5PCS Original ST VB027 TO220 High voltage ignition coil driver IC VB027 in-line TO-220-5
The VB027 parts manufactured by autoecuchips.com are available for purchase at Autoecuchips.com. Here you can find various types and values of electronic parts from the world's leading manufacturers. The VB027 components of Autoecuchips.com are carefully chosen, undergo stringent quality control, and are successfully meet all required standards.
The production status marked on Autoecuchips.com is for reference only. If you didn't find what you were looking for, you can get more valuable information by emails, such as the VB027 Inventory quantity, preferential price, datasheet, and manufacturer. We are always happy to hear from you, so feel free to contact us.
Below you will find detailed information about VB027 TO220 including its technical parameters, application scenarios, applicable models and sourcing information:
- Features:
- High voltage ignition coil driver.
- Built-in overcurrent protection and voltage clamp
- Logic level input compatible
- High current drive capability
- Suitable for advanced electronic ignition systems
Technical Data
- Package type: TO-220
- Operating voltage range: 12V to 16V
- Operating temperature range:
- Industrial: -40°C to +125°C
- Storage temperature range: -65°C to +150°C
- Coil current limit: Internal setting
- Coil voltage: Internal setting
- Input compatibility: Logic level compatible
- Drive current: proportional to collector current
- Dual Flag Coil Current: Supported
Application Scenario
- Automobile Ignition System: Used for electronic ignition coil driving and controlling the ignition coil on/off.
- Engine Control Unit (ECU): for engine ignition and fuel injection control.
- Industrial Controls: For applications requiring high voltage and high current drives.
Caution
- Compatibility: Before purchasing, please make sure the chip is compatible with your application.
- Installation Note: Make sure the supply voltage meets the chip specifications and use appropriate decoupling capacitors to minimize noise.
- Technical Support: If further technical support is required, it is recommended to contact the supplier or manufacturer.
Summary
The VB027 is a high-voltage ignition coil driver IC from STMicroelectronics for automotive ignition systems and engine control units (ECUs). Its high voltage and high current drive capability makes it an excellent performer in automotive electronic ignition systems.
Payment:
Payment is received within two days,I went back to send items,and add tracking information on the autoecuchips.com graphics and icons are also accepted
Shipping Detail :
We will ship your item(s) within 2 working day.
(Excluding weekends and public holidays.)
Orders will be shipped China Post.
Delivery time lasts approx:
1.United States: 15-30 business days.
2.United Kingdom:15-30 business days.
3.Spain,France,Germany:15-35 business days.
4.Other countries:no more than 40 business days.
Return Policy :
In the unlikely event that a return is request, all returns must include all original items undamaged, in re-saleable condition, all original packaging including manuals, warranty forms, etc. Software sales are not refundable. Shipping and handling fees are not refundable. Buyer is responsible for shipping costs incurred shipping products back.
About US:
(1)We can supply a wide range of products to meet the ever-changing market demands. Customized orders are welcomed. We annually produce 2000 pieces per day. Our products sell well in North America, West Europe and Australia. Our company insists on the principle of "Good service, the best quality and competitive price".
(2)We are increasingly expanding international markets based on quality products, excellent service, reasonable prices and timely delivery. Please contact us at any time for more information.
Contact us:
Work time:Monday- Sunday
Please send us message on autoecuchips.com.
If you have any problems, we are very glad to help you. If you have any questions, please contact us first,
simply leaving negative or neutral feedback can't solve the problem