We use cookies to ensure that we can provide you with the best experience on our website. By using our website, you are consenting to the use of cookies as set out in our policy. OK

Select Currency:

Show Prices Inc VAT

Help

FREE Delivery on orders over £30*

ANGLIA LIVE A B2B WEBSITE

Order FREE Samples with EzySamples

Anglia Live

Search by keyword, manufacturer or part no.

Login
Register

0 Items
£0.00

Checkout

Hide Messages

Show Messages

/ /

AD820ARZ-REEL7

ANALOG DEVICES

FET INPT SINGLE SPLY AMP

Image is for illustrative purposes only. Please refer to product data sheet.

Availability

Stock	0
Reserved Stock	0
Stock Due Date Date next shipment is due, this may not be for the full quantity shown below	-
Total Stock Due	0
Total Reserved Stock Due	0
Supplier Lead Time (wk) (See Lead Time Forecast)	12
Standard Pack Qty non-stocked items may be subject to a higher supplier minimum order quantity	750
Minimum Order Qty non-stocked items may be subject to a higher supplier minimum order quantity	1
Order Multiple	1

Package Type: Tape & Reel

RoHS:

Tariff Code: 8542339000

ECCN: NLR

CoO: Taiwan (Province of China)

Specification

›

Amplifier Type	J-FET
Bandwidth (-3db)	1.9 MHz
Brand	ANALOG DEVICES
Case or Package Type	SO8
Gain Bandwidth Product	1.8 MHz
Input Bias Current	2 pA
Input Offset Voltage	400 uV
Mounting Type	Surface Mount
No. of Channels	1
Operating Temperature	-40°C to +85°C
Output Current per Channel	20 mA
Output Type	Rail-to-Rail
Slew Rate	3 V/us
Supply Voltage	5V - 36V, 2.5V - 18V

The specification data is supplied for search purposes only. Please refer to the product data sheet for full technical details

Price (Each)

Qty	Price
1	£4.46000
51	£3.77000
126	£3.07000
376	£3.05000
751+	£3.03000

Looking for higher volume pricing? Volume enquiries

Qty

Resources

Data Sheet

Anglia Live

AD820ARZ-REEL7

ANALOG DEVICES

FET INPT SINGLE SPLY AMP

Availability

Specification

Price (Each)

Resources

Markets

Resources

My Account

Company Information

Contact & Support

Notification Type
Notify When Below