth Chip 2.1
Varastotiedot eivät ole tilapäisesti saatavilla.

Osta irtotavarana

MääräYksikköhinta
1 - 9€ 17,20
10 - 19€ 16,70
20+€ 15,60

Tekninen dokumentti

Tekniset tiedot

Series

STMM-105-01-T-D

Minimum Voltage Sensed

1 V ac/dc, 15 V ac/dc, 3V ac/dc

Series

TSW-110-18-L-D

Minimum Operating Temperature

-40 °C

Maximum Operating Temperature

+85 °C

Model Number

OT16F6

Series

TSW-106-15-F-D

Height

2.8mm

Width

8.7mm

Length

15.6mm

Merkki

Panasonic

Alkuperämaa

China

Tuotetiedot

BD100 Single Level Trip Amplifier

RS Pro single level trip amplifiers operate from a single process input, with a single trip action. This output can be arranged so that the alarm condition is triggered either above or below the defined set point. The relay can also be configured for a Fail-Safe (energised in the stable state to de-energise in the alarm state) or Non-Fail Safe (de-energised in the stable state to energise in the alarm state) operation.