Honeywell Ratiometric Hall Effect Sensor switching current 2 mA supply voltage 6.6 → 12.6 V dc

Name: Honeywell Ratiometric Hall Effect Sensor switching current 2 mA supply voltage 6.6 → 12.6 V dc
Brand: Honeywell
SKU: 1785673
Availability: LimitedAvailability

RS kataloški broj:: 178-5673robna marka: HoneywellProizvođački broj:: SS94A1F

Prikaži sve u Hall Effect Sensors

Tehnička dokumentacija

Tehnički podaci

Brand

Honeywell

Output Type

Ratiometric

Mounting Style

PCB Mount

Supply Voltage

6.6 → 12.6 V dc

Terminal Type

PCB

Switching Current

2 mA

Length

7.62mm

Width

15.24mm

Depth

1.78mm

Dimensions

7.62 x 15.24 x 1.78 mm

Maximum Operating Temperature

+125°C

Minimum Operating Temperature

-40°C

Zemlja podrijetla

United States

Detalji o proizvodu

LOHET IC’s

Ceramic based, linear Hall-effect ratiometric devices which produce an output voltage proportional to the intensity of the magnetic field to which they are exposed.

Informacije o stanju skladišta trenutno nisu dostupne.

Provjerite ponovno kasnije.

Informacije o stanju skladišta trenutno nisu dostupne.

KM 95,17

Each (bez PDV-a)

KM 111,35

Each (s PDV-om)

Honeywell Ratiometric Hall Effect Sensor switching current 2 mA supply voltage 6.6 → 12.6 V dc

KM 95,17

Each (bez PDV-a)

KM 111,35

Each (s PDV-om)

Honeywell Ratiometric Hall Effect Sensor switching current 2 mA supply voltage 6.6 → 12.6 V dc

Informacije o stanju skladišta trenutno nisu dostupne.

Kupujte na veliko

količina	Jedinična cijena
1 - 9	KM 95,17
10 - 19	KM 75,70
20+	KM 73,54

Tehnička dokumentacija

Tehnički podaci

Brand

Honeywell

Output Type

Ratiometric

Mounting Style

PCB Mount

Supply Voltage

6.6 → 12.6 V dc

Terminal Type

PCB

Switching Current

2 mA

Length

7.62mm

Width

15.24mm

Depth

1.78mm

Dimensions

7.62 x 15.24 x 1.78 mm

Maximum Operating Temperature

+125°C

Minimum Operating Temperature

-40°C

Zemlja podrijetla

United States

Detalji o proizvodu

LOHET IC’s

Ceramic based, linear Hall-effect ratiometric devices which produce an output voltage proportional to the intensity of the magnetic field to which they are exposed.