Cookies

Let us know which cookies we may place. When clicking ‘Essential cookies’, we do not collect personal data and you help us to improve the site. When you click ‘Accept cookies’ you’ll get an optimal website experience.
More about privacy & cookies.

0
  • Login
  • Choose currency
    • Euro
    • Dollar
  • Products
    • Wireless and IoT
    • Motion Control
    • Precision Analog
    • Power Conversion
    • Displays and Embedded Computing
    • Sensors
    • Test and Measurement
    • Thermal Management
    • Connectors and Cables
    • Components
  • Suppliers
  • Applications
  • About
    • About
    • TOP-electronics linecard
    • Locations
    • Jobs
    • Customer support
    • FHI Technology Branche
    • ISO 9001:2015
  • News
    • TOP Tech Talk
    • Blog suppliers
    • TOP Newsletters
    • Do you know
  • Events
  • Contact
    • Technical support
Home > Precision Analog > Voltage References > Volt Reference ±10V,±2.0mv,0ºC/70ºC
Menu

Categories

  • Wireless and IoT
  • Motion Control
  • Precision Analog
    • Integrated Power Modules
    • Power Operational Amplifiers
    • Precision ICs
    • PWM Amplifiers
    • Voltage References
  • Power Conversion
  • Displays and Embedded Computing
  • Sensors
  • Test and Measurement
  • Thermal Management
  • Connectors and Cables
  • Components

VRE410BS, Volt Reference ±10V,±2.0mv,0ºC/70ºC

More information

Stock
Out of stock
Delivery time
if not in stock: 12+ weeks
Part number
VRE410BS
Manufacturer / supplier
Apex Microtechnology
Datasheet
View datasheet
€ 105.57 excl VAT
Quantity
Unit price
From 5 pcs€ 102.40
From 25 pcs€ 97.12

Product specifications

VRE410BS - Precision Dual Voltage Reference, ±10V, ±2.0mV, 0ºC to +70ºC

The VRE410 is a low cost, high precision, ±10 V reference.
Available in a 14-pin SMT package, the device is ideal for new designs that need a high performance reference. The device provides ultrastable ±10 V output with ±1.0 mV (.01%) initial accuracy and a temperature coefficient of 0.6 ppm/°C. This improvement in accuracy is made possible by a unique, patented multipoint laser compensation technique.
Another key feature of this reference is the 0.5 mV maximum tracking error between the positive and negative output voltages over the full operating temperature range. This is extremely important in high performance systems for reducing overall system errors.

APPLICATIONS
The VRE410 is recommended for use as a reference for high precision D/A and A/D converters which require an external precision reference. The device is also ideal for calibrating scale factor on high resolution A/D converters. The VRE410 offers superior performance over monolithic references.

FEATURES
• ±10 V Output, ±2.0 mV (.01%)
• Temperature Drift: 0.6 ppm/ºC
• Low Noise: 6 µVP-P (0.1-10Hz)
• Tracking Error: 0.5 mV Max.
• Excellent Line Regulation: 6 ppm/V Typical
• Surface Mount Package

- APEX Microtechnology product -

Related products

VRE410AS

Volt Reference ±10V,±1.6mv,0ºC/70ºC

€ 83.04

VRE410JS

Volt Reference ±10V,1.6mv,-40ºC/85ºC

€ 85.38

VRE410LS

Volt Reference ±10V,±2.2mv,-40ºC/85ºC

€ 100.03

EMEA / Headquarter

TOP-electronics
Maerlandtweg 16
2921 LC Krimpen aan den IJssel
The Netherlands

+31 (0)180 - 580 492
info@TOP-electronics.com

Postal address

TOP-electronics
PO Box 439
2920 AK Krimpen aan den IJssel
The Netherlands

USA office

TOP-electronics USA
6700 N. Oracle Rd
Suite 503
Tucson, AZ 85704, USA

+1 (623) 670 - 5780
www.TOP-electronicsUSA.com
info@TOP-electronicsUSA.com

Israel

TOP-electronics
Maerlandtweg 16
2921 LC Krimpen aan den IJssel
The Netherlands

sales@TOP-electronics.com
+972 54-4578768

Hong Kong office

TOP-electronics Hong Kong
Room 1003, 10/F, Centre Point
181-185 Gloucester Road
Wanchai, Hong Kong

+86 - 137 5110 5243
www.TOP-electronics.com
sales@TOP-electronics.com

Germany

TOP-electronics
Maerlandtweg 16
2921 LC Krimpen aan den IJssel
The Netherlands

sales@TOP-electronics.com
+49 17 71 325358

e-store terms & conditions

  • Customer Support
  • General conditions
  • Logistics
  • Payment methods
  • Quality

Follow us on linkedin

Join our newsletter
  • Sitemap
  • Disclaimer
  • Privacy and cookie policy
  • Impressum
  • Cookie settings
website by