For Visitors at Electronica 2024

Book your time now!

All it takes is a few clicks to reserve your place and get the booth ticket

Hall C5 Booth 220

Advance Registration

For Visitors at Electronica 2024
You’ re all sign up! Thank you for making an appointment!
We will send you the booth tickets by email once we have verified your reservation.
Home > Products > Integrated Circuits (ICs) > PMIC - Gate Drivers > MAX20307EWL+
RFQs/Order (0)
English
English
4478547

MAX20307EWL+

Request Quote

Please complete all required fields with your contact information.Click "SUBMIT RFQ" we will contact you shortly by email. Or Email us:info@ftcelectronics.com

Reference Price(In US Dollars)

In stock
1+
$3.32
100+
$1.93
Inquiry Online
Specifications
  • Part Number
    MAX20307EWL+
  • Manufacturer/Brand
  • Stock Quantity
    In stock
  • Description
    IC GAN HI FREQ DRIVER 60V 15WLP
  • Lead Free Status / RoHS Status
    Lead free / RoHS Compliant
  • Datasheets
  • Voltage - Supply
    4.5 V ~ 5.5 V
  • Supplier Device Package
    15-WLP (1.22x2.05)
  • Series
    -
  • Rise / Fall Time (Typ)
    5ns, 1ns
  • Packaging
    Bulk
  • Package / Case
    15-WFBGA, WLBGA
  • Operating Temperature
    -40°C ~ 85°C
  • Number of Drivers
    2
  • Mounting Type
    Surface Mount
  • Moisture Sensitivity Level (MSL)
    1 (Unlimited)
  • Logic Voltage - VIL, VIH
    0.4V, 1.6V
  • Lead Free Status / RoHS Status
    Lead free / RoHS Compliant
  • Input Type
    TTL
  • High Side Voltage - Max (Bootstrap)
    60V
  • Gate Type
    N-Channel MOSFET
  • Driven Configuration
    Half-Bridge
  • Detailed Description
    Half-Bridge Gate Driver IC TTL 15-WLP (1.22x2.05)
  • Current - Peak Output (Source, Sink)
    1A, 5A
  • Channel Type
    Synchronous
MAX20317EVKIT#

MAX20317EVKIT#

Description: EVAL KIT MAX20317

Manufacturers: Maxim Integrated
In stock
MAX20314EWC+

MAX20314EWC+

Description: IC SWITCH CURRENT-LIMIT 12WLP

Manufacturers: Maxim Integrated
In stock
MAX20313EWC+

MAX20313EWC+

Description: IC CURRENT LIMIT SWITCH ADJ 12WL

Manufacturers: Maxim Integrated
In stock
MAX20303AEWN+T

MAX20303AEWN+T

Description: WEARABLE CHARGE-MANAGEMENT SOLUT

Manufacturers: Maxim Integrated
In stock
MAX20310AEWE+

MAX20310AEWE+

Description: IC PMIC BUCK-BOOST 16WLP

Manufacturers: Maxim Integrated
In stock
MAX20303EVKIT#

MAX20303EVKIT#

Description: EVAL MAX20303 WEAR PMIC

Manufacturers: Maxim Integrated
In stock
MAX20303BEWN+

MAX20303BEWN+

Description: IC PMIC WEARABLE

Manufacturers: Maxim Integrated
In stock
MAX20307EVKIT#

MAX20307EVKIT#

Description: EVAL MAX20307 GAN DRIVER

Manufacturers: Maxim Integrated
In stock
MAX20303EEWN+T

MAX20303EEWN+T

Description: WEARABLE CHARGE-MANAGEMENT SOLUT

Manufacturers: Maxim Integrated
In stock
MAX20303BEWN+T

MAX20303BEWN+T

Description: WEARABLE CHARGE-MANAGEMENT SOLUT

Manufacturers: Maxim Integrated
In stock
MAX20303CEWN+T

MAX20303CEWN+T

Description: WEARABLE CHARGE-MANAGEMENT SOLUT

Manufacturers: Maxim Integrated
In stock
MAX20313EVKIT#

MAX20313EVKIT#

Description: EVAL MAX20313 ADJ CRNT LMT SWTCH

Manufacturers: Maxim Integrated
In stock
MAX20313EWC+T

MAX20313EWC+T

Description: IC CURR LIMIT SWITCH ADJ 12WLP

Manufacturers: Maxim Integrated
In stock
MAX20310AEWE+T

MAX20310AEWE+T

Description: LOW VOLTAGE PRIMARY CELL POWER M

Manufacturers: Maxim Integrated
In stock
MAX20303HEWN+T

MAX20303HEWN+T

Description: WEARABLE CHARGE-MANAGEMENT SOLUT

Manufacturers: Maxim Integrated
In stock
MAX20303DEWN+T

MAX20303DEWN+T

Description: WEARABLE CHARGE-MANAGEMENT SOLUT

Manufacturers: Maxim Integrated
In stock
MAX20303GEWN+T

MAX20303GEWN+T

Description: WEARABLE CHARGE-MANAGEMENT SOLUT

Manufacturers: Maxim Integrated
In stock
MAX20310EVKIT#

MAX20310EVKIT#

Description: EVL KIT MAX20310 PMIC BUCK-BOOST

Manufacturers: Maxim Integrated
In stock
MAX20315EWC+

MAX20315EWC+

Description: IC SWITCH CURRENT-LIMIT 12WLP

Manufacturers: Maxim Integrated
In stock
MAX20316EWC+

MAX20316EWC+

Description: IC SWITCH CURRENT-LIMIT 12WLP

Manufacturers: Maxim Integrated
In stock

Select Language

Click on the space to exit