text.skipToContent text.skipToNavigation

Référence fabricant

MIC61300YMME

MIC61300 Series 3.6 V 3 A Low Vin Single Supply High Current LDO - EPAD-MSOP-10L

Modèle ECAD:
Nom du fabricant: Microchip
Emballage standard:
Product Variant Information section
Code de date:
Product Specification Section
Microchip MIC61300YMME - Caractéristiques techniques
Attributes Table
Input Voltage-Min: 1.1V
Input Voltage-Max: 3.6V
Output Voltage Fixed: 0.5V/3V
Dropout Voltage-Max: 350mV
Output Current-Max: 3A
Style d'emballage :  MSOP-10EP
Méthode de montage : Surface Mount
Fonctionnalités et applications

The MIC61300 is a 3A output, low input voltage, single supply regulator. This regulator operates over a single voltage range of 1.1 V to 3.6 V and offers an ultra-low dropout less than 350 mV over the entire operating temperature range. 

The MIC61300 is designed to drive digital circuits requiring low voltages at high currents such as DSPs, FPGAs, microcontrollers etc. The regulator is available as a 1 V fixed-output voltage option or as an adjustable-output voltage option.

Features:

  • Single Vin Rail: 1.1 V to 3.6 V
  • Output voltage accuracy: ±2.5% over temperature
  • Typical dropout of 150 mV at room temperature
    • Maximum dropout of 350 mV at full load over temperature
  • Output voltage adjustable down to 0.5 V
  • Soft-start control via external capacitor
  • Excellent line and load regulation
  • Logic controlled shutdown
  • Thermal-shutdown and current-limit protection
  • Junction temperature range from -40°C to +125°C

Applications:

  • Point-of-load applications
  • ASIC / Microprocessor power supply
  • FPGA power supply
  • Telecom / Networking cards
  • Wireless infrastructure

View the complete MIC6130 family of single supply regulators

Pricing Section
Stock global :
0
États-Unis:
0
Sur commande :
0
Stock d'usine :Stock d'usine :
3 700
Délai d'usine :
8 Semaines
Commande minimale :
300
Multiples de :
100
Total 
1 266,00 $
USD
Quantité
Prix unitaire
1
$4.44
15
$4.35
50
$4.28
150
$4.22
500+
$4.09
Product Variant Information section