E-TEA3718SP - STMicroelectronics

Mfr. #:
E-TEA3718SP
Description:
Motor / Motion / Ignition Controllers & Drivers STEPPER MOTOR
Lifecycle:
New from this manufacturer.
Delivery
DHL / FedEx / Ups / TNT / EMS
Payment
T/T / Paypal / Visa / MoneyGram / Western / Union
 
Purchase

Specifications

RoHS: Y
Packaging: Tube
Mounting Style: Through Hole
Series: TEA3718
Type: Stepping Motor Controller
Product: Stepper Motor Controllers / Drivers
Brand: STMicroelectronics
Manufacturer: STMicroelectronics
Subcategory: PMIC - Power Management ICs
Package / Case: Multiwatt-15
Product Category: Motor / Motion / Ignition Controllers & Drivers
Product Type: Motor / Motion / Ignition Controllers & Drivers
Pd - Power Dissipation: 3.1 W
Operating Supply Current: 25 mA
Factory Pack Quantity: 25
Operating Supply Voltage: 10 V to 45 V
Output Current: 1.2 A
Number of Outputs: 1 Output
Operating Temperature Range: 0 C to + 70 C
Minimum Operating Temperature: 0 C
Maximum Operating Temperature: + 70 C

More Information

The price and lead time for E-TEA3718SP depending on the quantity required Please send your request to us, Our sales team will provide you price and delivery within 24 hours, We look forward to work with you.

E-TEA3718SP Price & Stock

STMicroelectronics E-TEA3718SP pricing and available inventory.

SellerSKUStock 1 10 100 1000 10000 Updated
AvnetE-TEA3718SP------2019-11-14T06:33:21Z
Avnet EuropeE-TEA3718SP-37.8534.7531.6631.6631.662019-11-14T07:28:06Z
LTL Group48560781,484-----2019-11-10T03:06:17Z
North Star MicroE-TEA3718SPContact-----2015-05-20T05:52:12Z
TransparentCE-TEA3718SPContact-----2016-01-28T17:08:50Z

Alternate Names

STMicroelectronics has several brands around the world that may have alternate names for E-TEA3718SP due to regional differences or acquisition. E-TEA3718SP may also be known as the following names:

  • ST MICRO
  • STM
  • SGS
  • SGS THOMSON
  • INMOS
  • SGS THOMPSON
  • STMICROE
  • STMICR
  • SESCOSEM
  • ST8
  • ST MIC
  • WAFERSCALE
  • SGS-ATES
  • STMICROELECTRON
  • ST MICROELECTRONICS SEMI
  • ST/SGS
  • SGST
  • THOMS
  • STMICROELECT
  • WAFERSCALE INTEGRATION INC
  • STMICROEL
  • SGS-Thomson Microelectronics
  • ST MICROELECTRO
  • SGS THOMP
  • SGS/ST
  • ST Microeletronics

AD5242BRUZ1M distributor

E-TEA3718SP STMicroelectronics | Mouser
E-TEA3718SP STMicroelectronics Motor / Motion / Ignition Controllers & Drivers STEPPER MOTOR datasheet, inventory, & pricing.
E-TEA3718SP STMicroelectronics | Integrated Circuits (ICs ...
Order today, ships today. E-TEA3718SP – Bipolar Motor Driver Bipolar Parallel Multiwatt-15 from STMicroelectronics. Pricing and Availability on millions of ...
Stepper motor driver - STMicroelectronics
The TEA3718 is a bipolar monolithic integrated circuit intended to control and drive the current in one winding of a bipolar stepper motor. The circuits consist of an LS-TTL compatible logic input, a current sensor, a monostable and an output stage with built-in protection diodes.
E-TEA3718SP datasheet - Specifications: Applications ...
E-TEA3718SP Specifications: Applications: Stepper Motor Driver ; Number of Outputs: 1 ; Voltage - Supply: 4.75 V ~ 5.25 V ; Voltage - Load: 10 V ~ 45 V ...
E-TEA3718SP STMicroelectronics - Driver | stepper motor ...
STMicroelectronics E-TEA3718SP | Driver; stepper motor controller; 1.5A; MULTIWATT15; 10÷50V - This product is available in Transfer Multisort Elektronik.
E-TEA3718SP STMicroelectronics - Interface ICs - Distributors ...
Find the best pricing for STMicroelectronics E-TEA3718SP by comparing bulk discounts from 2 distributors. Octopart is the world's source for E-TEA3718SP ...
E-TEA3718SP datasheet, Pinout ,application circuits ...
E-TEA3718SP datasheet,E-TEA3718SP Pinout Pin out,E-TEA3718SP application circuits can be download from datasheetdir.
E-TEA3718SP Datasheet(PDF) - STMicroelectronics
Stepper motor driver, E-TEA3718SP datasheet, E-TEA3718SP circuit, E-TEA3718SP data sheet : STMICROELECTRONICS, alldatasheet, datasheet, Datasheet ...
STEPPER MOTOR DRIVER
When Tj reaches T1°C the alarm output becomes low (TEA3718SP). PRE-ALARM ... is reduced according to the approximate formula: (see also fig. E and F).